20th International Conference
on Composite Materials
19-24 July 2015 - Copenhagen, Denmark
ICCM20
Programme and book of abstracts
1
Component Testing
for accelerated development cycles, increased
safety and simulation verification
Find out more about non-contact measurement for
composite materials, component and material testing.
Visit us on our booth E-North 011 during ICCM20,
July 20th – 22nd 2015 in Copenhagen.
www.gom.com
Content
Welcome.....................................................................................................................................3
Venue overview ...................................................................................................................... 4
General Information............................................................................................................... 6
International Scientific Committee................................................................................. 10
Scientific programme............................................................................................................11
Programme at a glance....................................................................................................... 12
Plenary Speakers................................................................................................................... 18
Keynote Speakers.................................................................................................................. 19
Center Stage programme...................................................................................................20
Posters and mini-orals programme................................................................................. 22
Scientific programme........................................................................................................... 34
Index of authors...................................................................................................................104
Welcome
Welcome to Copenhagen, Denmark and the 20th International
Conference on Composite Materials (ICCM20).
The conference is the 20th in the series of conferences of the International Committee on Composite Materials
(ICCM). The series of ICCM conferences have gone from success to success since the first two conferences,
both termed ICCM1 were held in 1975 in Geneva, Switzerland and Boston, USA. We are very proud and
delighted to be organising the conference in Copenhagen, Denmark in 2015. It is the first time that an ICCM
conference has been organised in Scandinavia.
The scientific programme of the ICCM20 contains about 1450 presentations with full papers available in the
conference proceedings, with the authors coming from 66 countries representing all three ICCM world regions, and with approximately 1800 registered participants. Thus, the ICCM20 is a truly international scientific
event and the largest international conference in the field of composite materials to this date.
We are looking forward to a technically excellent conference, and we are very grateful to the many organisers
of the conference “Themes” and “Tracks” for helping us put the programme together. Their names are listed
in the International Organising Committee that is printed in this book. More importantly, we are grateful to the
authors for their efforts in producing their outstanding contributions to the programme. The full programme is
printed in this book including very brief abstracts, but you may also want to use the online version of the programme and the proceedings containing the full papers www.ICCM20.org or the version we have for smartphones and tablets that is accessible through the special ICCM20 App. Please download the ICCM20 app at
ITunes or Google Play.
We hope that you will enjoy the conference and its many events, all of which are described in this book, and
we also hope that you will enjoy your stay in Copenhagen. Conference updates on events and practical matters will be issued throughout the conference via TV screens placed throughout the conference venue (Bella
Center) and through the conference App. If you require any assistance during the conference please do not
hesitate to contact the ICCM20 secretariat or us for help.
A special thanks to MCI Copenhagen and the Scandinavian Organising and Scientific Committee, without
whom the conference would not have been possible.
Conference chairmen
Ole Thybo Thomsen
Christian Berggreen
Southampton University
Technical University of
& Aalborg University
Denmark
Bent F. Sørensen
Technical University of
Denmark
Use this QR code to download
the ICCM20 App and create
your own profile
3
Venue overview
Bella Center is an all modern state-of-the art congress and fair centre integrated with the largest hotel in Scandinavia, AC Hotel Bella Sky
Copenhagen. A unique location in the middle of Ørestaden – with its own Metro station and surrounded by Scandinavia’s largest shopping mall,
the Royal Golf Center and preserved nature - Bella Center ensures the best possible conditions for every type of event, only 10 minutes away from
the centre of Copenhagen and Copenhagen International Airport.
Visit Fields (Scandinavia’s largest shopping mall) here: www.fields.dk
GROUND FLOOR
Ground Floor
M7
M8
M5
M6
M3
M4
M1
M2
First Floor
FIRST FLOOR
5
HALL A2
MINI-ORALS
REGISTRATION
Access to Hotel
Bella Sky Û
4
CLOAKROOM
FOYER
COFFEE/LUNCH
POSTER AREA
Congress Center Entrance
18B
AUDITORIUM 15
CONGRESS HALL A
PLENARY
17
18A
Access to Hotel
Bella Sky Û
AUDITORIUM 12
EXHIBITION
16
AUDITORIUM 11
STAGE 5
AUDITORIUM 10
STAGE 4
THE TREEHOUSE
Û
STAGE 3
SPEAKER
READY ROOM
STAGE 2
Poster area
AUDITORIUM 15
STAGE 1
7
ea
ar e
ge ffe
un co ch
Lo ith lun
w nd
a
CENTER
STAGE
6
18
19
20
THE TERRACE
Ac
Did you know that our 75 meter
long blade is the biggest serial
produced blade for wind turbines?
Visit us at stand 001 at ICCM20
and learn more!
Think inside the box
The new SWT-7.0-154
On the outside, our new 7 MW turbine isn’t new at all. But we
found a smart way to significantly increase the energy output
of our proven SWT-6.0-154. Instead of “thinking outside the
box,” we actually thought “inside the box” and made some
upgrades within the nacelle.
Siemens’ unique experience with offshore wind power opens the
door to fantastic opportunities. When we decided to improve the
energy output of our largest offshore wind turbine, we used our
expertise to approach product development in a new way. Instead
of following the conventional wisdom, which tells us that “bigger is
always better,” we started with a proven product. We looked closely
at every detail of the wind turbine and made as few upgrades as
possible. Upgrades we knew would yield the greatest results – and
so we created the new SWT-7.0-154.
Do you think both inside and outside of the box?
Then you might be our next colleague. At Siemens we highly value
autonomous and independent employees. In addition you will become part of a team with talented peers giving you great professional development. We have many challenging open positions and
we look forward to hearing how you can be part of the solution.
Visit us at stand 001 at ICCM20 and hear more about our new
7 MW turbine and Siemens as a workplace.
5 The prototype in Østerild, Denmark was
installed only a few months after the
product launch at EWEA Offshore trade show in
Copenhagen.
If you want to know more about
what it is like to work and live in
Denmark, please read more at
www.siemens.dk/moving-to-denmark
www.siemens.dk/job
General Information
Registration and Information desk opening hours
Emergency Services
In case of an emergency, please contact the staff at the Bella Center.
Police – Ambulance – Fire Brigade - dial 112 Interacting by smartphone
Onsite registration is open:
Sunday 19. July: 16.00 - 20.00
Monday 20 July: 7.30 - 18.00
Tuesday 21 July: 8.00 - 18.00
Wednesday 22 July: 8.00 - 18.00
Thursday 23 July: 8.00 - 18.00
Friday 24 July: 8.00 - 12.00 The ICCM20 app
Speaker Ready room opening hours
The Bella Center is a non-smoking facility
Sunday 19 July: 16.00 - 20.00
20 July:
7.30 - 17.00
WelcomeMonday
to Copenhagen
Tuesday 21 July: 7.30 - 17.00
- the capital
of Denmark
Wednesday 22 July: 7.30 - 15.00
Copenhagen is a great destination for a congress
23and
July:
- 15.00
of this size andThursday
importance,
the city7.30
is currently
Friday
24 July:
7.30
11.00
amongst the most
popular
congress
cities
in -the
world.
It is a vibrant metropolis, the gateway to Scandinavia and amongst
the safest and
cleanest cities
in
Exhibition
opening
hours
the world. Copenhagen is very easy to get to and is,
Monday 20 July: 9.30 - 18.00
with one of the most efficient transport systems in the
in. In9.30
- 18.00
world, also veryTuesday 21 July:
easy to get around
2008
and
Wednesday
22 July:Monocle
9.30 -awarded
17.00
2013 the famous
lifestyle magazine
Copenhagen the title ‘Most Livable city in the world’.
Please download the ICCM20 app at ITunes or Google Play in order to receive important updates, vote
during the sessions, receive reminders and to get evaluations directly on your smartphone
Official congress language
The official language is English. No simultaneous translation will be provided
Smoking policy
Social program and tours
In addition to the scientific and professional contents
of the conference a range of social opportunities for
networking and for enjoying Wonderful Copenhagen
and the surroundings will be provided. The social
programme currently include
Welcome Reception in Tivoli Gardens – one of the
oldest amusement parks in the world. Tivoli is situated
in the heart of Copenhagen.
Conference Dinner with a Midsummer Theme in Bella
Center and thus in close range of the delegate hotels.
Public Transportation
Scandinavian
Organizing and
Copenhagen is known for its well-developed transportation system.
Scientific
committee
Bella Center is located outside the city center but can be easily reached from both city center and airport
by bus and Metro.
Denmark:
Bus: Bus 250S departs from Copenhagen Central Station and stops at Bella Center.
Mrs. Helle Fabiansen Chief Consultant, Danish Plastics
Metro: Metro line M1 (Vestamager) stops at Bella Center.
Federation, Division of Composite Materials
From Airport: From the airport the Bella Center can be reached by taking the M2 metro line to ChrisMr. Peter Kjær, CEO, New-Coat A/S & Danish Plastics
tianshavn and then transfer with the M1 train to Vestamager, or by regional train (destination airport) to
Federation, Division of Composite Materials
Ørestad and then change for the Metro line for 1 stop.
Dr. Konstantinos
Anyfantis,
University of Denmark,
Tickets:
Tickets Technical
for public
transport can be purchased at any train station, credit card ok, but on board
Department of Mechanical Engineering
the bus it is cash only.
Professor Janice Barton, Univ. of Southampton, UK & Aalborg
Pre and post congress tours, sightseeing tours as well
Internet
Access
As the oldest monarchy
in the
world and one of the
University, Dept. of Mechanical and Manufacturing Engineering
as a program for accompanying persons.
Wireless
internetthe
is city
complimentary
world’s greatest
design capitals
offers a wide throughout the meeting. Network name: BC-guest. No password
Dr. Povl Brøndsted, Technical University of Denmark,
variety of cultural
experiences and stunning architecrequired.
Department of Wind Energy
ture within its compact city centre.
Dr. Kim Branner, Technical University of Denmark, Department of
Copenhagen isCatering
known as one of the most environWind Energy
mentally friendly
cities
in
the
world
and
pollution
is
very
Refreshments and lunch (lunch bags) will be provided in the exhibition area and in the Foyer during the
Professor Erik Lund, Aalborg University, Department of
low. With the dates of the ICCM20 being in the
Mechanical and Manufacturing Engineering
official coffee and lunch breaks.
summer month of July the delegates will be visiting
convenience,
theand
Bella Center has a kiosk open daily from 10 am, where you may purchase Professor Ryszard Pyrz, Aalborg University, Department of
Copenhagen atFor
oneyour
of the
most attractive
food,
drinks
and necessaries.
Mechanical and Manufacturing Engineering
pleasantly warm
times
of year.
Copenhagen Airport is Northern Europe´s main traffic
Sweden:
of attendance
hub with directCertificate
flights from approximately
140
will
issue a certificate of attendance upon request.
destinations allThe
overregistration
the world. Indesk
recent
years
Professor Leif Asp, Luleå University of Technology, Department
Organization of the ICCM20
of Engineering Sciences and Mathematics, andHead of Research,
Copenhagen Airport has won numerous prizes for
Swerea SICOMP AB
The ICCM20 is organized by the Scandinavian Orgaquality, design,Cloakroom
customer satisfaction and efficiency.
nizing and Scientific Committee which encompasses
The Airport is situated on the island of Amager, eight
Professor Dan Zenkert, Royal Institute of Technology,
Please do not leave any bags or other personal
belongings
at any time,
whether inside orDepartment of Aeronautical and Vehicle Engineering
Aalborg
Universityunattended
(AAU), the Technical
University
kilometers South-east of Copenhagen. The city centre
Shops
theminutes
sessions
rooms.
is Denmark
located in
the registration
area. There
is a fee of DKK 30,(DTU),
the Danish Plastics
Federation,
can be reachedoutside
within 12
by metro
or The
train.cloakroomof
Professor The
Janisshops
Varna,in
Luleå
University of Technology,
Copenhagen
are open daily from 10.00 to 18.00, department stores and shopping malls
Division of Composite Materials (Danish composites
pr day
andtime
bothfrom
cash
and to
credit
This is the fastest
transfer
airport
city card are accepted.
Department of Engineering Sciences and Mathematics
until 20.00.
industry), along with Swedish and Norwegian key
centre of any European capital city.
Professor Kristofer Gamstedt, Uppsala University,
researchers in the field of composite materials, and
Conference admission – delegate badge
Department of Engineering Sciences
will be allowed admission to sessions, exhibition or social events without a badge.
The Centre
Danish
Wallenberg Wood
finally the professional congress organizers
Copenhagen
Admission
thefor
ICCM20
is by badge only. MCI
Carrying
the badge is mandatory for all participants. No one
Copenhagen.
Professor Lars Berglund, Royal Institute of Technology,
We look forward
to seeingtoyou
the ICCM20!
Professor Ole Thybo
Thomsen,secretariat
General Chair
Congress
University of Southampton, UK & Aalborg University, Department of
MCI Copenhagen
Mechanical and Manufacturing Engineering
Conference Secretariat
MCI Copenhagen
Project Manager: Lisbeth Vestergaard GroveVestre Gade 18
Associate Prof. Christian Berggreen, Program Chair
DK-2605
Copenhagen
Attn: ICCM20
Phone:Bröndby,
+45 32472952
Technical University of Denmark, Dept. of Mechanical Engineering
Vestre Gade 18, 1
Urgency:
+45
Phone:
+45 70
22 20782800
21 30
Professor Bent F. Sørensen, Scientific Chair
iccm20@mci-group.com
2605 Brøndby, Denmark
@: Iccm20@mci-group.com
Technical University of Denmark , Department of Wind Energy
6
capital is busily turning itself into a dynamic and trendy metropolis, attracting attention with everything from exciting architecture to design, art and shopping. New fashion houses, food temples, trendy
Professor Kristiina Oksman, Luleå University of Technology,
boutiques and music venues are shooting up all over the city. Copenhagen has everything to offer - high
Department of Applied Physics and Mechanical Engineering
standard hotels, excellent shopping, a friendly population, a safe atmosphere and wonderful sightseeing.
Norway:The city is vibrating with youthful exuberance while reveling in its fascinating history. Old historical buildings, modern design and dynamic new buildings and boutiques attract trendsetters and design conscious
Professor Andreas Echtermeyer, Norwegian University of
from
allofover
the world
as Materials
well as history and art lovers
Science andpeople
Technology,
Dept.
Engineering
Designand
Professor Brian Hayman, Oslo University, Department of
Mathematics
General Information//
7
M1
//General Information
Social programme
Social programme
Welcome Reception in Tivoli Gardens
The Welcome Reception will take place Monday 20
July from 19.00 – 20.00 in Tivoli Gardens. Busses will
depart from the Bella Center after the last sessions end
around 18.00. Access to Tivoli, welcome drinks and
snacks are included. Access is by badge only. Extra
tickets purchased in advance will be handed out upon
registration. Transportation back to your hotel is on
your own.
Conference Dinner “Midsummer Dinner”
The Conference Dinner will take place at the Bella
Center Thursday 23 July in the exhibition area (Hall E).
Welcome drinks will be served from 19.30 and the
party ends at 23.30. Tickets for the Conference Dinner
will be handed out upon registration. Please bring your
ticket to participate in the dinner.
M2
Exhibition
Stand No. Company name
1 Siemens Wind Power A/s
CENTER
STAGE
2 ICCM21 / Chinese Society of Composite Materials
3 METRAVIB, ACOEM
4 5 6
6 MTS Systems GmbH
7 JEC
8 LaVision
TAGE A
HALL A2
SurfaceMINI-ORALS
Measurement Systems
11 GOM / Zebicon A/S
1 2 3
12 Maney Publishing
13
14 Photron (Europe)Ltd.
STAGE B16
Correlated Solutions
STAGE C
17 ECCM17
18 ICCM22 BID/Brazil
STAGE D
19 FORCE Technology
20 Shimadzu Europa GmbH
21 Flir Systems
22 ICCM22 BID/Melbourne
8
HALL A1
PLENARY
STAGE E
EXHIBITION
7
11
12
16
17
13
8
14
19
18
20
21
22
Poster area
Û
5 Instron
ea
ar e
ge ffe
un co ch
Lo th un
wi nd l
a
4 DTU
Speaker
ready room
General Information//
Special thanks for invaluable
support in organizing the ICCM20 in
Copenhagen:
ICCM
ICCM Sponsors and Exhibitors
The Organising Committee gratefully acknowledge the support and participation of the following companies:
Platinum Sponsor:
Silver Sponsors:
Bronze Sponsors:
Exhibitors:
FOCUS ON IMAGING
9
International Scientific Committee
A
Adrian Mourits
Alan K. T. Lau
Albert Turon
Alessandro Croce
Alessandro Pegoretti
Alex Kalamkarov
Alexander Bismarck
Andrea Bernasconi
Andreas Echtermeyer
Andrew Long
B
Bill Clyne
Bo Madsen
Brian Hayman
Brian N. Cox
Brian N. Legarth
C
Carlos D. Gonzalez
Chiara Bisagni
Christian Berggreen
Christian Hühne
Costas Soutis
D
Dan Zankert
Daniel J. Inman
Daniel Therriault
Daniel Wagner
David Kisailus
E
Edith Mäder
Emile Greenhalgh Endel Iarve
Erik Lund
F
Fabrice Pierron
Federico Paris
Francesca Cosmi
Frank W. Zok
Fredrik Fosberg
Fu-Kuo Chang
G
Geoff Gibson
Georg Mair
Gergely Czel
Giulio Alfano
Golam Newaz
Gregory M. Odegard
Guijun Xian
Göran Fernlund
H
Hans Lilholt
Hatsuo Ishida
Helga Füredi-Milhofer
I
Ichiro Taketa
Ignaas Verpoest
J
Jacques Lamon
Jae-Hung Han
Frédéric Lani
James P. Thomas
Janice Barton
Javier Llorca
Jay Kudva Jeffery W. Baur Jim Thomason
Jinsong Leng
Joachim Hausmann
Johan Hoefnagels
John Botsis
John Summerscales
Jun Takahashi
K
K. H. Leong
Karl Schulte
Kim Branner
Kim Kose
Klaus Drechsler
Kristofer Gamstedt
L
Larissa Gorbatikh
Larry Dzral
Lars Berglund
Lars Chr. T. Overgaard
B.-L. (“Les”) Lee
Leif Asp
M
Maciej Wysocki
Magnus Burman
Marcin Kaminski
Marino Quaresimin
Mark Battley
Martin Fagerström
Masaki Hojo
Mathias Stolpe
Matt Jevons
Michael William Hyer
Michael Wisnom
Miguel Ángel Rodríguez
Pérez
Minoru Taya
Miroslav Cerny
N
Nancy R. Sottos
Narayana R. Aluru
Norbert Blanco
P
Paolo Ermanni
Pascal Huber
Pascal Lava
Paul J. Falzon
Paul Robinsson
Paul Weaver
Pedro Camanho
Per Isaksson
Per S. Heggem
Peter Davies
Peter Horst
Peter Middendorf Peter Mitschang
Philippe Boisse
Philippe Noury
Pierre Ladeveze
Q
Qingda Yang
R
Ralf Schledjewski
Ramesh Talreja
Ramzi Othman
Remko Akkerman
Richard A. Vaia
Richard Trask
Robert J Young
Rogier Nijssen
Rui Miranda Guedes
S
S. Mark Spearing
Sam Kaddour
Samit Roy
Sayata Ghose
Serge Abrate
Shinji Ogihara
Silvestre Pinho
Simon Frost
Soraya Piemente
Staffan Lundström Stefan Hallström
Stepan Lomov
Stephen Pickering
Steve Hallett
Steven R. Nutt
Su Su Wang
Sung Ha
Suong V. Hoa
Suresh G. Advani
Sylvain Drapier
T
Theodore P. Philippidis
Thomas Kruse
Tobias Wille
Tom L. Andersen
Tom Turner
Tony Belcher
U
Urs Meier
V
Valter Carvelli
Veronique Michaud
Victor Birman
Scandinavian
Organising and
Scientific Committee
W
Denmark:
X
Xavier Balandraud
Professor Bent F. Sørensen, Scientific Chair, Technical University of
Denmark
Y
Associate Professor Christian Berggreen, Program Chair, Technical
University of Denmark
Wim van Paepegem
Yapa Rajapakse
Yentl Swolfs
Z
Zafer Gürdal
Professor Ole Thybo Thomsen, General Chair, Southampton University
& Aalborg University Mr. Lars Friis Farsøe, The Danish Plastics Federation, Division of
Composite Materials
Dr. Povl Brøndsted, Technical University of Denmark, Department of Wind
Energy
Dr. Kim Branner, Technical University of Denmark, Department of Wind
Energy
Professor Erik Lund, Aalborg University, Department of Mechanical and
Manufacturing Engineering
Professor Janice Barton, Univ of Southhampton & Aalborg University,
Department of Mechanical and Manufacturing Engineering
Associate Professor Brian Nyvang Legarth,Technical University of Denmark, Department of Mechanical Engineering
Sweden:
Professor Leif Asp, Luleå University of Technology, Department of Engineering Sciences and Mathematics, and Head of Research, Swerea
SICOMP AB
Professor Dan Zenkert, Royal Institute of Technology, Department of
Aeronautical and Vehicle Engineering
Professor Janis Varna, Luleå University of Technology, Department of
Engineering Sciences and Mathematics
Professor Kristofer Gamstedt, Uppsala University, Department of Engineering Sciences
Professor Lars Berglund, Royal Institute of Technology, Wallenberg Wood
Centre
Professor Kristiina Oksman, Luleå University of Technology, Department
of Applied Physics and Mechanical Engineering
Norway:
Professor Andreas Echtermeyer, Norwegian University of Science and
Technology, Department of Engineering Design and Materials
Professor Brian Hayman, Oslo University, Department of Mathematics
10
Scientific programme
The overall theme for the ICCM20 is “Sustainable Composite Solutions to Global Challenges”, which reflects
the very important role that composite materials have in
developing future sustainable low carbon foot print and
low CO2 emission technologies that are so essential and a
prerequisite for providing the basis for further development
and improvement of the living conditions of the people of
the world.
The themes chosen for ICCM20 will cover all relevant aspects of the science and technology of composite materials
included in but not limited to the overall professional theme
areas of Nanocomposites, Structures and Design, Damage and Failure, Fatigue, Dynamic Effects, Novel Material
Systems, Experimental Characterization, Health/Condition
Monitoring, Smart/Adaptive Material Systems, Manufacturing, Applications as well as covering special sessions within
education/skills/training and technology transfer.
How to navigate in the scientific programme
Remember that you can also search for all presentations
in your ICCM20 app.
The session number is made of 4 digits: XYZZ
X = day (Monday = 1, Tuesday = 2 …)
Y = session number this day
ZZ = room code
The programme number is made of the above 4 digits
and adding the order of the presentations in the session:
XYZZ-VV
X = day (Monday = 1, Tuesday = 2 …)
Y = session number this day
ZZ = room code
VV = presentation order in the session
In the printed program, the rooms located closely to each
other are, see table below and venue map page 4.
Room
Break out room
code
Room
Break out room
code
Congress Hall A
Auditorium 15
Auditorium 10
Auditorium 11
Auditorium 12
Meeting room 18
Meeting room 19
Meeting room 20
Meeting room 17
Meeting room 16
Meeting room 5
Meeting room 6
Meeting room 7
M1
M2
M3
M4
M5
M6
M7
M8
Center Stage
01
02
03
04
05
06
07
08
09
10
11
12
13
14
15
16
17
18
19
20
21
22
How to navigate the poster and mini-oral
programme
The poster presentations at the ICCM20 are fully integrated in the scientific programme. The poster sessions will
include a short 3 minutes long oral overview presentation
(termed “mini-oral”) of each poster (maximum of 3 slides)
given in plenum to the entire conference. This will be
followed by a poster session that will take place in the
Exhibition area and Foyer of the Bella Center and where
the presented posters will be on display and open for
discussion.
The Posters are on display from Monday 20 July at 9.00
and until Wednesday 23 July at 16.30.
The numbers in the mini-oral programme is also the number of the posters : the numbers are as follows: PXXZ-VV
P=Poster
XX = session – (session 100 from 9:30 and session 200
from 13:00)
Z = Stage number for presentation (stages 1,2,3,4,5)
VV = presentation order in the session (20 presentations in
each session)
The Industry’s Composite Laboratory
•
•
•
•
•
•
Materialselection
Structuraldesign
Manufacturingprocesses
Mechanicaltesting
Chemicalandthermalanalysis
UltrasoundandX-rayanalysis
The Industry’s Composite Laboratory is a partnership lead by
FORCE Technology, an Advanced Technology Group (GTS) providing development, consultancy and service within testing, sensors,
materials, production optimisation etc.
Visit us at the ICCM20 conference at stand no. 019!
THE INDUSTRY’S
COMPOSITE LABORATORY
11
Programme at a glance
Monday 20 July
8:30
8:50
9:45
10:15
12:15
13:30
15:00
Congress Hall A
Auditorium 15
Auditorium 10
Auditorium 11
Auditorium 12
Meeting room 18
Meeting room 19
Opening Ceremony
PETER SCALA LECTURE by: Ramesh Talreja, Texas A&M University, USA: Integration of manufacturing and failure analyses for sustainable design of composites
COFFEE BREAK
1101 Processing
1102 Nano Compo1103 Multifunctional
1104 Fatigue 1
1105 Structural Analy- 1106 Processing
1107 Process Model- Manufacturing
sites 1
Composites - Sensing
sis and Optimization 1 - Preforming Techno- ling 1
Technology 1
and Actuation 1
logies
LUNCH BREAK
INDUSTRY SESSION - exhibitors will be presenting latest news in the industry
1201 Processing
1202 Nano Compo1203 Multifunctional
1204 Fatigue 2
1205 Structural Analy- 1206 Process Induced 1207 Process Model- Manufacturing
sites 2
Composites - Sensing
sis and Optimization 2 Effects 1
ling 2
Technology 2
and Actuation 2
16:20
16:40
COFFEE BREAK
1301 Processing
- Manufacturing
Technology 3
18:00
BUS DEPARTURE FOR the WELCOME RECEPTION AT TIVOLI GARDENS
1302 Nano Composites 3
1303 Multifunctional
Composites - Sensing
and Actuation 3
1304 Fatigue 3
1305 Structural Analy- 1306 Process Induced
sis and Optimization 3 Effects 2
1307 Process Modelling 3
Meeting room 20
Meeting room 17
Meeting room 16
Meeting room 5
1108 Biocomposites 1
1109 Interfaces and
Interphases 1
1110 Ceramic Matrix
Composites
1111 Textile-Based
Composites and Fibre
Architecture 1
1208 Biocomposites 2
1209 Interfaces and
Interphases 2
1210 Foams, Cellular 1211 Textile-Based
and Lattice Materials 1 Composites and Fibre
Architecture 2
1308 Biocomposites 3
1309 Interfaces and
Interphases 3
1310 Foams, Cellular 1311 Textile-Based
and Lattice Materials 2 Composites and Fibre
Architecture 3
Meeting room 17
Meeting room 16
Tuesday 21 July
8:30
9:30
11:00
12:00
13:00
Poster Session in the Exhibition area and the Foyer
LUNCH BREAK
Mini Oral Session II in
Congress Hall A2
14:10
Poster Session in the Exhibition area and the Foyer
15:00
2101 Processing
- Manufacturing
Technology 4
COFFEE BREAK
2201 Processing
- Manufacturing
Technology 5
END OF DAY
16:20
16:40
18:00
12
Congress Hall A
Auditorium 15
Auditorium 10
Auditorium 11
Auditorium 12
Meeting room 18
Meeting room 19
Meeting room 20
PLENARY SPEECH by: S. Mark Spearing, University of Southampton, United Kingdom: High resolution computed tomography studies of composite materials: The data rich mechanics opportunity
Mini Oral Session I in
Congress Hall A2
Meeting room 5
2102 Nano Composites 4
2103 Multifunctional
Composites - Sensing
and Actuation 4
2104 Fatigue 4
2105 Structural Analy- 2106 Process Induced
sis and Optimization 4 Effects 3
2107 Process Modelling 4
2108 Biocomposites 4
2109 Interfaces and
Interphases 4
2110 Foams, Cellular 2111 Textile-Based
and Lattice Materials 3 Composites and Fibre
Architecture 4
2202 Nano Composites 5
2203 Multifunctional
Composites - Sensing
and Actuation 5
2204 Fatigue 5
2205 Structural Analy- 2206 Process Induced
sis and Optimization 5 Effects 4
2207 Process Modelling 5
2208 Biocomposites 5
2209 Interfaces and
Interphases 5
2210 Ductile and
Pseudo-ductile Composites 1
2211 Textile-Based
Composites and Fibre
Architecture 5
Programme at a glance//


Monday 20 July
Meeting room 6
Meeting room 7
M1
M2
M3
M4
M5
Opening Ceremony
PETER SCALA LECTURE by: Ramesh Talreja, Texas A&M University, USA: Integration of manufacturing and failure analyses for sustainable design of composites
COFFEE BREAK
1112 Graphene,
1113 Dynamic Material 1114 Fracture and
1115 Fracture and
1116 Fracture and Da- 1117 Constitutive
1118 Joints - Design,
Graphene-Based
Behaviour
Damage - MicromeDamage - Laminate
mage - Delamination 1 Models 1
Manufacturing and
Composites 1
chanics 1
Scale 1
Testing 1
LUNCH BREAK
INDUSTRY SESSION - exhibitors will be presenting latest news in the industry
1212 Graphene,
1213 X-ray Computed
1214 Fracture and
1215 Fracture and
1216 Fracture and Da- 1217 Constitutive
1218 Joints - Design,
Graphene-Based
Tomography 1
Damage - MicromeDamage - Laminate
mage - Delamination 2 Models 2
Manufacturing and
Composites 2
chanics 2
Scale 2
Testing 2
COFFEE BREAK
1312 Graphene,
Graphene-Based
Composites 3
1313 X-ray Computed
Tomography 2
1314 Fracture and
Damage - Micromechanics 3
1315 Fracture and
Damage - Laminate
Scale 3
1316 Fracture and Damage - Delamination 3
1317 Constitutive
Models 3
1318 Joints - Design,
Manufacturing and
Testing 3
M6
M7
M8
Center Stage
1119 In-situ Micro-Mechanical Testing
1120 Applications Offshore and Subsea
1121 Multifunctional
Composites - Energy
Storage and Harvesting 1
1219 Applications Aerospace 1
1220 Applications Automotive and Rail 1
1221 Multifunctional
Composites - Energy
Storage and Harvesting
2
1222 Workshop:
Applications - Industry
Needs 1
1319 Applications Aerospace 2
1320 Applications Automotive and Rail 2
1321 Multifunctional
Composites - Energy
Storage and Harvesting
3
1322 Workshop:
Applications - Industry
Needs 2
M7
M8
Center Stage
BUS DEPARTURE FOR the WELCOME RECEPTION AT TIVOLI GARDENS


Tuesday 21 July
Meeting room 6
Meeting room 7
M1
M2
M3
M4
M5
M6
PLENARY SPEECH by: S. Mark Spearing, University of Southampton, United Kingdom: High resolution computed tomography studies of composite materials: The data rich mechanics opportunity
2121 Special
Symposium on active
composites - 1
LUNCH BREAK
2321 Special Symposium
on active composites - 2
2521 Special Symposium on active composites
-3
2112 Graphene,
Graphene-Based
Composites 4
COFFEE BREAK
2212 Graphene,
Graphene-Based
Composites 5
END OF DAY
2113 X-ray Computed
Tomography 3
2114 Fracture and
Damage - Micromechanics 4
2115 Fracture and
Damage - Laminate
Scale 4
2116 Fracture and Damage - Delamination 4
2117 Pressure Vessels
and Piping 1
2118 Joints - Design,
Manufacturing and
Testing 4
2119 Applications Aerospace 3
2120 Dynamic Fracture
1
2213 X-ray Computed
Tomography 4
2214 Fracture and
Damage - Micromechanics 5
2215 Fracture and
Damage - Laminate
Scale 5
2216 Fracture and Damage - Delamination 5
2217 Pressure Vessels
and Piping 2
2218 Joints - Design,
Manufacturing and
Testing 5
2219 Applications Aerospace 4
2220 Applications - Bio
& Medical 1
2122 Workshop on
quality in scientific
publication 1
2621 Special
Symposium on active
composites - 4
2222 Workshop on
quality in scientific
publication 2
13
//Programme at a glance
Wednesday 22 July
8:30
9:30
Congress Hall A
Auditorium 15
Auditorium 10
Auditorium 11
Auditorium 12
Meeting room 18
PLENARY SPEECH by: Yapa D. S. Rajapakse, Office of Naval Research, Virginia, USA: Extreme loading of composite materials in naval applications
3101 Processing
3102 Nano Compo3103 ONR Special
3104 Fatigue 6
3105 Structural Analy- 3106 Process Induced
- Manufacturing
sites 6
Symposium on Marine
sis and Optimization 6 Effects 5
Technology 6
Composites 1
10:50
COFFEE BREAK
11:20
3201 Processing
- Manufacturing
Technology 7
13:00
14:00
15:20
15:40
Meeting room 19
Meeting room 20
Meeting room 17
Meeting room 16
Meeting room 5
3107 Process Modelling 6
3108 Fibre reinforcement
3109 Interfaces and
Interphases 6
3110 Damage Tolerance of Composite
Structures 1
3111 Textile-Based
Composites and Fibre
Architecture 6
3202 Nano Composites 7
3203 ONR Special
Symposium on Marine
Composites 2
3204 Fatigue 7
3205 Structural Analy- 3206 Process Induced
sis and Optimization 7 Effects 6
3207 Process Modelling 7
3208 Biocomposites 6
3209 Interfaces and
Interphases 7
3210 Damage Tolerance of Composite
Structures 2
3211 Textile-Based
Composites and Fibre
Architecture 7
LUNCH BREAK
3301 Processing
- Manufacturing
Technology 8
3302 Nano Composites 8
3303 ONR Special
Symposium on Marine
Composites 3
3304 Fatigue 8
3305 Structural Analy- 3306 Process Induced
sis and Optimization 8 Effects 7
3307 Process Modelling 8
3308 Biocomposites 7
3309 Recycling of
Composites and
Sustainability 1
3310 Damage Tolerance of Composite
Structures 3
3311 Textile-Based
Composites and Fibre
Architecture 8
COFFEE BREAK
3401 Processing
- Manufacturing
Technology 9
3402 Nano Composites 9
3403 ONR Special
Symposium on Marine
Composites 4
3404 Fatigue 9
3405 Structural Analy- 3406 Experimental
sis and Optimization 9 Methods for Process
Characterisation 1
3407 Short Fibre
Composites 1
3408 Biocomposites 8
3409 Recycling of
Composites and
Sustainability 2
3410 Damage Tolerance of Composite
Structures 4
3411 Textile-Based
Composites and Fibre
Architecture 9
Congress Hall A
Auditorium 15
Auditorium 10
Auditorium 11
Auditorium 12
Meeting room 18
Meeting room 19
Meeting room 20
PLENARY SPEECH by: Ignaas Verpoest, Katholieke Universiteit Leuven, Belgium: From fibres to tapes, from synthetic to natural fibres: a new generation of textile composites and their applications
4101 Processing
4102 Nano Compo4103 ONR Special
4104 Multifunctional
4105 Structural
4106 Experimental
4107 Fibres 1
4108 Biocomposites 9
- Manufacturing
sites 10
Symposium on Marine Composites - Self-He- Analysis and OptimiMethods for Process
Technology 10
Composites 5
aling and Bio-inspired zation 10
Characterisation 2
Designs 1
COFFEE BREAK
4201 Processing
4202 Nano Compo4203 ONR Special
4204 Multifunctional
4205 Structural
4206 Experimental
4207 Short Fibre
4208 Biocomposi- Manufacturing
sites 11
Symposium on Marine Composites - Self-He- Analysis and OptimiMethods for Process
Composites 2
tes 10
Characterisation 3
Technology 11
Composites 6
aling and Bio-inspired zation 11
Designs 2
LUNCH BREAK
PLENARY SPEECH by: Jinsong Leng: Stimulus-responsive polymer composites: a path towards active shape changing structures
4301 Processing
4302 Nano Compo4303 ONR Special
4304 Multifunctional
4305 Applications 4306 Experimental
4307 Short Fibre
4308 Biocomposi- Manufacturing
sites 12
Symposium on Marine Composites - Self-He- Bio & Medical 2
Methods for Process
Composites 3
tes 11
Technology 12
Composites 7
aling and Bio-inspired
Characterisation 4
Designs 3
COFFEEBREAK
4401 Processing
4402 Nano Compo4403 Sandwich Struc- 4404 Multifunctional
4405 Applications 4406 Experimental
4407 Textile-Based
4408 BiocomposiMethods for Process
Composites and Fibre tes 12
- Manufacturing
sites 13
tures and Materials 3 Composites - Self-He- Bio & Medical 3
Technology 13
aling and Bio-inspired
Characterisation 5
Architecture 10
Designs 4
Conference dinner at Bella Center, Exhibtion Area
END OF DAY
Meeting room 17
Meeting room 16
Meeting room 5
4109 Liquid Composites Moulding 1
4110 Sandwich Structures and Materials 1
4111 Multifunctional
Composites - Adaptive
Response and Reconfiguration 3
4209 Liquid Composites Moulding 2
4210 Sandwich Structures and Materials 2
4211 Multifunctional
Composites - Coupled
Properties and Multi-physics Models 1
4309 Recycling of
Composites and
Sustainability 3
4310 Fibres 2
4311 Multifunctional
Composites - Adaptive
Response and Reconfiguration 4
4409 Recycling of
Composites and
Sustainability 4
4410 Fibres 3
4411 Multifunctional
Composites - Adaptive
Response and Reconfiguration 5
16:50
17:15
19:15
General Assembly
END OF DAY
Thursday 23 July
8:30
9:30
10:50
11:20
13:00
14:00
15:00
16:20
16:40
19:30
23:30
14
Programme at a glance//


Wednesday 22 July
Meeting room 6
Meeting room 7
M1
M2
M3
M4
PLENARY SPEECH by: Yapa D. S. Rajapakse, Office of Naval Research, Virginia, USA: Extreme loading of composite materials in naval applications
3112 Graphene,
3113 Matrix Materials 1 3114 Fracture and
3115 Models Homo3116 Nanocomposites 3117 Ductile and
Graphene-Based
Damage - Materials
genization – Micro to
for Structural LightPseudo-ductile ComComposites 6
Scale 1
Macro 1
weight - Modelling and posites 2
Testing 1
COFFEE BREAK
M5
M6
M7
M8
Center Stage
3118 Fire Resistance 1
3119 Applications Aerospace 5
3120 New Structural
Testing Methods 1
3121 Multifunctional
Composites - Sensing
and Actuation 6
3122 Tsai Award 1
3212 Graphene,
Graphene-Based
Composites 7
3213 Matrix Materials 2 3214 Fracture and
Damage - Micromechanics 6
3215 Models Homogenization – Micro to
Macro 2
3216 Fracture and Damage - Delamination 6
3217 Ductile and
Pseudo-ductile Composites 3
3218 Fire Resistance 2
3219 Applications Aerospace 6
3220 New Structural
Testing Methods 2
3221 Multifunctional
Composites - Adaptive
Response and Reconfiguration 1
LUNCH BREAK
3312 Graphene,
Graphene-Based
Composites 8
3313 Matrix Materials 3 3314 Fracture and
Damage - Materials
Scale 2
3315 Models Homogenization – Micro to
Macro 3
3316 Nanocomposites
for Structural Lightweight - Modelling and
Testing 2
3317 Ductile and
Pseudo-ductile Composites 4
3318 Fire Resistance 3
3319 Applications Civil Engineering 1
3320 New Structural
Testing Methods 3
3321 Multifunctional
Composites - Adaptive
Response and Reconfiguration 2
3322 Workshop on
Failure of composites:
current status and
future directions 1
3413 Matrix Materials 4 3414 Fracture and
Damage - Materials
Scale 3
3415 Models Homogenization – Micro to
Macro 4
3416 Nanocomposites
for Structural Lightweight - Modelling and
Testing 3
3417 Manufacturing
Up-Scaling and Automation 1
3418 Sensors in Experi- 3419 Applications mental Mechanics 1
Civil Engineering 2
3420 New Structural
Testing Methods 4
3421 Multifunctional
Composites - Smart
Structures 1
3422 Workshop on
Failure of composites:
current status and
future directions 2
Industry Session JEC
Group
M7
M8
Center Stage
COFFEE BREAK
3412 Foams, Cellular
and Lattice Materials 4
‘Young scientist award’
- The Danish Plastics
Federation – Composite
Division
3222 Tsai Award 2
General Assembly
END OF DAY


Thursday 23 July
Meeting room 6
Meeting room 7
M1
M2
M3
M4
M5
M6
PLENARY SPEECH by: Ignaas Verpoest, Katholieke Universiteit Leuven, Belgium: From fibres to tapes, from synthetic to natural fibres: a new generation of textile composites and their applications
4112 Composites with 4113 Ductile and
4114 Models Homo4115 Identification
4116 Dynamic Fracture 4117 Manufacturing
4118 Multiscale Model- 4119 Applications Metallic Components 1 Pseudo-ductile Comgenization – Micro to
using Full-Field Mea2
Up-Scaling and Autoling of Structures 1
Wind, Wave and Tidal
posites 5
Macro 5
surements
mation 2
Energy 1
COFFEE BREAK
4212 Composites with
Metallic Components 2
4213 Hybrid Composites 1
4214 Fracture and
Damage - Materials
Scale 4
4215 Digital Image
Correlation 1
4216 Durability, Creep
and Agressive Environment 1
4217 Manufacturing
Up-Scaling and Automation 3
LUNCH BREAK
PLENARY SPEECH by: Jinsong Leng: 404 Stimulus-responsive polymer composites: a path towards active shape changing structures
4312 Composites with 4313 Hybrid Compo4314 Simulation of
4315 Digital Image
4316 Durability, Creep
4317 Impact and
Metallic Components 3 sites 2
Progressive Failure 1
Correlation 2
and Agressive Environ- Dynamic Structural
ment 2
Analysis 1
COFFEE BREAK
4412 Composites with
Metallic Components 4
4413 Hybrid Composites 3
4414 Simulation of
Progressive Failure 2
4415 Digital Image
Correlation 3
4416 Dynamic Fracture
3
4417 Impact and
Dynamic Structural
Analysis 2
4120 Sensors in Experi- 4121 Multifunctional
mental Mechanics 2
Composites - Smart
Structures 2
4218 Multiscale Model- 4219 Applications ling of Structures 2
Wind, Wave and Tidal
Energy 2
4220 Sensors in Experi- 4221 Multifunctional
mental Mechanics 3
Composites - Smart
Structures 3
4318 Multiscale Model- 4319 Applications ling of Structures 3
Ships and Boats
4320 Thermography 1
4321 Multifunctional
Composites - Processing and Integration 1
4418 Multiscale Model- 4419 Applications ling of Structures 4
Civil Engineering 3
4420 Thermography 2
4421 Multifunctional
Composites - Processing and Integration 2
Conference dinner at Bella Center, Exhibtion Area
END OF DAY
15
//Programme at a glance
Friday 24 July 


8:30
9:30
Congress Hall A
Auditorium 15
Auditorium 10
Auditorium 11
Auditorium 12
Meeting room 18
Meeting room 19
PLENARY SPEECH by: Richard A. Vaia, Air Force Research Laboratory, Ohio, USA - Materials for future aerospace technologies: Challenges and opportunities
5101 Processing
5102 Nano Compo5103 Sandwich Struc- 5104 Fatigue 10
5106 Manufacturing
5107 Processing
- Manufacturing
sites 14
tures and Materials 4
Up-Scaling and
- Manufacturing
Technology 14
Automation 4
Technology 16
10:50
11:20
COFFEE BREAK
5201 Processing
- Manufacturing
Technology 15
13:00
14:00
LUNCH BREAK
Closing Ceremony
GOODBYE AND HOPE TO SEE YOU IN 2017 FOR THE ICCM21!
5202 Nano Composites 15
5203 Sandwich Structures and Materials 5
5204 Multifunctional
Composites - Self-Healing and Bio-inspired
Designs 5
5205 Structural
Design Criteria, Safety
and Reliability
5206 Experimental
Methods for Process
Characterisation 6
5207 Liquid Composites Moulding 3
Meeting room 20
Meeting room 17
Meeting room 16
Meeting room 5
5108 Short Fibre
Composites 4
5109 Process Induced
Effects 8
5110 Fibres 4
5111 Multifunctional
Composites - Coupled
Properties and Multi-physics Models 2
5208 Short Fibre
Composites 5
5209 Recycling of
Composites and
Sustainability 5
5210 Fibres 5
5211 Multifunctional
Composites - Coupled
Properties and Multi-physics Models 3
M6
M7
M8
Center Stage
5119 Applications Civil Engineering 4
5120 Ultrasound and
Acoustic Emission


Friday 24 July
8:30
9:30
10:50
11:20
13:00
14:00
16
Meeting room 6
Meeting room 7
M1
M2
M3
M4
M5
PLENARY SPEECH by: Richard A. Vaia, Air Force Research Laboratory, Ohio, USA - Materials for future aerospace technologies: Challenges and opportunities
5112 Tribology and
5113 Damage Tole5115 Durability,
5117 Impact and
5114 Simulation of
5116 Dynamic
5118 Applications Wear
rance of Composite
Progressive Failure 3
Creep and Agressive
Fracture 4
Dynamic Structural
Automotive and Rail 3
Structures 5
Environment 3
Analysis 3
COFFEE BREAK
5217 Impact and
5218 Hybrid Compo5212 Matrix materials 5213 Damage Tole5214 Simulation of
5215 Durability,
5
rance of Composite
Progressive Failure 4
Creep and Agressive
Dynamic Structural
sites 4
Structures 6
Environment 4
Analysis 4
LUNCH BREAK
Closing Ceremony
GOODBYE AND HOPE TO SEE YOU IN 2017 FOR THE ICCM21!
5219 Applications Civil Engineering 5
17
Plenary Speakers
Ramesh Talreja (Peter Scala award)
Department of Aerospace Engineering at Texas A&M University, USA
Ramesh Talreja’s research career began in 1978 with a project dealing with fatigue of wind
turbine blades made of glass/polyester for the Danish Wind Energy programme. His work
over the next seven years led to the monograph, “Fatigue of Composite Materials”, and
continued with contributions to the field of damage and failure of composite materials. After more than fifteen years on the faculty of the Technical University of Denmark, he moved
to the United States to join Georgia Institute of Technology as a professor of Aerospace
Engineering, and 10 years later, to head the Department of Aerospace Engineering at Texas A&M University.
Professor Talreja has written numerous papers, book chapters, and most recently, the book, “Damage and
Failure of Composite Materials” (with C.V. Singh), while serving on the editorial boards of 15 journals and
editing several book volumes. His current interests are in cost-effective manufacturing of composites through
engineering of defects.
Monday 20 July at 8.50 - PETER SCALA LECTURE: Integration of manufacturing and failure
analyses for sustainable design of composites
Ignaas Verpoest
Department of Materials Engineering, Katholieke Universiteit Leuven (KU Leuven), Belgium
Prof. Ignaas VERPOEST was a full professor at the Katholieke Universiteit Leuven (Belgium and guiding a group of 8 postdoc researchers and 25 PhD-students. He is the
author of more than 210 journal papers, about 500 conference papers and 3 books, and
holds 15 patents. Since September 2013, Ignaas Verpoest is emeritus professor at KU
Leuven. Prof. Verpoest is holder of the Toray Chair in Composite Materials at KU Leuven.
He was President of the European Society for Composite Materials (ESCM), and of the
International Committee on Composite Materials. Prof. Ignaas Verpoest won several awards, amongst others
the Descartes Prize for Science Communication of the European Commission (2004), the International Fellowship of the Society for the Advancement of Materials Processing and Engineering (SAMPE, 2009) and of
the International Committee on Composite Materials (ICCM, 2009). In 2014, he was awarded the ‘Medal of
Excellence in Composite Materials’ of the University of Delaware. He is also co-founder and board member
of the company Econcore, worldwide producer of innovative honeycomb cores.
Thursday 23 July at 8:30 - From fibres to tapes, from synthetic to natural fibres: a new generation of textile composites and their applications
Yapa D. S. Rajapakse
Programme Manager, Solid Mechanics, Office of Naval Research (ONR), USA
Dr. Rajapakse manages the ONR Solid Mechanics Programme, with the current focus on
Mechanics of Marine Composites and Composite Sandwich Structures. He received his
Ph. D. degree in Applied Mechanics (Advisor: J.N. Goodier), and a M. S. degree in Mathematics, from Stanford University. He is a Fellow of 4 technical societies: American Society
of Mechanical Engineers (ASME), Society of Engineering Science (SES), American Society
for Composites (ASC), and American Academy of Mechanics. He has served on several
Editorial Boards of technical journals, including Composites Science and Technology, J. Sandwich Structures
and Materials, J. Composite Materials, and Composites Part B. He has served SES as President, Vice-president, Member-Board of Directors. He has served ASME as Chairman of the Composite Materials Committee
of the Applied Mechanics Division, and ASC as Chairman of the Polymer-Matrix Composites Division. He has
organized ONR Symposia at the last four ICCM conferences. He has edited/coedited 32 books (e.g. Dynamic Failure of Materials and Structures, Blast Mitigation: Experimental and Numerical Studies).
Wednesday 22 July at 8:30 - Extreme loading of composite materials in naval applications
18
Jinsong Leng
Center for Smart Materials and Structures at Harbin Institute of Technology, China
Prof. Leng is Cheung Kong Chair Professor and Director of the Center for Smart Materials and Structures at Harbin Institute of Technology, China. His researches cover
Sensors & Actuators, Stimulus Responsive Polymers (Shape Memory and Electro-Active Polymers) and their composites, Multifunctional Nanocomposites, Active Vibration
Control, Structural Health Monitoring, and Active Morphing Structures. Prof. Leng has
authored or co-authored over 260 scientific papers, 8 books/chapters, 29 issued patents and 15 pending patents. He is editor in Chief of International Journal of Smart and Nano Materials,
Associate Editor of Smart Materials and Structures and Journal of Intelligent Materials Systems and Structures, and editorial board member of Composites A. Prof. Leng has been elected as an Executive Council
Member of ICCM, Fellow of SPIE, Fellow of Institute of Physics (IOP), Fellow of Royal Aeronautical Society
(RAeS), Fellow of Institute of Materials, Minerals, and Mining (IMMM) and Associate Fellow of AIAA.
Thursday 23 July at 14:00 - Stimulus-responsive polymer composites: a path towards active
shape changing structures
S. Mark Spearing
School of Engineering Sciences, Southampton University. UK
Mark Spearing is Professor of Engineering Materials in the School of Engineering Sciences at Southampton University. He has served as Head of the School of Engineering
Sciences and currently as Provost and Pro Vice-Chancellor (International) for the University. Prior to his appointment at Southampton he was a Professor of Aeronautics and
Astronautics at the Massachusetts Institute of Technology, from 1994-2004. His technical interests include advanced composites materials, processes and structural analysis,
design of Micro- and Nano-Systems, electronic packages and structural health monitoring. His work in
composite materials has focused on understanding damage and failure processes with the aim of producing mechanism-based models to guide material development and design methods. He has been working
in the field of composite materials since 1986, and attended his first ICCM in London in 1987. Spearing
is an editor of the Journal of Composite Materials and also of Journal of Microelectromechanical Systems.
He has published over 170 technical publications, including more than 100 in refereed journals. He holds
five patents. In 2004 he received a Royal Society-Wolfson Research Merit Award.
Tuesday 21 July at 8:30 - High resolution computed tomography studies of composite
materials: The data rich mechanics opportunity
Richard A. Vaia
Functional Materials Division of the Materials and Manufacturing Directorate, U.S. Air
Force Research Laboratory (AFRL)
Richard A. Vaia is the Technology Director of the Functional Materials Division of the
Materials and Manufacturing Directorate at the U.S. Air Force Research Laboratory
(AFRL). The Division delivers functional materials and processing solutions that revolutionize AF aircraft, spacecraft, launch vehicles, and their structural, electronic and optical
components. Rich serves on numerous editorial boards, Board of Directors and external
review panels, and has authored over 200 peer-reviewed papers and patents on polymer nanocomposites, complex nanoparticle architectures and their impact on developing adaptive soft matter. He received
his PhD in Materials Science and Engineering at Cornell University in 1995, and is a Fellow of the Materials
Research Society, American Physical Society, American Chemical Society (PMSE Division), and the Air
Force Research Laboratory.
Friday 24 July at 8:30 - Materials for future aerospace technologies: Challenges and opportunities
Keynote Speakers
Monday 20 July
Time
Programme Presenter
number
10:15-10:55 1108-1
Larry Lessard,
Aart van Vuure
10:15-10:55 1111-1
Valter Carvelli
10:15-10:55 1118-1
15:00-15.40 1203-1
Evangelos Ioannis
Avgoulas
Fu-Kuo Chang
15:00-15.40 1221-1
Emilie Greenhalgh
16.40-17.20 1306-1
Göran Fernlund
Title
Room
FATIGUE BEHAVIOUR OF WOVEN FLAX/EPOXY COMPOSITES
Meeting Room 20
FATIGUE PERFORMANCE OF MICRO-FIBRILLATED CELLULOSE
AND RUBBER NANOPARTICLE HYBRID EPOXY RESIN REINFORCED CARBON PLAIN WEAVE
NUMERICAL AND EXPERIMENTAL INVESTIGATION OF CFRP TO
PERFORATED STEEL JOITNS
A COMPOSITE INTELLIGENT WING WITH STATE-SENSING AND
AWARENESS CAPABILITIES
RECENT ADVANCES IN STRUCTURAL SUPERCAPACITORS FOR
TRANSPORT APPLICATIONS
BULK AND SURFACE POROSITY IN OUT-OF-AUTOCLAVE
PREPREGS
Meeting Room 5
RECENT DEVELOPMENTS OF DISCRETE MATERIAL OPTIMIZATION OF LAMINATED COMPOSITE STRUCTURES
CHARACTERIZATION OF FATIGUE R-CURVES BASED ON
GMAX-CONSTANT DELAMINATION TESTS IN CF/PEEK LAMINATES
POWERFUL ARTIFICIAL MUSCLES FOR MORPHING COMPOSITES
HIGH PERFORMANCE PSEUDO-DUCTILE COMPOSITES
BONDING OF CFRP PRIMARY AEROSPACE STRUCTURES – CRACKSTOPPING IN COMPOSITE BONDED JOINTS UNDER FATIGUE
Auditorium 12
M5
Auditorium 10
M8
Meeting Room 18
Tuesday 21 July
15:00-15:40 2105-1
Erik Lund
15:00-15:40 2116-1
Masaki Hojo
16:40-17:20 2203-1
16:40-17:20 2210-1
16:40-17:20 2219-1
Ray Baughman
Michael Wisnom
Thomas Kruse
M3
Auditorium 10
Meeting Room 16
M6
Wednesday 22 July
9:30-10:10
3103-1
9:30-10:10
3112-1
DEFORMATIONS DUE TO EXPLOSIVE AND IMPLOSIVE LOADS
OF SANDWICH CYLINDERS USING THIRD ORDER SHEAR AND
NORMAL DEFORMABLE THEORY (TSNDT)
Ian Kinloch
STRUCTURAL GRAPHENE COMPOSITES: TAKING THE LESSONS
OF FUNDAMENTAL STUDIES THROUGH TO BULK COMPOSITES
Marino Quaresimin MICROSCOPIC DAMAGE EVOLUTION IN OFF-AXIS PLIES UNDER
FATIGUE LOADING
Pedro Camanho
CONSTITUTIVE MODELING AND EXPERIMENTAL CHARACTERIZATION OF THE NON-LINEAR STRESS-STRAIN BEHAVIOR OF
UNIDIRECTIONAL CARBON-EPOXY UNDER HIGH STRAIN RATES
Mike J. Hinton, Sam FAILURE OF COMPOSITE: STATUS AND FUTURE DIRECTION
Kaddour
Dayakar Penumadu CHARACTERIZATION OF SINGLE CARBON FIBER MECHANICAL
BEHAVIOR BY NANO-TENSILE TESTING
Auditorium 10
11:20-12:00 4201-1
11:20-12:00 4206-1
Peter Mitschang
Timotei Centea,
Steven Nutt
Congress Hall A1
Meeting Room 18
11:20-12:00 4211-1
Somnath Ghosh
11:20-12:00 4218-1
16:40-17:20 4419-1
16:40-17:20 4421-1
Brian Cox
Urs Meier
Scott White
11:20-12:00 3204-1
11:20-12:00 3210-1
14:00-14:40 3322-1
15:40-16:00 3403-1
Romesh Batra
Meeting Room 6
Auditorum 11
Meeting Room 16
Center Stage
Auditorium 10
Thursday 23 July
IMPREGNATION PERFORMANCE OF NON-ISOBARIC PROCESSES
MULTI-SCALE MATERIAL AND PROCESS CHARACTERIZATION
FOR RESIN TRANSFER MOLDING: CASE STUDY FOR A BLENDED
EPOXY/PHENOLIC RESIN
MULTI-SCALE COMPUTATIONAL MODELING FRAMEWORK FOR
COUPLED ELECTROMAGNETICS AND MECHANICAL SIMULATIONS IN MULTIFUNCTIONAL MATERIALS
STOCHASTIC VIRTUAL TESTS FOR FIBER COMPOSITES
LONG TERM RELIABILITY OF CFRP IN BRIDGE ENGINEERING
MULTIFUNCTIONAL MICROVASCULAR COMPOSITES
LET LM WIND POWER
YOUR CAREER
Meeting Room 5
M5
M6
M8
Friday 24 July
11:20-12:00 5204-1
Nancy Sottos
11:20-12:00 5210-1
Yuris Dzenis
SINGLE CHANNEL MICROVASCULAR DELIVERY FOR SELF-HEAL- Auditorum 11
ING POLYMER COMPOSITES
SIMULTANEOUSLY STRONG AND TOUGH CONTINUOUS
Meeting Room 16
NANOFIBERS: NEXT GENERATION REINFORCEMENT FOR NEW
STRUCTURAL SUPERCOMPOSITES?
lmwindpower.com
Center Stage programme
Monday 20 July
Tuesday 21 July
Center Stage
Center Stage
15:00
1222 Introduction of Industry Needs Workshop and Scope
15:05
1222-1 ANALYSIS-ENABLED PRODUCTION AND PERFORMANCE OF COMPOSITE WING STRUCTURES
Richard Newley (GKN Aerospace), Richard Butler (University of Bath)
15:00
2122 Workshop on quality in scientific publication 1
Background and motivation for the workshop:
Many scientists feel that the scientific culture of publication and peer review is close to collapse, in the sense that the
amount of papers published is increasing dramatically while the overall quality of the published papers may not be at the
same high level as was generally perceived in previous times. Many consider this to be a threat to the scientific culture
at large. A pessimistic view is that this development threatens to undermine the entire scientific progress in general, and
further poses a serious threat to the survivability of the peer review publication system in the long term.
There are a number of issues:
• Editors perspective: For example - The same manuscript is sometimes found to be submitted simultaneously to multiple journals. The review process does not work properly.
• Reviewers perspective: Reviewers often receive manuscripts for review that are of poor quality - the impression that
possibly a student wrote the manuscript without guidance and thorough review from the supervisor is not uncommon.
Poorly prepared
manuscripts that include elementary mistakes are sent for review.
• Readers perspective: As an example a massive growth in the quantity of scientific publications in the field of composite
materials has been experienced over the last years. Part of this may be due to increased activity in the research area
at large, but the general quality of the papers by some is perceived to be declining (quantity over quality). Part of the
explanation could be that not all reviews are being conducted with sufficient care and scrutiny to detail. Another issue
is that the underlying mechanism that seem to be driving this development is the increasing pressure on scientists to
publish many articles (quantity over quality); universities count publications and citations; scientific journals compete
on impact factors, etc.
The issues outlined above will be discussed in this Workshop.
2222 Workshop on quality in scientific publication 2
The GKN - University of Bath partnership developments, such as FE formulations for laminate forming have already influenced manufacturing. New laminate rules will take longer to implement in design.
15:15
Panel Discussion Part 1
15:30
1222-2 EFFICIENT TRANSFER OF PROMISING RESEARCH RESULTS TO INDUSTRIAL APPLICATIONS USING ADAPTIVE
PROCESSES
Jan Bremer (BCT GmbH)
Adaptive machining enables scalability and stability of fully automated processes. This is key to permit efficient transfer of
research to industry, as for example in automated composite repair.
15:40
1222-3 A MULTIFUNCTIONAL DEVICE APPLYING FOR THE SAFE MAINTENANCE AT HIGH-ALTITUDE ON WIND TURBINES
Peter Dahmann (Aachen University of applied Sciences), Stephan Kallweit (Aachen University of applied Sciences), Mohsen
Bagheri (Aachen University of applied Sciences), Joseph Schleupen (Aachen University of applied Sciences) Developing this
multifunctional climbing device, for scanning, repair and transportation, combines all the existing maintenance solutions for
wind turbine blades into one weather-independent platform.
15:50
Panel Discussion Part 2
16:10
1222-4 OPTIMIZATION OF COMPOSITE ICE HOCKEY STICK DESIGN THROUGH FINITE ELEMENT ANALYSIS
Adam Gans (Bauer Performance Sports)
16:40
FEA is intrinsic to the design of composite sporting goods. We look to develop new measuring methods, a broader database
of material properties, and better tools to predict performance and failure.
Wednesday 22 July
1322-1 STANDARD QUALIFICATION PLAN DEVELOPED TO ENCOURAGE INNOVATION OF NEW MATERIALS AT LOWER
COSTS
Michael Gower (NPL), Graham Sims (National Physical Laboratory)
9:30
16:20
Center Stage
3122-1 MICROMECHANICAL CHARACTERISAZION OF FATIGUE DAMAGE INITIATION AND PROPAGATION IN CFRP
USING SYNCHROTRON RADIATION COMPUTED TOMOGRAPHY
Serafina Consuelo Garcea (University of Southampton), Ian Sinclair (University of Southampton), Simon Mark Spearing
(University of Southampton)
The development and experimental validation of a Standard Qualification Plan (SQP), satisfying minimum common requirements, to reduce the substantial cost of qualifying new composites is reviewed.
16:30
Panel Discussion Part 3
17:00
1322-2 ENABLERS FOR THE INDUSTRIALIZATION OF INFUSION PROCESSES: MERGING RESEARCH AND APPLICATION
DRIVEN EXPECTATIONS
Paulin Fideu (Airbus ), Hauke Seegel (Composite Technology Center CTC GmbH), Claus Fastert (Composite Technology
Center CTC GmbH), Cyrille Collart (Airbus )
Micromechanisms of fatigue damage have been assessed using in situ and ex situ X-ray computed tomography. Fibre
failures along the 0˚ ply splits and in the bulk composite were detected and quantified.
3122-2 A MULTISCALE DAMAGE INITIATION MODEL FOR CNT-ENHANCED EPOXY POLYMERS
Nithya Subramanian (Arizona State University), Ashwin Rai (Arizona State University), Aditi Chattopadhyay (Arizona State
University)
This paper presents the needs for the industrialization of infusion processes. Based on selected examples, remaining
challenges are discussed and some solution approaches are proposed.”
17:10
1322-3 CHALLENGES OF INDUSTRIALISATION IN CFRP-ASSEMBLY IN AEROSPACE INDUSTRY
Joachim Piepenbrock (Composite Technology Center GmbH), Alexander Engels (Composite Technology Center GmbH)
17:20
Panel Discussion Part 4
17:45
Strategic direction and inuiting participants to continue participating through emails, app etc.
18:00
End of session
Multiscale framework simulates inelastic behavior of CNT-epoxy polymers at the molecular level due to bond dissociation
and integrates atomistic data with continuum damage mechanics at microscale.
3122-3 ENABLING FASTER STRUCTURAL DESIGN: EFFICIENT MULTISCALE SIMULATION OF LARGE COMPOSITE
STRUCTURES
Luigi Gigliotti (Imperial College London), Silvestre Pinho (Imperial College London)
Novel Multiscale PBCs, exploiting symmetries in solid-to-shell homogenization of periodic structures, are presented. These
reduce modelling (85%) and analysis (89%) CPU times very significantly.
10:50
20
3122 Tsai Award 1
‘Young scientist award’ - The Danish Plastics Federation – Composite Division
The Danish Plastics Federation – Composite Division is every year awarding a talented young scientist that has impressed
with a project related to composite.
This year’s winner is the 29 year old Ismet Baran, assistant professor at the University of Twente, NL. He finished his PhD study
from DTU Mechanical Engineering in 2014 with the thesis ‘Modelling the pultrusion process of off shore wind turbines blades’.
Center Stage programme//
 Wednesday 22 July
 Wednesday 22 July
Center Stage
11:20
3222 Tsai Award 2
Center Stage
14:40
3222-1 AN INVESTIGATION ON HYBRID INTERFACE USING ON-LINE MONITORING EXPERIMENT AND FINITE ELEMENT
ANALYSES
Hieu Truong (Texas A&M University), Marcias Martinez (Delft University of Technology), Ozden Ochoa (Texas A&M University),
Dimitris Lagoudas (Texas A&M University)
Problems with interaction between manufacturing and failure
Prof A Poursartip (UBC, Canada)
A study on room and elevated temperature mode-I fracture toughness of a hybrid interface using double cantilever beam
tests, distributed strain sensing with fiber optics and finite element analysis
Industry needs for tools
Dr M Jevons (Ferchau, Germany)
3222-2 IS IT POSSIBLE TO ELIMINATE MICRO-SCALE STRESS CONCENTRATIONS IN COMPOSITES BY NANO ENGINEERING WITH CNTS?
Valentin Romanov (KU Leuven), Stepan Lomov (KU Leuven), Ignaas Verpoest (KU Leuven), Larissa Gorbatikh (KU Leuven)
Needs for design tools
Dr M Stojkovic (NCC,UK)
A spatial distribution of CNTs in fiber-reinforced composites at the micro-scale is investigated to suppress stress concentrations without affecting stresses in the rest of the matrix.
Limitations of commercial software
Ms S Miot (ssanalysis, UK)
15:20
COFFEE BREAK
15:40
3422 Workshop on Failure of composites: current status and future directions 2
Which Science works and which does not
3222-3 EFFECT OF FUNCTIONALIZATION OF GRAPHENE ON THERMAL CONDUCTIVITIES OF GRAPHENE/EPOXY COMPOSITES
Xi Shen (The Hong Kong University of Science and Technology), Zhenyu Wang (The Hong Kong University of Science and
Technology), Ying Wu (The Hong Kong University of Science and Technology), Xiuyi Lin (The Hong Kong University of Science
and Technology), Xu Liu (The Hong Kong University of Science and Technology), Xinying Sun (The Hong Kong University of
Science and Technology), Jang-Kyo Kim (The Hong Kong University of Science and Technology)
Unresolved issues with prediction of damage/delamination
Prof M Wisnom (University of Bristol, UK)
Current status and future research in micro mechanics
Prof S Li (University of Nottingham, UK)
Future directions in 3D composites
Prof S Lomov (K.U. Leuven, Belgium)
The effect of functionalization on thermal conductivities of graphene embedded in epoxy and its composites is studied
using molecular dynamics simulations.
3222-4 MECHANICAL PROPERTIES AND MODELING OF DISCONTINUOUS CARBON FIBER REINFORCED THERMOPLASTICS
Yi Wan (the University of Tokyo), Toshiro Ohori (the University of Tokyo), Jun Takahashi (the University of Tokyo)
16:20
3322 Workshop on Failure of composites: current status and future directions 1
Organised by:
Dr A S Kaddour (QinetiQ*, UK)
Prof M J Hinton (HVM Catapult**, UK)
Prof P Smith (The University of Surrey, UK)
Prof S Li (Nottingham University, UK)
Failure of composites is perhaps the biggest single topic towards which the composites community worldwide has been
engaged in extensive research initiatives and activities. Arguably, the most notable top level activity is that carried out
under the World-Wide Failure Exercises (WWFE), spanning more than 20 years. But, have we reached the endgame, yet?
A composite structure could be a single fibre embedded in a matrix, a unit cell, 3D composite, a coupon with hole, a panel
with ribs, a vessel, a wing, a blade, a fuselage, an aircraft, a spacecraft etc… The workshop will debate how much more
work is needed in order to close (or narrow) any gap between academics/theoreticians and industrial designers/end users
for designing a composite structure. The workshop will address missing links in validated design capabilities employed for
reliably predicting failure evolution and ultimate strength, all the way up to the structural scale.
In order to address the above, this work shop will provide a keynote addressing where we are on failure of composites.
This is followed by a series of short presentations, given by invited speakers giving their views on future directions in their
own areas they are actively leading. Finally, an open discussion and concluding remarks will be made.
14:00
3322-1 FAILURE OF COMPOSITE: STATUS AND FUTURE DIRECTION Mike J. Hinton (High Value Manufacturing Catapult), Sam Kaddour (QinetiQ)
Testing and Validation
Future research structural analysis of composites
Prof A Mouritz (RMIT, Australia)
Future research in structural testing
Prof F Paris (Seville university, Spain)
Suitability of Mori-Tanaka model on two CFRTPs were certified. Results show dissimilarities in different materials, the
reason was considered to be the residual deformation of fiber structures.
14:00
Industry needs: Today and over the coming 10 years
16:35
Final remarks - Key actions arising
16:50
INDUSTRY SESSION - JEC GROUP
16:50
Overview and dynamism of the worldwide composites market
Daniel Ageda (Secretary-General - JEC Group)
Posters and mini-orals programme
The poster presentations at the ICCM20 are fully integrated in the scientific programme and consists of both a poster and a mini-oral presentation.
Mini-oral presentation schedule
Tuesday 21 July
Stage 1
9:30 Mini Oral Session I
P101-1 STATISTICAL AND NUMERICAL ANLYSIS OF
WEAR TOOL GEOMETRY IN DRILLING CFRP
Norberto Feito (Universidad Carlos III de Madrid), Ana
Sánchez Muñoz (Universidad Carlos III de Madrid), Jorge
Lopez Puente (Universidad Carlos III de Madrid), Maria
Henar Miguelez Garrido (Universidad Carlos III de Madrid)
Stage 2
Stage 3
Stage 4
Stage 5
Mini Oral Session I
Mini Oral Session I
Mini Oral Session I
Mini Oral Session I
P102-1 RECYCLING THE FIBER REINFORCED
POLYMER COMPOSITES: OPTIMUM DECOMPOSITION
CONDITIONS AND FIBER FAILURE MECHANISM
Jian Shi (Akita prefectural university), Limin Bao (Shinshu
University)
P103-1 INTERFACE FEATURES OF THE C/C
COMPOSITE DURING ITS FORMING PROCESS WITH
A COAL-TAR-PITCH AS THE PRECURSOR OF THE
CARBON MATRIX
Li Tong-Qi (Aerospace Reasearch Institute of Materials
& Processing Technology), Feng Zhi-Hai (Aerospace
Reasearch Institute of Materials & Processing Technology),
Jiao Xing-Jan (Aerospace Reasearch Institute of Materials
& Processing Technology), Zhang Zhong-Wei (Aerospace
Reasearch Institute of Materials & Processing Technology),
Feng Xiang (Aerospace Reasearch Institute of Materials &
Processing Technology)
P104-1 HEAT TREATMENT RESPONSES OF
PARTICULATE TIC REINFORCED TOOL STEEL
COMPOSITES
S. H. Kim (GIFT-POSTECH), D. W. Suh (GIFT-POSTECH)
P105-1 MODIFICATION OF EPOXY RESIN AND ITS
INFLUENCE ON TENSILE PROPERTIES OF VISCOSE
FABRIC COMPOSITES
Rathish Rajan (Technology Centre Ketek Ltd), Mirva
Rahkonen (Technology Centre Ketek Ltd), Mikael
Skrifvars (University of Boras), Egidija Rainosalo
(Technology Centre Ketek Ltd)
A recycling system was developed for the treatment of
An experimental and statistical analysis has been carried FRP. In this research, FRP was efficiently depolymerized
out in woven CFRPs drilling to study the influence of
and reinforced fiber was separated from resin by superwear in delamination. A numerical model was also devel- heated stream.
oped to predict surface damage.
Heat treatment responses of a particulate TiC reinforced
tool steel matrix composite, which is fabricated by pressure infiltration casting, have been investigated.
Modification of the epoxy resin with silane coupling
agent and assessing the influence of resin modification
on the properties of viscose fabric reinforced composite.
I have uploaded my full paper. We will attend the conference. For the strict time set by our institute, we have no
enough time to joint other activities.
P101-2 THE EFFECT OF POST-WELDING COOLING
RATE ON THE STRENGTH OF TCW JOINTS
Zhi Bin Tan (University of Sydney), Liyong Tong (University
of Sydney), Luke Djukic (Cooperative Research Centre
for Advanced Composite Structures), Rowan Paton
(Cooperative Research Centre for Advanced Composite
Structures)
TCW technology allows two carbon-epoxy components,
manufactured with thermoplastic surfaces to be welded
together. This study focuses on the effect of the cooling
rate on the strength of the joint.
P101-3 EVALUATION OF SKIN-CORE EFFECTS IN THICK
CFRTP LAMINATES BY EMBEDDED OPTICAL FIBER
SENSORS AND MECHANICAL TESTS
Takuhei Tsukada (The University of Tokyo), Kentarou
Iwanaga (The University of Tokyo), Shu Minakuchi (The
University of Tokyo), Nobuo Takeda (The University of
Tokyo)
P102-2 KINETIC STUDY OF THE HYDROLYSIS OF AN
EPOXY RESIN IN HIGH TEMPERATURE AND HIGH
PRESSURE WATER
Gidéon Simenou (Institut de recherche technologique
Jules Verne), Eric Le Gal La Salle (l’Institut Catholique
des Arts et Métiers de Nantes), Jean Luc Bailleul (Ecole
Polytechnique de l’Université de Nantes), Jérôme
Bellettre (Ecole Polytechnique de l’Université de Nantes)
The structure of the woven GFRP ring was modelled by
using impregnated unidirectional threads and repeated
unit cell. Mechanical and thermal properties (micro-,
macro- and meso-scale) were calculated
22
The interfacial shear strength (IFSS) of carbon fibers/BMI
composites were investigated by micro-droplet test and
the correlation of the fiber-matrix solubility parameter
with interfacial mechanical p
This paper presents the findings of an investigation into
the kinetic of the hydrolysis of carbon fiber epoxy composites, using high temperature and high pressure water.
P102-3 INVESTIGATION OF TEXTILE DEFORMATION IN P103-3 EFFECT OF REINFORCEMENT FIBER CROSS
LIQUID COMPOSITE MOLDING PROCESS
SECTION GEOMETRY ON INTERFACIAL DEBONDING
Dong Gi Seong (Korea Institute of Materials Science)
BEHAVIOR OF COMPOSITES
Tatsuya Yamasaki (Kyushu University), Nobuhide Uda
Several types of fiber preform deformation in liquid
(Kyushu University), Kousei Ono (Kyushu University),
composite molding were observed and the related forces Hiroto Nagai (Kyushu University), Yuichi Hirakawa
are measured in order to investigate the mechanism of
(Kyushu University), Tadashi Nagayasu (Kyushu
the deformations
University)
This study demonstrated that the residual strain/stress
distribution in thick CFRTP laminates due to skin-core
effects can be evaluated by embedded optical fiber sensors and tensile tests.
P101-4 ASSESSMENT OF RESIDUAL STRESSES IN
THICK-WALLED GFRP SLIDING BEARING AFTER
WINDING AND CURING
Alexander Bezmelnitsyn (South Ural State University),
Sergei Sapozhnikov (South Ural State University)
P103-2 EFFECT OF FIBER–POLYMER SOLUBILITY ON
INTERFACIAL MECHANICAL PROPERTIES OF CARBON
FIBER- REINFORCED BMI COMPOSITES
Shi fenghui (AVIC composite Co.ltd), Li Jia (AVIC composite Co.ltd), Zhang baoyan (AVIC composite Co.ltd)
P102-4 DIELECTRIC CURE MONITORING OF A FAST
CURING RESIN SYSTEM
Ffion A Martin (University of Nottingham), Anastasia
F Koutsomitopoulou (University of Bristol), Ivana K
Partridge (University of Bristol), Alex A Skordos (Cranfield
University)
We found that interfacial debonding process of composite with irregularly-shaped reinforcement is unique. This
unique debonding behavior may affect the increase of
interfacial properties.
P103-4 STUDY OF THE INTERPHASE IN EPOXY/BASALT
FIBRE COMPOSITES BY DYNAMIC MECHANICAL
ANALYSIS
Joana Ibarretxe (LEARTIKER), Ricardo Hernandez
(LEARTIKER), Alex Arrillaga (LEARTIKER), Faustino Mujika
(University of the Basque Country)
Study of a new three part epoxy system for use in short
cycle time RTM processes. Following the establishment
of a cure kinetics model, the potential of dielectric cure
monitoring mould was explored.
The viscoelastic properties of modified unidirectional
epoxy basalt fibre composites were investigated. The
sensitivity and applicability of cooperativity to the interphase analysis was proved.
P104-2 EFFECTS OF SHORT ALUMINA FIBER
REINFORCEMENT ON MACHINABILITY OF ALUMINUM
ALLOY
Kazunori Asano (Kinki University)
Short alumina fiber-reinforced aluminum alloy composites were fabricated by squeeze casting, and the effects
of the fiber reinforcement on the turning machinability of
the alloy were investigated.
P104-3 THE CARBON FOAM WITH SKELETON
STRUCTURE IN COMPOSITE MATERIALS
Jerzy Myalski (Silesian University of Technology), Andrzej
Posmyk (Silesian University of Technology), Bartosz
Hekner (Silesian University of Technology)
The manufacturing process and tribological investigations of composites reinforced by different types of
foams (GC, Al2O3 and Al2O3+GC) are presented.
P104-4 THE EFFECTS OF MASTER SINTERING CURVE
ON THE MICROSTRUCTURAL EVOLUTION AND
MAGNETIC PROPERTIES OF NICUZN FERRITES
Chenxin Ouyang (Harbin Institute of Technology),
Shumin Xiao (Harbin Institute of Technology ), Jianhua
Zhu (Shenzhen Zhenhuafu Electronics Co.), Peng Zhou
(Harbin Institute of Technology), Hai Wang (Shenzhen
Zhenhuafu Electronics Co.)
This work reports our recent work on the fabrication of
NiCuZn ferrites, with the particular interests on how the
pre-sintering affect the microstructural evolution and
magnetic properties.
P105-2 OPTIMIZING THE MANUFACTURE OF BIOBASED COMPOSITES AND LOW TEMPERATURE CURE
POWDER COATING
Karnika De Silva (University of Auckland), Mark Taylor
(University of Auckland), Debes Bhattacharyya (University
of Auckland), Sanjeev Rao (University of Auckland), Dawn
Smith (Scion ), Clemence Dranebois (Scion )
Variability in the surface conductivity, moisture level,
porosity & heat distortion at high temp. employed to
cure powders coatings on (MDF) boards have led to poor
surface finishes.
P105-3 TENSILE CHARACTERISTICS OF JUTE ROPE
PLAIN FABRIC REINFORCED POLYLACTIC ACID
COMPOSITES
Jieng-Chiang Chen (Vanung University), Chang-Mou Wu
(National Taiwan University of Science and Technology),
Jia-Sheng Li (Vanung University)
Manufacturing and tensile properties of jute plain fabric
reinforced polylactic acid composites were investigated
in current study. The composites have good tensile
strength and energy absorption.
P105-4 AN ANALYTICAL MODEL FOR PREDICTING THE
TENSION MODULUS AND POISSON’S RATIO OF SATIN
WEAVE COMPOSITES
Tianya Bian (Beijing University of Aeronautics and
Astronautics), Zhidong Guan (Beijing University of
Aeronautics and Astronautics), Junwu Mu (Beijing
University of Aeronautics and Astronautics), Zhaojie Ji
(Beijing University of Aeronautics and Astronautics), Geng
Han (Beijing University of Aeronautics and Astronautics)
The article established an analytical model to make
an accurate prediction for the tension modulus and
Poisson’s ratio based on energy method and improving
rule of mixtures formulations.
Posters and mini-orals programme//
Tuesday 21 July
Stage 1
9:30 Mini Oral Session I
P101-5 ACCEPTANCE TESTING OF TUNGSTEN-CFRP
LAMINATE INTERFACES FOR SATELLITE ENCLOSURES
Mikko Kanerva (Aalto University), Jarno Jokinen (Aalto
University), Paulo Antunes (University of Aveiro), Markus
Wallin (Aalto University), Timo Brander (Aalto University),
Olli Saarela (Aalto University)
Stage 2
Stage 3
Stage 4
Stage 5
Mini Oral Session I
Mini Oral Session I
Mini Oral Session I
Mini Oral Session I
P102-5 A PRELIMINARY EVALUATION OF THE HIGH
INJECTION PRESSURE RESIN TRANSFER MOULDING
PROCESS
Masoud Bodaghi (Engineering Design and Advanced
Manufacturing-MIT Portugal Programme-Faculty of
Engineering-University of Porto-Porto), Nuno Correia
(Instituto de Engenharia Mecânica e Gestão IndustrialCampus da FEUP)
P103-5 FRIABILITY, THERMAL STABILITY, AND EFFECT
OF HYGROTHERMAL AGING ON THE MECHANICAL
PROPERTIES OF LIGNIN- AND WOOD-REINFORCED
PHENOLIC FOAMS
Juan Carlos Domínguez (Complutense University of
Madrid), María Virginia Alonso (Complutense University
of Madrid), Mercedes Oliet (Complutense University of
Madrid), Belén del Saz-Orozco (Complutense University
of Madrid), Francisco Rodriguez (Complutense University
of Madrid)
P104-5 IMPROVEMENT OF PARTICLE-REINFORCED
COMPOSITES BY METAL FORMING AIDED BY CYCLIC
SHEAR STRESS
Jerzy Myalski (Silesian University of Technology),
Franciszek Grosman (Silesian University of Technology),
Bartosz Hekner (Silesian Univesity of Technology), Marek
Tkocz (Silesian Universit of Technology)
P105-5 NON-CONVENTIONAL GLASS FIBER
NCF COMPOSITES WITH THERMOSET AND
THERMOPLASTIC MATRICES
Thierry Lorriot (Institute of Mechanics and Engineering
(I2M)), Jalal El Yagoubi (Institute of Mechanics and
Engineering (I2M)), Julie Fourel (Chomarat Textiles
Industries), Franck Tison (Plateforme CANOE)
The paper presents a method for altering the microstructure of cast composites reinforced with particles, which
consists in compression aided by shear stress caused by
transverse motion of a punch.
We propose in this paper a preliminary experimental
study on the mechanical behavior of glass NCF composites with shallow angled plies. We considered a thermoset matrix and a thermoplastic one.
P104-6 TECHNOLOGICAL ASPECTS OF OBTAINING
ALMMC - THE MODIFICATION OF ALSI MATRIX ALLOY
Maciej Dyzia (Silesian University of Technology), Anna J.
Dolata (Silesian University of Technology)
P105-6 APPLICATION OF HIGH IMPREGNATION
CHARACTERIZATION OF A CYCLIC BUTYLENE
TEREPHTHALATE OLIGOMER RESIN FOR
ELECTRICALLY AND THERMALLY CONDUCTIVE
COMPOSITES SIMULTANEOUSLY REINFORCED WITH
CONTINUOUS FIBER AND NANOCARBON FILLERS
Seong Yun Kim (Korea Institute of Sicence and
Technology (KIST)), Ye Ji Noh (Korea Institute of Sicence
and Technology (KIST))
This is a study about experimental 3-point bend testing
of W-CFRP laminate specimens and FE simulations of the
interfacial failure propagation during these tests.
Void size distribution in composites produced by high
injection resin transfer moulding was addressed.For no
gap the HIPRTM delivers the composite part with the
lowest frequency of void size of c.4 %.
P101-6 ANALYSIS AND EVALUATION OF MECHANICAL
PROPERTIES USING AUTOCLAVE MOLDING METHOD
Toshikazu Uchida (Kyoto Institute of Technology), Junpei
Ochiai (UCHIDA Co.), Defang ZHAO (Donghua University
), Yuqiu Yang (Donghua University ), Tadashi Uozumi
(Gifu University), Hiroyuki Hamada (Kyoto Institute of
Technology), Koji Kuroda (Kyoto Institute of Technology),
Atsushi Endo (Kyoto Institute of Technology), Akihiko Goto
(Osaka Sangyo University)
This paper discusses how differences in the hand layup work process and workers’ skill level influence the
mechanical performance of molded products by process
analysis and dynamic characteristics.
P102-6 CARBON FIBER/PHTHALONITIRLE RESIN
COMPOSITES WITH HIGH TEMPERATURE RESISTANT
AND EXCELLENT RTM PROCESSABILITY
Bao-Gang Sun (Aerospace Research Institute of Materials
& Processing Technology), Han-Qiao Shi (Aerospace
Research Institute of Materials & Processing Technology),
Zhi-Yong Yang (Aerospace Research Institute of Materials
& Processing Technology), Qian Liu (Aerospace Research
Institute of Materials & Processing Technology), Yi Zhang
(Aerospace Research Institute of Materials & Processing
Technology)
Carbon fiber/phthalonitrile resin composites were
prepared by RTM process. Their RTM processability,
high-temperature resistant, mechanical properties and
micromorphology were studied.
P101-7 DETERMINATION OF ISOTROPY OF THE C/PPS P102-7 PROPERTIES OF ULTRA-CRYOGENIC EPOXY
SAMPLES MANUFACTURED FROM PELLETS
RESIN MATRIX COMPOSITES BY RTM PROCESS
Zdenek Padovec (Czech Technical University in PragueHan-Qiao Shi (Aerospace Research Institute of Materials
Faculty of Mechanical Engineering), Hynek Chlup (Czech & Processing Technology), Bao-Gang Sun (Aerospace
Technical University in Prague-Faculty of Mechanical
Research Institute of Materials & Processing Technology),
Engineering), Radek Sedlacek (Czech Technical
Qian Liu (Aerospace Research Institute of Materials
University in Prague-Faculty of Mechanical Engineering), & Processing Technology), Zhi-Yong Yang (Aerospace
Michal Kral (Czech Technical University in Prague-Faculty Research Institute of Materials & Processing Technology),
of Mechanical Engineering), Milan Ruzicka (Czech
Yi Zhang (Aerospace Research Institute of Materials &
Technical University in Prague-Faculty of Mechanical
Processing Technology)
Engineering), Pavel Ruzicka (Czech Technical University
in Prague-Faculty of Mechanical Engineering)
Epoxy composites with with excellent cryogenic mechanical properties and RTM processability were develPresented work deals with isotropy determination of
oped.The effects of temperature and cryogenic-cycles on
flat plate manufactured from randomly oriented C/PPS
mechanical properties were revealed.
pellets with image processing methods, analytical and
numerical calculation and experiment.
P101-8 »MULTI-MATERIAL-HEAD« ONE TOOL FOR 3
P102-8 NUMERICAL SIMULATION OF TRI-BODY
TECHNOLOGIES: LASER-ASSISTED THERMOPLASTCOMPOSITES BOAT BY VARTM INTEGRAL PROCESS
TAPE PLACEMENT, THERMOSET-PREPREGXiao Tang (Harbin Engineering University), Chai Jun
PLACEMENT AND DRY-FIBER-PLACEMENT
(Harbin Engineering University), Lili Tong (Harbin
Michael Emonts (Fraunhofer Institute for Production
Engineering University)
Technology IPT)
With the development of science and technology, variety
The all-in-one »Multi Material Head« is a flexible fibof composite manufacturing processes emerged as the
er-placement system and allows to process thermoplas- times required. The vacuum assisted resin transfer moldtic tape, thermoset prepreg and spread dry-fiber rovings ing (VARTM) process is now used exten
covered with a binder within one tool
Study of the influence of lignin nanoparticle and wood
flour reinforcements on the final properties of a phenolic
foam and the effect of hygrothermal aging on their compressive mechanical properties
P103-6 RIGID AROMATIC HETEROCYCLIC POLYMER
FOAMS FOR HIGH TEMPERATURE APPLICATIONS
Ming Liu (Nanyang Technological University), Liying
Zhang (Nanyang Technological University), Xiao Hu
(Nanyang Technological Univeristy)
The work present the development and characterization
of rigid closed-cell foam based on an aromatic heterocyclic thermoset resins for high temperature applications.
In the technological process based on the stir-casting
appropriate preparation of matrix alloy is decisive
importance for the permanent connection between the
ceramic particles and the liquid matrix
Applications of high impregnation characterization of
the polymerizable, low-viscosity CBT oligomer resin to
continuous carbon fiber fabric and carbon nanotube mat
composites are investigated
P103-7 MECHANICAL PROPERTIES OF POLYURETHANE
CELLULAR FOAM FROM PALM CANOPY POWDER
Anin Memon (Rajamangala University of technology
thunyabury), Sirichai Torsakul (Rajamangala University
of technology thunyabury), Varunee Premanond (King
Mongkut’s University of Technology Thonburi), Anucha
Watanapa (King Mongkut’s University of Technology
Thonbuuri), Amnoiy Ruengwaree (Rajamangala University
of Technology Thunyaburi)
Polyurethane cellular foam mixed palm canopy powder
were fabricated with sized 350 mm x 350 mm x 100 mm
(W x L x H), and were used as heat insulator. Palm canopy powder of three various sizes: 100 mes
P103-8 A BIOBASED AND MOISTURE-STABLE
HONEYCOMB STRUCTURE OF HIGH SHEAR STIFFNESS
AND LOW DENSITY
Lars Berglund (KTH Royal Inst of Technology), Qiliang Fu
(KTH Royal Inst of Technology)
In the current study, we have used sodium chlorite and
sodium hydroxide as extraction solutions, to remove
lignin and hemicelluloses from the Balsa (Ochroma
Lagopus) wood tissues.
P104-7 THE INFLUENCE OF MODIFIER ELEMENTS ON
THE MICROSTRUCTURE OF ALSI ALLOY DESTINED FOR
MATRIX OF COMPOSITES WITH SIC AND C PARTICLES
Anna Janina Dolata (Silesian University of Technology),
Maciej Dyzia (Silesian University of Technology)
In presented work the influence of modifier elements
such as Ti, B, Sr and Mg on microstructure of AlSi7Mg
alloy designed as matrix of composites reinforced by SiC
and Cg particles were presented.
P105-7 PAPERMAKING PILOT TRIALS WITH A NEW
SILICA COATED PCC FILLER
Ana Lourenço (University of Coimbra), Rogério Simões
(University of Beira Interior), Ana P. Costa (University of
Beira Interior), José Gamelas (University of Coimbra),
Paulo Ferreira (University of Coimbra)
The present work enabled to confirm, at pilot scale,
the results obtained at laboratorial scale regarding
the potential of silica-coated PCC filler to be used in
papermaking.
P105-8 INFLUENCE OF GLASS FILLERS ON
PROPERTIES OF SHORT CARBON FIBER REINFORCED
THERMOPLASTIC COMPOSITES
Izabella Rashkovan (UVICOM Co.Ltd), Ol’ga
Kulachinskaya (Polyplastic Co.), Mark Kazakov (UVICOM
Co.Ltd)
Improving of physical-mechanical properties of 15%
short carbon fiber reinforced polyamide-6 as a result of
hybridization with glass fillers have been studied.
23
//Posters and mini-orals programme
Tuesday 21 July
Stage 1
Stage 2
Stage 3
Stage 4
Stage 5
Mini Oral Session I
Mini Oral Session I
Mini Oral Session I
Mini Oral Session I
P101-9 ONLINE PROCESS MONITORING AND CONTROL
BY DIELECTRIC AND PRESSURE SENSORS FOR A
COMPOSITE MAIN SPAR FOR WIND TURBINE BLADES
Arne Breede (Faserinstitut Bremen e.V.), Maryam Kahali
Moghaddam (Institut für Mikrosensoren--aktoren und
-systeme), Christian Brauner (Faserinstitut Bremen e.V.),
Walter Lang (Institut für Mikrosensoren--aktoren und
-systeme), Axel S. Herrmann (Universität Bremen)
P102-9 ANALYSIS OF MECHANICAL PROPERTY IN
VARTM-MANUFACTURED CARBON FIBRE REINFORCED
COMPOSITE MATERIALS
Yasunari Kuratani (Kyoto Institute of Technology), Kentaro
Hase (KADO Corporation), Takahiro Hosomi (KADO
Corporation), Tomoe Kawazu (KADO Corporation), Tadashi
Uozumi (Gifu University), Akihiko Goto (Osaka Sangyo
University)
P103-9 PROCESSING, MICROSTRUCTURE AND
PROPERTIES OF CARBON NANOTUBES REINFORCED
MG MATRIX COMPOSITES
Xiaojun Wang (Harbin Institute of Technology), Xiaoshi
Hu (Harbin Institute of Technology), Kun Wu (Harbin
Institute of Technology), Yanqiu Wang (Harbin Engineering
University), Xutang Zhang (Harbin Institute of Technology)
P104-9 EFFECTIVE THERMAL CONDUCTIVITY OF
ALUMINUM MATRIX COMPOSITES WITH CONSIDERING
INTERFACIAL THERMAL RESISTANCE
Kenjiro Sugio (Institute of Engineering-Hiroshima Univ.),
Rio Yamada (Institute of Engineering-Hiroshima Univ.),
Gen Sasaki (Institute of Engineering-Hiroshima Univ.)
P105-9 EVALUATION OF FIBER MATRIX INTERFACIAL
STRENGTH FOR CNT GRAFTED CF/PA6 AT HIGH
TEMPERATURE
Kazuto Tanaka (Doshisha University), Genta Maeda
(Doshisha University), Yusuke Morita (Doshisha
University), Tsutao Katayama (Doshisha University)
This study presents a monitoring method to determine
viscosity and permeability for a composite main spar
infusion process. Sensor data is fed into a 2D flow simulation to derive real process values.
P101-10 INFLUENCE OF PREHEATING CONDITIONS ON
THE DEGRADATION OF CARBON FIBER REINFORCED
POLYPROPYLENE
Hao Piao (The University of Tokyo), Wataru Nagatsuka
(The University of Tokyo), Hooseok Lee (The University
of Tokyo), Isamu Ohsawa (The University of Tokyo), Jun
Takahashi (The University of Tokyo)
VaRTM requires a preform to be manufactured before
molding however, the majority works are manufactured
by hand. So we focus on the accuracy of these preforms
lies in the ability of the performers and
P102-10 EFFECT OF SURFACE COATING ON THE
CHARACTERIZATION OF THE PROCESS DYNAMICAL
BEHAVIOUR DURING MOLD FILLING IN LIQUID RESIN
INFUSION
Victor García (University CEU Cardenal Herrera), Enrique
Cortes (Aerox Advanced Polymers), Luis Domenech
(University CEU Cardenal Herrera), Fernando Sanchez
(University CEU Cardenal Herrera), Francisco Chinesta
(Ecole Central de Nantes)
We developed new simulation code which can calculate
the effective thermal conductivity of composites with
considering the interfacial thermal resistance.
Carbon nanotubes were grafted on the surface of carbon
fibers. The influence of high temperature on the interfacial properties of CF/PA6 was revealed by single fiber
pull-out tests.
P104-10 MECHANICAL HYSTERESIS BEHAVIOR OF
FIBER-REINFORCED CERAMIC-MATRIX COMPOSITES
AT ROOM AND ELEVATED TEMPERATURES
Longbiao Li (Nanjing University of Aeronautics and
Astronautics)
P105-10 MECHANICAL PROPERTIES OF CNT/CARBON
FIBER/EPOXY HIERARCHICAL COMPOSITES PREPARED
USING ELECTROPHORETICAL DEPOSITION
Shinn-Shyong Tzeng (Tatung University), Ding-Hwa
Cherng (Tatung University)
9:30 Mini Oral Session I
This study investigate the Influence of heat aging on
mechanical properties of MAPP. Regardless of both additional amount of maleic acid and heating time, the MAPP
becomes brittler by heat exposure.
P101-11 PREPARATION AND CHARACTERIZATION OF
THE PVDF/LDPE THERMOPLASTIC COMPOSITE
Seung Goo Lee (Chungnam National University), Jong
Sung Won (Chungnam National University)
In this study, polyvinylidene fluoride(PVDF) fiber reinforced low density polyethylene(LDPE) composites were
manufactured by a hot pressing method using “conjugate spun fibers”.
A mixed numerical/experimental technique based on artificial vision is used for estimating the induced effect of
the surface coating curing in the laminate impregnation
during filling.
P103-10 STRONG AND DUCTILE NANOLAMINATED
COMPOSITES FABRICATED BY FLAKE POWDER
METALLURGY
Zhiqiang Li (Shanghai Jiao Tong University), Genlian Fan
(Shanghai Jiao Tong University), Zhanqiu Tan (Shanghai
Jiao Tong University), Zhen Qin (Shanghai Jiao Tong
University), Di Zhang (Shanghai Jiao Tong University)
CNT/carbon fiber fabric/epoxy three-phase hierarchical
composites were fabricated using electrophoretic deposition and the mechanical properties of the three-phase
composites were investigated.
A bio-inspired architecture design and flake powder
metallurgy technique route was explored to coordinate
the strength-ductility dilemma for CNT/Al composites
P102-11 THROUGH THICKNESS COMPACTION
RESPONSE OF 3D WOVEN REINFORCEMENTS
Rehan Umer (Khalifa University), Hussam Alhussein
(Khalifa University), Sanjeev Rao (Khalifa University),
Wesley Cantwell (Khalifa University)
P103-11 ENHANCED LOAD TRANSFER IN CARBON
NANOTUBES-REINFORCED ALUMINUM
Jong Gil Park (Institute for Basic Science), Dong Hoon
Keum (Sungkyunkwan Univ.), Young Hee Lee (Institute for
Basic Science)
This paper presents compaction characterization of 3D
fabrics for LCM process. The data presented paves the
ground for robust LCM processes in both simulation
and real life.
We report the fabrication method of CNTs-reinforced Al
by castable process. The yield strength of Al-CNT composite is improved by 60%. The strengthening can be
explained from load transfer mechanism.
P104-11 SHEAR AND BENDING PROPERTIES OF
CERAMIC FIBER REINFORCED SILICA AEROGEL
MATRIX COMPOSITES
Shuangqi Lv (Beihang University), Duoqi Shi (Beihang
University), Xiaoguang Yang (Beihang University), Jian
Feng (National University of Defense Technology), Yantao
Sun (Beihang University)
Shear and bending properties of fiber reinforced aerogel
composites were investigated experimentally to obtain
the anisotropic mechanical behaviors and different
failure modes.
P101-12 ATMOSPHERIC PRESSURE PLASMA SURFACE P102-12 IN-PLANE AND THROUGH-THICKNESS
P103-12 DEFINITION AND MANUFACTURING OF
P104-12 CATALYTIC PROPERTY OF ZIRCONIUM
TREATMENT OF THERMOPLASTIC COMPOSITES FOR
PERMEABILITY CHARACTERIZATION OF 3D WOVEN
CARBON FIBER REINFORCED ALUMINUM FOR
DIBORIDE-SILICON CARBIDE CERAMIC COMPOSITES
BONDED JOINTS
REINFORCEMENTS
EMBEDDED ELECTRONIC PACKAGINGS
Qingxuan Zeng (Harbin Institute of Technology), Hua Jin
Clara Palleiro Palmou (AIMEN Technology Centre),
Hussam Alhussein (Khalifa University), Rehan Umer
Christophe Perron (Univ. Bordeaux), Corinne ARVIEU (Univ. (Harbin Institute of Technology), Songhe Meng (Harbin
Sergey Stepanov (Fraunhofer Institute for Manufacturing (Khalifa University), Sanjeev Rao (Khalifa University),
Bordeaux), Eric LACOSTE (Univ. Bordeaux)
Institute of Technology), Jiahong Niu (Harbin Institute of
Technology and Advanced Materials IFAM), Elena
Wesley Cantwell (Khalifa University )
Technology), Fajun Yi (Harbin Institute of Technology)
Rodriguez-Senín (AIMEN Technology Centre), Ralph
Pitch based carbon fibres reinforced aluminium is invesWilken (Fraunhofer Institute for Manufacturing
Permeability of three different 3D woven carbon fiber
tigated for heat sink performance. Numerical simulations
Technology and Advanced Materials IFAM), Jörg Ihde
reinforcements were studied. For all reinforcements,
were led to evaluate its viability and processing routes
(Fraunhofer Institute for Manufacturing Technology and
unsaturated radial in-plane, and saturated through thick- were reviewed.
Advanced Materials IFAM)
ness were obtained at different Vfs
Polypropylene matrix composites were treated by
atmospheric pressure plasma, in order to improve their
adhesive properties. The influence of the most significant
operational parameters were studied
24
P105-11 EFFECT OF NANO ZNO ON THE PROPERTIES
OF PP/ZNO COMPOSITE YARNS
Samiha Gawish (National Reserach center), Amira
Ramadan (National Reserach center)
SUMMARY:The objective of this study is the modification
of PP with nano ZnO at a loading of 1,2 and 3% and
determination of the influence of the additive on the
thermal and mechanical properties
P105-12 PREPARATION AND UV-AGEING
RESISTANCE PROPERTIES OF POLY(P-PHENYLENE
BENZOBISOXAZOLE)/NANO-TIO2 NANOCOMPOSITE
FIBERS
Byung Gil Min (Kumoh National Institute of Technology),
Qingwei Wang (Kumoh National Institute of Technology),
Kwan Han Yoon (Kumoh National Institute of Technology),
Sang Cheol Lee (Kumoh National Institute of Technology)
Nanocomposite fibers of poly(p-phenylene benzobisoxazole) and nano-titania were prepared through dry-jet wet
spinning for improving UV-ageing resistance.
Posters and mini-orals programme//
Tuesday 21 July
Stage 1
Stage 2
Stage 3
Stage 4
Stage 5
Mini Oral Session I
Mini Oral Session I
Mini Oral Session I
Mini Oral Session I
P101-13 INTRINSIC JOINING OF INCOMPATIBLE
FIBER-REINFORCED PLASTICS BY PHOTONICS
Michael Emonts (AZL of RWTH Aachen University), Kai
Fischer (AZL of RWTH Aachen University), Stefan Schmitt
(AZL of RWTH Aachen University), Richard Schares (AZL
of RWTH Aachen University)
P102-13 RESIDUAL STRESS MEASUREMENT OF CFRP
BY X-RAY DIFFRACTION
Taisei Doi (Advanced Course Student of Kobe City College
of Technology), Masayuki Nishida (Kobe City College
of Technology), Junichi Ozaki (Kobe City College of
Technology)
P104-13 OXIDATION BEHAVIOR OF CARBON/CARBON
COMPOSITES WITH A NOVEL REUSABLE SIC–SIO2
OXIDATION PROTECTION SYSTEM
Xingjian Jiao (Aerospace Research Institute of Materials
& Processing Technology), Tongqi Li (Aerospace Research
Institute of Materials & Processing Technology)
P105-13 GRAPHITE NANOSHEET 3-D NETWORKS FOR
POLYMER COMPOSITES CAPABLE OF ENHANCED HEAT
TRANSPORT
Sang-Soo Lee (Korea Institute of Science and
Technology), Sung Gook Jin (Korea Institute of Science
and Technology)
The process chain to combine thermoset and thermoplastic FRP has been proven by the use of a pulsed laser
with continuous carbon fiber-reinforced epoxies and a
short glass fiber-reinforced PA6.
We try the next step to measure the residual stress in
carbon fiber by x-ray stress measurement.The residual
stress of CFRP have the possibility to measure by the
x-ray stress measurement.
P103-13 IN-SITU FABRICATION AND REFINEMENT OF
AL-MATRIX COMPOSITES REINFORCED JOINTLY BY
TIB2 AND MG2SI PARTICLES
Shusen Wu (Huazhong University of Science and
Technology), Qi Gao (Huazhong University of Science and
Technology), Xuecheng Duan (Huazhong University of
Science and Technology), Ping An (Huazhong University
of Science and Technology), Shulin LÜ (Huazhong
University of Science and Technology)
A low-cost SiC-borosilicate glass coating was prepared
on C/C composites. The coating showed self-sealing
performance and excellent anti-oxidation behavior in the
temperature from 900 ℃ to 1500 ℃.
Construction of carbon-based three-dimensional networks is an effective strategy for practical applications
including thermal management materials, and we have
developed a novel method for that matter
P101-14 EVOLUTION BEHAVIOR OF TIB WHISKER
DURING LASER WELDING IN-SITU SYNTHESIZED TIB/
TI COMPOSITES
Mao Jianwei (State Key Laboratory of Metal Matrix
Composites-Shanghai Jiaotong University), Chen Liangyu
(State Key Laboratory of Metal Matrix CompositesShanghai JiaoTong University), Wang Liqiang (State
Key Laboratory of Metal Matrix Composites-Shanghai
JiaoTong University), Lu Weijie (State Key Laboratory of
Metal Matrix Composites-Shanghai Jiaotong University)
P102-14 EXAMINATION OF THE CHEMICAL
MECHANISMS DURING THERMAL TREATMENT OF
CARBON FIBER PAN PRECURSORS
Nino Haase (University of Augsburg), Robert Horny
(University of Augsburg), Jonas Schmitz (University of
Augsburg), Siegfried Horn (University of Augsburg), Klaus
Ruhland (University of Augsburg)
P104-14 EVALUATION OF OXIDATION BEHAVIOR OF
UHTC COMPOSITE MATERIALS
Mamoru Yano (Tokyo Univercity of Science), Yuki Kubota
(Tokyo Univercity of Science), Hiroki Tanaka (Tokyo
Univercity of Science), Yasuo Kogo (Tokyo Univercity of
Science), Ken Goto (Institute of Space and Astronautical
Science)
P105-14 INVESTIGATING INTERFACIAL
THERMAL CONDUCTANCE OF GRAPHENE/EPOXY
NANOCOMOPOSITES
Jia-Lin Tsai (National Chiao Tung University), Tai-Yuan
Wang (National Chiao Tung University), Hsiu-Yu Lee
(National Chiao Tung University)
9:30 Mini Oral Session I
In-situ titanium matrix (TMCs) is a promsing and advanced structural materials, and how to solve the critical
technology problem of their weldability are necessary for
their engineering applications.
P101-15 FORM-ADAPTIVE GRIPPING SYSTEM FOR
LIGHT-WEIGHT PRODUCTIONS
Christian Brecher (Fraunhofer Institute for Production
Technology IPT), Michael Emonts (Fraunhofer Institute for
Production Technology IPT), Christian Kukla (Fraunhofer
Institute for Production Technology IPT), Richard Schares
(Fraunhofer Institute for Production Technology IPT)
Form-adaptive and area-selective electrostatic gripping technology. Automated handling and draping of
non-rigid, air-permeable, sensitive technical textiles (e.g.
carbon, glass or aramid fibres).
P101-16 ASSESSEMENT OF DIFFERENT TECHNIQUES
FOR ADDING THERMOPLASTIC MATRIXMATERIAL IN
THE REINFORCEMENT STRUCTURES
Joris Degrieck (Ghent University), Ruben Geerinck (Ghent
university), Ives De Baere (Ghent university), Geert De
Clercq (Ghent University), Jan Ivens (KU Leuven)
PAN-homopolymers (partially deuterated) and corresponding oligomers were synthesized and their thermal
behaviours were examined to further understand the
stabilization mechanisms during CF-production.
In-situ (TiB2+Mg2Si)/Al composites with higher particle
volume fraction, about 15%, were fabricated successfully. Mechanical properties of the composites are
improved.
P103-14 MAGNESIUM ALLOY ELEKTRON21
REINFORCED WITH ALN: PROCESSING,
MICROSTRUCTURE AND COMPRESSION CREEP
RESPONSE
Lydia Katsarou (Helmholtz-Zentrum Geesthacht),
Maher Mounib (Université de Rouen), Williams Lefebvre
(Université de Rouen), Hajo Dieringa (Helmholtz-Zentrum
Geesthacht)
Magnesium alloy Elektron21 reinforced with nano-AlN
was examined by metallography, electron microscopy,
hardness, compression creep and mechanical compression strength methods within EC-project ExoMet
Oxidation behavior of C/ZrB2-SiC-ZrC under dynamic
heating condition at 1800°C was investigated. The composite showed better recession and oxidation resistance
with the optimized composition.
P102-15 HIGH-TEMPERATURE CREEP BEHAVIOR OF
ALUMINA/YAG/ZIRCONIA COMPOSITES
Fredy A. HUAMAN-MAMANI (Universidad de Sevilla),
Manuel JIMENEZ-MELENDO (Universidad de Sevilla)
P103-15 MICROSTRUCTURE AND PROPERTIES OF
TIBCN–TC4 COMPOSITES PREPARED BY LASER
MELTING
Jiandong Hu (Jilin University)
P104-15 EXPERIMENTAL STUDY ON ULTRASONIC
ASSISTED GRINDING OF C/SIC COMPOSITES
Yucan Fu (Nanjing university of Aeronautics and
Astronautics)
Study of the fabrication, microstructure and creep
properties of a three-phase alumina-yttrium aluminum
garnet-zirconia composite with the ternary eutectic
composition.
TiBCN powder , possessing NaCl-type fcc structure ,
synthesized by boronizing of Ti , was firstly used as additives to make TiBCN–Ti–6Al–4V/TC4 base composites on
TiC4by laser cladding. The TiBCN pow
Ultrasonic assisted grinding and conventional grinding
tests of C/SiC composites were conducted. The machining quality, grinding force, grinding force ration and
specific grinding energy were studied
P102-16 FUNCTIONAL UV COATING COMPOSITION FOR P103-16 DISCUSSION OF THE EVOLUTION OF MICRO
STEEL COATING
CRACKS BY CHARACTERIZATION AND MODELING
Hye-Jn Yoo (POSCO)
OF METAL MATRIX COMPOSITES REINFORCED BY
METALLIC GLASS PARTICLES
Modified urushiols were successfully synthesized and
Kay André Weidenmann (Karlsruhe Institute of
their properties of films were investigated. modified
Technology), Klaudia Lichtenberg (Karlsruhe Institute
urushiol films showed better inhibitory results on the
of Technology), Katrin Schulz (Karlsruhe Institute of
growth of bacteria than pristine film.
Technology)
Innovative metallic glass particle reinforced MMCs produced by gas pressure infiltration were numerically and
experimentally investigated regarding dislocationbased
deformation and crack evolution.
P104-16 GAMA RADIATION EFFECT ON
THERMOGRAVIMETRIC PROPERTIES AND INFRARED
SPECTROSCOPY OF SISAL FIBERS / POLYURETHANE
DERIVED FROM CASTOR OIL COMPOSITES WITHOUT
COUPLING AGENTS
Marina Vasco (Technological Federal University of
Paraná), Juliana Cortez (Technological Federal University
of Paraná), Paulo Bittencourt (Technological Federal
University of Paraná), Salvador Claro Neto (University
of São Paulo), Elaine Azevedo (Technological Federal
University of Paraná)
Thermogravimetric and infrared spectroscopy were used
to analyze composites of dispersed and woven sisal fibers and polyurethane derived from castor oil before and
after gamma irradiation.
The functionalization of graphene on interfacial thermal
conductance (ITC) of graphene/epoxy nanocomposites
was investigated using non-equilibrium molecular dynamics (NEMD) simulation.
P105-15 BROADBAND DIELECTRIC SPECTRA AND
MICROWAVE ABSORBING / SHIELDING EFFICIENCY OF
DIELECTRIC-CONDUCTOR NANOCOMPOSITES
Viktor Bovtun (Institute of Physics-Academy of Sciences
of the Czech Republic), Alexandra Borisova (NTUU
“Kiev Polytechnic Institute”), Martin Kempa (Institute of
Physics-Academy of Sciences of the Czech Republic),
Aleksander Machulyansky (NTUU “Kiev Polytechnic
Institute”), Dmitry Nuzhnyy (Institute of Physics-Academy
of Sciences of the Czech Republic), Maxim Savinov
(Institute of Physics-Academy of Sciences of the Czech
Republic), Jan Petzelt (Institute of Physics-Academy of
Sciences of the Czech Republic), Yuriy Yakymenko (NTUU
“Kiev Polytechnic Institute”)
Microwave shielding and absorption efficiency of some
polymer-based dielectric-conductor nanocomposites is
simulated on the base of their experimentally studied
broadband dielectric spectra.
P105-16 ELECTRICAL AND MECHANICAL PROPERTIES
OF CARBON AEROGELS / PHENOLIC RESIN FOR
NANOCOMPOSITES
Wei Jen Chen (National Tsing Hua University), Yi Luen
Li (National Tsing Hua University), Chin-lung Chiang
(Hung Kuang University ), Ming Chuen Yip (National Tsing
Hua University), CHEN-CHI M. Ma (National Tsing Hua
University), Ming Yuan Shen (China University of Science
and Technology)
In this study carbon aerogels and phenolic resin were
used to prepare nano polymer resin. Polyethylene oxide
(PEO) was used as the modifying agent for resin, to improve it mechanical properties.
25
//Posters and mini-orals programme
Tuesday 21 July
Stage 1
9:30 Mini Oral Session I
P101-17 INVESTIGATION ON THE MECHANICAL
ROBUSTNESS OF CFRP MOLDS
Philipp Kammerhofer (Institute for Carbon Composites),
Swen Zaremba (Institute for Carbon Composites), Klaus
Drechsler (Institute for Carbon Composites)
Wihtin this investigation the failure of composite edges
due to a static load has been observed. Therefore a
test has been developed that determines a quasi-static
strength of edges.
Stage 2
Stage 3
Stage 4
Stage 5
Mini Oral Session I
Mini Oral Session I
Mini Oral Session I
Mini Oral Session I
P102-17 SELF PROPAGATING HIGH TEMPERATURE
SYNTHESIS OF TIB2-AL2O3 AND CRB2- AL2O3
PREPARATION OF TIB2-AL2O3 AND CRB2- AL2O3
COMPOSITES WITH A BROAD RANGE OF PHASE
COMPOSITION WAS CONDUCTED BY SELFPROPAGATING HIGH-TEMPERATURE SYNTHESIS
(SHS).
Danara Raimkhanova (Institute of Combustion Problems),
Roza Abdulkarimova (Institute of Combustion Problems),
Zulkhair Mansurov (Institute of Combustion Problems)
P103-17 A COMPOSITE BASED ON 7475 ALLOY
REINFORCED WITH PARTICLES OF AL3TI
Wojciech Szymański (Institute of Non-Ferrous Metals)
P104-17 THERMAL DEGRADATION PROPERTIES
OF RHDPE/EVA/EGGSHELL POWDER COMPOSITES:
EFFECTS OF FILLER LOADING AND PVC-MA COUPLING
AGENT
Nur Farahana Ramli (Universiti Malaysia Perlis (UniMAP)),
Supri A. Ghani (Universiti Malaysia Perlis (UniMAP)), Teh
Pei Leng (Universiti Malaysia Perlis (UniMAP))
P105-17 METAL NANOWIRES SELF-ASSEMBLY BY
DIELECTROPHORETIC
Ching-Chang Lin (National Chiao Tung University), WenHsien Sun (industrial technology Research Institute),
Ya-Lin Lin (National Chiao Tung University), Fu-Hsiang Ko
(National Chiao Tung University)
Beneficial effect of the semi-solid composite extrusion
was most evidently manifested in the increased hardness and yield strength of this material when processed
by extrusion.
This paper focuses on the effect of PVC-MA as a coupling agent on the thermal properties of the rHDPE/EVA/
ESP composites using thermogravimetric (TGA) and
differential scanning analysis (DSC).
In this study, the SHS processes were conducted to
prepare TiB2- Al2O3 and CrB2-Al2O3 composites.
Composition and structure of synthesis products in the
system B2O3-Cr2O3 and A1 were investigated.
P101-18 CONTINUOUS PROCESSING AND QUALITY
INSPECTION OF WOVEN PREPREGS
Jens Schmidt (Fraunhofer ISC-HTL)
P102-18 A STUDY ON PROPERTIES OF BISMALEIMIDE
RESIN MODIFIED BY BENZOXAZINE FOR RTM
PROCESS
Gang Liu (AVIC Composites Center), Jianwen Bao (AVIC
Composites Center)
Bismaleimide resin for resin transfer molding process
was modified by the benzoxazine (BOZ) with low curing
shrinkage and its properties were investigated.
P101-19 SYSTEMATIC COMPARISON BETWEEN
CARDING AND PAPER-MAKING METHOD FOR
PRODUCING DISCONTINUOUS RECYCLED CARBON
FIBER REINFORCED THERMOPLASTICS
Haowen Wei (The University of Tokyo), Hooseok Lee (The
University of Tokyo), Wataru Nagatsuka (The University
of Tokyo), Isamu Ohsawa (The University of Tokyo),
Kazumasa Kawabe (Industrial Technology Center of Fukui
Prefecture), Tetsuhiko Murakami (Industrial Technology
Center of Fukui Prefecture), Ken Sumitomo (Tokyo), Jun
Takahashi (The University of Tokyo)
P102-19 MEASUREMENT AND ANALYTICAL OF TOW/
MATRIX INTERFACIAL MECHANICAL PROPERTIES IN
CARBON/CARBON COMPOSITE
Chenghai Xu (Harbin Institute of Technology), Desheng
Xu (Harbin Institute of Technology), Ying Fu (Harbin
Institute of Technology), Songhe Meng (Harbin Institute
of Technology)
P103-18 HIGH THERMAL CONDUCTIVITY OF DIAMOND
PARTICLES DISPERSED ZR-ALLOYED CU MATRIX
COMPOSITES PRODUCED BY GAS PRESSURE
INFILTRATION
Hailong Zhang (University of Science and Technology
Beijing)
Diamond particles dispersed Zr-alloyed Cu matrix
composites were produced by a gas pressure infiltration
method. A maximum thermal conductivity of 930 W/mK
was obtained at 0.5 wt.% Zr addition.
P103-19 IN-SITU SYNTHESIZED MAGNESIUM MATRIX
COMPOSITES
Tongxiang Fan (Shanghai Jiaotong University-State Key
Lab of Metal Matrix Composites), Di Zhang (Shanghai
Jiaotong University-State Key Lab of Metal Matrix
Composites)
An approach to increase the mechanical properties of
plant-derived resin and NFRP were achieved to reduce
environmental load and petroleum consumption, through
chemical analysis.
P104-19 EXPERIMENTAL STUDIES OF THE EFFECT
OF HYGROTHERMAL AGING ON FATIGUE OF NATURAL
FIBER COMPOSITE
Mahdi Mejri (Laboratory of Mechanics and Eco-Materials
and Research Team in CAD/calculation integration-University of Quebec in Trois-Rivières), Lotfi TOUBAL
(Laboratory of Mechanics and Eco-Materials-University
In this work, TiC/AZ91D composites simultaneously in
of Quebec in Trois-Rivières), Jean-Christophe Cuillère
situ synthesized will be introduced, the compressive
(Research Team in CAD/calculation integration-University
mechanical properties and the damping properties of this of Quebec in Trois-Rivières), Vincent François (Research
composite will be further discussed.
Team in CAD/calculation integration-University of Quebec
in Trois-Rivières)
Two kinds of manufacturing method for discontinuous
recycled carbon fibers reinforced thermoplastics will be
discussed and compared by the mechanical properties
P101-20 TESTING OF THE MATERIAL
CHARACTERISTICS OF RECYCLED GLASS FIBRE
REINFORCED POLYMER FOR THE USE IN BEARING
STRUCTURES
Tihomir Stefic (University of J.J.Strossmayer of OsijekFaculty of Civil Engineering Osijek), Aleksandar Juric
(University of J.J.Strossmayer of Osijek-Faculty of Civil
Engineering Osijek), Pavao Marovic (University of SplitFaculty of Civil Engineering-Architecture and Geodesy)
Testing of some basic characteristics of recycled and
original glass fibre reinforced polymer was conduted and
appropriate diagrams are proposed in order to describe
the tested materials.
26
P102-20 EFFECT OF FIBER DOSAGE ON FIBER
REINFORCED CONCRETE BOND-SLIP PERFORMANCE
Yafang Zhang (Guangzhou University), Hao Liu
(Guangzhou University), Yi Yang (Guangzhou University),
Qinghua Wu (Guangzhou University)
The bond-slip performance of interface between steel
fiber and concrete has been stuided in details by adopting both experimental and numerical methods.
P104-18 EFFECT OF CHEMICAL MODIFICATION FOR
KENAF FIBER ON MECHANICAL PROPERTIES OF
FURAN BASED NERP
Jun Nakai (Tokyo Institute of Technology), Masatoshi
Kubouchi (Tokyo Institute of Technology), Hiroha Tanaka
(Tokyo Institute of Technology)
P103-20 A EXPERIMENTAL STUDY OF SURFACE
MODIFICATION OF TA2 USING MICRO-BEAM PLASMA
ARC
Rongjuan Yang (School of Aerospace Engineering),
Dongyun Ge (School of Aerospace Engineering), Zongde
Liu (Key Laboratory of Condition Monitoring and Control
for Power Plant Equipment of Ministry of Education)
The surface remelting was performed on commercial
pure titanium TA2 using micro-beam plasma arc under
3 working conditions.the sample remelted 1 time with
cooling water exhibits excellent performance
The present work is focused on investigating the effects
of hygrothermal aging on the quasi-static and fatigue
behavior of a polyethylene composite reinforced with
40%wt of short birch fibers.
P104-20 PREPARATION AND CHARACTERIZATION OF
GREEN COMPOSITE USING BIOMIMETIC MODIFIED
LIGNIN
Sunghoon Kim (Graduate school student), Jongshin Park
(Seoul National University)
In this study, two types of alkyl-chain modification
agents.As a result, the physical properties of the resulting blends were limited by alkyl chain of modified lignin.
In this research,we use dielectrophoresis to make a
spaced alignment of metal nanowires which will increase the reflection of substrate and result in negative
effect on optical properties.
P105-18 THERMAL AND MECHANICAL
CHARACTERIZATION OF RESIN TRANSFER MOLDED
TRI-COMPONENT POLYESTER / GLASS FIBER /
MODIFIED CLAYS COMPOSITES.
Daiane Romanzini (UFRGS), Vanessa Piroli (UCS), Ademir
J. Zattera (UCS), Sandro C. Amico (UFRGS)
Evaluation of the effect of cation exchange and silane
modified montmorillonite (MMT) nanoclays, on dispersion, mechanical, thermal properties and flammability of
polyester/glass fiber composites.
P105-19 QUALITATIVE CHARACTERIZATION OF
NANOCLAY PARTICLE EMISSIONS FROM PP
NANOCOMPOSITES AFTER THERMAL DEGRADATION
Nazanin Alipour (Royal Institute of Technology), Emma
Strömberg (Royal Institute of Technology(KTH)), Jonas
Enebro (SP)
The degradation and release of nanoclays from PP
nanocomposite was simulated in a prototype exposure
chamber under controlled conditions to evaluate and
characterise the released particles.
P105-20 FABRICATION OF ES-NANOFIBER
IMPRINTING PLASTIC MOLD AND MICROSTRUCTURED PARTS BY NANOPOWDER PRINTING
Kazuaki Nishiyabu (Kinki University)
Electrospinning nanofiber imprinting was developed to
produce the plastic mold with microstructures and was
applied for contact printing using paste consisting of
nanopowder and followed by sintering.
Posters and mini-orals programme//
Tuesday 21 July
Stage 1
13:00 Mini Oral Session II
P201-1 MECHANICAL PROPERTIES AND CURING
BEHAVIOUR OF GRAPHITE/OXIDE EPOXY
NANOCOMPOSITES
R. Mikael Larsen (Aalborg University)
Graphite oxide is added to epoxy using the functional
groups to form stronger bonds to the epoxy network and
thus improving the mechanical properties.
P201-2 DYNAMIC MECHANICAL ANALYSIS OF
CELLULOSE NANOFIBER/POLYESTER RESIN
COMPOSITES
Alessandra Lavoratti (UNIVERSIDADE DE CAXIAS DO
SUL), Lisete Cristine Scienza (Universidade Federal do
Rio Grande do Sul), Ademir José Zattera (UNIVERSIDADE
DE CAXIAS DO SUL)
This study presents a recently developed method for
processing cellulose residues by grinding them into
cellulose nanofibers (CNFs) to be used in composite
materials.
P201-3 FUNCTIONALIZED NANOCARBON BASED
POLYMER COMPOSITES AND ITS FEASIBLE
APPLICATION AT LEO SPACE ENVIRONMENT
Seung-Bo Jin (Korea Aerospace Research Institute),
Jae-Young No (Korea Advanced Institute of Science and
Technology), Chun-Gon Kim (Korea Advanced Institute of
Science and Technology)
Stage 2
Stage 3
Stage 4
Stage 5
Mini Oral Session II
Mini Oral Session II
Mini Oral Session II
Mini Oral Session II
P202-1 HIGH STRAIN RATE AND HYGROTHERMAL
EFFECTS ON MECHANICAL PROPERTIES OF
LAMINATED COMPOSITES
Yiting Wu (Tsinghua University), Dongyun Ge (Tsinghua
University), Chen Li (Tsinghua University)
P203-1 JOINT AND ASSEMBLING OF HUGE
COMPOSITE TOP-HAT STIFFENED HULLS
Jifeng Zhang (Harbin Engineering Universtiy), Limin Zhou
(The HongKong Polytechnic University)
P204-1 AN APPROACH FOR MULTI-OBJECTIVE
OPTIMIZATION OF HYBRID MATERIAL STRUCTURES
FOR MOBILITY APPLICATIONS
Vahid Ghaffarimejlej (Technische Universität
Braunschweig), Sebastian kleemann (Technische
Universität Braunschweig), Thomas Vietor (Technische
Universität Braunschweig)
P205-1 EFFECTIVE VOLUME OF CURVED BEAM UDCFRP SPECIMEN FOR OUT-OF-PLANE STRENGTH BY
4-POINT BENDING
Eiichi Hara (JAXA), Tomohiro Yokozeki (The university of
Tokyo), Yutaka Iwahori (JAXA)
The impact mechanical performances of T300 carbon
fiber reinforced epoxy resin matrix composite laminates
under hygrothermal circumstance and high strain rate
are investigated using SHPB.
P202-2 APPLICABILITY OF A TAPPING METHOD TO
NON-DESTRUCTIVE INSPECTION OF CARBON FIBER
REINFORCED THERMOPLASTICS
Xiuqi Lyu (The University of Tokyo), Jun Takahashi (The
University of Tokyo), Isamu Ohsawa (The University of
Tokyo)
Tapping method including both global method and local
method was introduced to detect defects such as voids
caused by inadequate molding or inappropriate use or
inappropriate use of CFRTP parts.
P202-3 ANALYSIS OF DEFORMATION AND FAILURE
OF POLYMER-BONDED EXPLOSIVES USING COUPLED
PLASTIC DAMAGE MODEL
Xicheng Huang (China Academy of Engineering),
Chengjun Chen (China Academy of Engineering), Gang
Chen (China Academy of Engineering), Ming Liu (China
Academy of Engineering)
Recent advances in the development of nanocarbons (in- A damaged plasticity model for the specific composite
cluding carbon nanotube, graphene and their assembly) material PBX was used to describe the deformation
have gained much interest in the aerospace field.
and failure characteristics of PBX under complex stress
states and at various strain rates.
P201-4 STUDY ON PREPARATION AND FLAME
RETARDANT PROPERTIES OF EPOXY/GRAPHENE
OXIDE NANOSHEETS COMPOSITES
Jia-Ming Yang (Hungkuang University), Chin-Lung Chiang
(Hungkuang University)
The flame retardant containing silicon and phosphorus
was grafted onto the surface of graphene oxide nanosheets via a condensation reaction and it can improve
the flame retardancy of epoxy resin.
P202-4 DETECTION OF SMALL-SIZED DAMAGE
IN A UNIFORM BEAM USING VIBRATORY POWER
ESTIMATED FROM THE MEASURED VELOCITIES BY A
LASER SCANNING VIBROMETER
Jae Kwan Kim (Seoul National University), Young Cheol
Huh (Korea Institute of Machinery and Materials), Tae
Young Chung (Korea Institute of Machinery & Materials)
A small size damage in a beam is identified with the
damage index derived from the vibratory power. The
vibratory power is estimated from the velocity data
measured with laser scanning vibrometer.
In the paper, a bolted joint scheme was studied to be
used in foam inserted top-hat stiffened composite hull.
and a 4m×2m×1.5m model was manufactured with the
scheme proposed.
P203-2 MODIFIED FICK’S LAW AND TSAI METHOD
APPLIED TO THE ANALYSIS OF ADHESIVE BONDED
COMPOSITE REPAIR
Yin Yu (Shanghai Jiao Tong University), Xiu-Hua Chen
(Shanghai Jiao Tong University), Kun-Hua Han (Shanghai
Jiao Tong University), Hai Wang (Shanghai Jiao Tong
University)
Layup optimization for a composite part -in a structure
made by metal and composite- subject to 3 axial loads
using Genetic Algorithm. Two approaches for reducing
the number of analyses are described.
P204-2 ANALYSIS OF STRAIN UNIFORMITIES IN
ASYMMETRIC BI-STABLE COMPOSITE LAMINATES
Diankun Pan (Harbin Institute of Technology), Fuhong Dai
(Harbin Institute of Technology)
It is found that the distributions of strains in asymmetric
bistable composite laminates are uniform，and the variations of strains during snap-though are also even.
The coupled hygro-thermo-stress analysis method on
adhesively bonded repaired composite under hygrothermal and mechanical loads environment was investigated
and verified by the test.
P203-3 ADHESION BONDING IMPROVEMENT OF
PEEK/CARBON FIBER RECYCLABLE COMPOSITES BY
SURFACE REDUCTION OR EPOXYDATION
Emile Perez (Laboratoire des IMRCP), Nathalie Dendele
(Laboratoire des IMRCP), Sophie Franceschi (Laboratoire
des IMRCP), Aurélie Léonardi (Institut Carnot CIRIMAT),
Eric Dantras (Institut Carnot CIRIMAT), Colette Lacabanne
(Institut Carnot CIRIMAT)
The surface modification of PEI Ultem® 1000 was
successfully achieved by the use of sodium borohydride
as a mild reducing agent. The new chemical structure of
reduced polyetherimide was determined by
P203-4 EVALUATION OF SURFACE TREATMENT
METHODS FOR PA6 FRP BONDING WITH ADHESIVES
Toru Ohnishi (Tokyo Institute of Technology), Kazumasa
Shimamoto (Tokyo Institute of Technology), Masato
Katano (Tokyo Institute of Technology), Hiroshi Okamoto
(Tokyo Institute of Technology), Yu Sekiguti (Tokyo
Institute of Technology), Chiaki Sato (Tokyo Institute of
Technology)
To find suitable surface treatment for PA6 FRP, strengths
of adhesively bonded joints had experimentally been
evaluated. Enough strength for structural bonding was
obtained by some treatment methods.
P204-3 ON THE MECHANICAL BEHAVIOUR OF A
BUTT JOINTED THERMOPLASTIC COMPOSITE UNDER
BENDING
Ismet Baran (University of Twente-Faculty of Engineering
Technology), Laurent Warnet (University of TwenteFaculty of Engineering Technology), Remko Akkerman
(University of Twente-Faculty of Engineering Technology)
Crack initiation and propagation mechanisms for the filler and the delamination at the skin-filler interface were
captured experimentally and numerically for an AS4/
PEKK hybrid joint under bending.
P204-4 AN APPROXIMATE ANALYTIC SOLUTION FOR
DISTORTION OF THIN-WALLED ORTHOTROPIC BEAMS
WITH SYMMETRIC CROSS-SECTIONS SECTIONS
SUBJECTED TO TORSION
Bože Plazibat (University of Split-The University
Department of Professional Studies), Frane Vlak
(University of Split-FESB)
The section distortion of thin-walled beams made of isotropic and orthotropic materials with approximately equal
modulus of elasticity in both directions under torsion is
considered.
In order to evaluate size effects of out-of-plane strength
of CFRP curved beam, two equations for calculating
effective volume were derived. Weibull statistics were
applied to evaluate size effects.
P205-2 INFRARED SIGNATURES OF BONDED
INTERFACES FOR THE REPAIR OF PRIMARY
STRUCTURES IN COMPOSITE MATERIAL
Barus Matthias (Université Paul Sabatier), Francis
Collombet (Université Paul Sabatier), Hélène Welemane
(Ecole Nationale d’Ingénieurs de Tarbes), Laurent
Crouzeix (Université Paul Sabatier), Arthur Cantarel
(Université Paul Sabatier), Yves-Henri Grunevald
(Composites Expertise & Solutions), Valérie Nassiet (Ecole
Nationale d’Ingénieurs de Tarbes), Marie-Laetitia Pastor
(université Paul Sabatier)
This work aims at evaluating bonded repaired composite structures by means of Infrared Thermography. It
presents the characterisation of a heat flow by inverse
identification.
P205-3 NON-DESTRUCTIVE TESTING OF DEFECTS IN
THICK COMPOSITES BY MEANS OF PULSE AND LOCKIN THERMOGRAPHY TECHNIQUES
Alper Aktas (National Physical Laboratory), Michael
Gower (National Physical Laboratory), Richard Shaw
(National Physical Laboratory), Rob Simpson (National
Physical Laboratory), Louise Wright (National Physical
Laboratory), Sam Gnaniah (National Physical Laboratory),
Lindsay Chapman (National Physical Laboratory), Gordon
Pilkington (National Physical Laboratory)
This study focuses on non-destructive inspection of
defects within thick GFRP and CFRP composites by
means of pulse and lock-in thermography techniques to
evaluate the detection limits.
P205-4 A BENCHMARK FOR VIBRATION-BASED
STRUCTURAL DAMAGE ASSESSMENT OF COMPOSITES
USING WAVELET ANALYSIS
Andrzej Katunin (Silesian University of Technology)
The benchmark consists of 143 simulation and experimental studies on damage assessment in composite
structures using wavelet analysis of modal shapes of
vibration.
27
//Posters and mini-orals programme
Tuesday 21 July
Stage 1
13:00 Mini Oral Session II
P201-5 GRAPHENE/NICKEL COMPOSITE NANOWIRES
UNDER UNIAXIAL COMPRESSION: A MOLECULAR
DYNAMICS SIMULATION STUDY
Zhenyu Yang (Beihang University), Jian Sun (Beihang
University), Zixing Lu (Beihang University), Guipin Lin
(Beihang University)
The compressive behaviours of the nanolayered
graphene/nickel composites nanowires (NWs) are
studied with considering effects of layer spacing and
temperature.
Stage 2
Stage 3
Stage 4
Stage 5
Mini Oral Session II
Mini Oral Session II
Mini Oral Session II
Mini Oral Session II
P202-5 MICROSTRUCTURAL AND EXPERIMENTAL
ANALYSIS OF STRAIN RATE EFFECT FOR SHORT
GLASS FIBER REINFORCED POLYPROPYLENE
Nadia Achour Renault (Ensam), Joseph Fitoussi (Ensam),
Jean François Vittori (Renault), Fodil Meraghni (Ensam)
P203-5 DESIGN AND OPTIMIZATION OF GRADIENT
CELLULAR STRUCTURES
Li Ma (Harbin Institute of Technology)
P204-5 EFFECT OF THE REINFORCING SIC, CG
AND GRP PARTICLES ON THE STRUCTURE AND
PROPERTIES OF COMPOSITE PISTONS BASED ON
ALSI7MG2SR0.03 ALLOY
Sonia Boczkal (Institute of Non-Ferrous Metals in
Gliwice), Marzena Lech-Grega (Institute of Non-Ferrous
Metals in Gliwice), Wojciech Szymański (Institute of
Non-Ferrous Metals in Gliwice), Marek Nowak (Institute
of Non-Ferrous Metals in Gliwice), Anna Dolata (Silesian
University of Technology )
P205-5 INTEGRATION OF SENSOR ELEMENTS IN
FIBRE-REINFORCED THERMOPLASTICS USING
REMOTE LASER PROCESSING
Teresa Möbius (Technische Universität Dresden),
Frank Adam (Technische Universität Dresden), Niels
Modler (Technische Universität Dresden), Andreas Fürst
(Fraunhofer IWS Dresden), Annett Klotzbach (Fraunhofer
IWS Dresden), Jan Hauptmann (Fraunhofer IWS Dresden),
Eckhard Beyer (Fraunhofer IWS Dresden)
Combine with FE method and a genetic algorithm, a
numerical methodology for design of gradient auxetic
The scope of this work is to provide a microstructural de- cellular structures was proposed and the geometrical
scription and an experimental analysis of the strain rate and physical parameters were designed.
effect on short glass fiber reinforced polypropylene.
The study gives characteristics of the structure
and properties of the composite pistons based on
AlSi7Mg2Sr0.03 alloy with different proportional content
of SiC, Cg and GRp particles.
P201-6 GRAPHENE- BASED COMPOSITE MATERIALS
FOR AUTOMOTIVE
Ahmed Elmarakbi (University of Sunderland), Brunetto
Martorana (Centro Ricerche Fiat S.C.p.A)
This work advances innovative lightweight GRAPHENE
based materials and their related modelling, designing,
manufacturing, and joining capabilities suitable for large
scale automotive productions.
P202-6 DAMAGE BEHAVIOR IN PAPER-BASED
FRICTION MATERIALS SUBJECTED TO COMPRESSIVE
LOADING UNDER ELEVATED TEMPERATURE
Tomoyuki Fujii (Shizuoka University), Keiichiro Tohgo
(Shizuoka University), Naoya Urata (Shizuoka University),
Shunya Kozaki (Shizuoka University), Yoshinobu
Shimamura (Shizuoka University), Tomohiro Hasegawa
(F.C.C. Co.-Ltd), Shintaro Yagi (F.C.C. Co.-Ltd), Yoichi Ito
(F.C.C. Co.-Ltd)
This paper deals with investigation on microscopic damage behavior in paper-based friction materials subjected
to compressive loading at elevated temperature.
P201-7 THERMAL EVALUATION AND PREPARATION OF
MORTAR CONTAINING N-HEXADECANE/XGNP SSPCM
FOR ENERGY EFFICIENT BUILDINGS
Sumin Kim (Soongsil University), Su-Gwang Jeong
(Soongsil University), Seong Jin Chang (Soongsil
University), Sughwan Kim (Soongsil University)
We prpared the SSPCM which has high heat stotage
property and it applied to a mortar. As a result, we confirmed that heat stroage mortar has time lag effect and
energy saving.
P202-7 INVESTIGATION OF THE DELAMINATION
BEHAVIOR ON CARBON FIBER TAPE REINFORCED
THERMOPLASTICS
Mikio Akamatsu (The University of Tokyo), Toshiro
Ohori (The University of Tokyo), Takahiro Hayashi (The
University of Tokyo), Jun Takahashi (The University of
Tokyo)
This study deals with L-shaped specimen made of CTT
material. The fracture behavior and flexural rigidity of
CTT in curved structure were verified, compared with
UD material.
P203-6 EXPERIMENTAL AND NUMERICAL STUDY
ON THE EFFECT OF STIFFENER STIFFNESS ON
COMPRESSIVE STABILITY OF STIFFENED COMPOSITE
PANEL
Yuequan Wang (Nanjing University of Aeronautics
and Astronautics), Shuhua Zhu (Nanjing University of
Aeronautics and Astronautics), Mingbo Tong (Nanjing
University of Aeronautics and Astronautics), Xing HU
(Nanjing University of Aeronautics and Astronautics),
Xiaowei Jiang (Nanjing University of Aeronautics and
Astronautics)
P203-7 THE PREPARATION AND STUDY OF FLAME
RETARDANT FOR EXPANDABLE POLYSTYRENE
Yazhen Wang (Qiqihar University), Yongsheng Zhang
(Qiqihar university), Guoli Chen (Qiqihar University),
Haiyang Chang (Qiqihar University), Liwu Zu (Qiqihar
University)
A composite flame retardant for expandable polystyrene
was reported, in which phenol formaldehyde resin (PF)
was used as coating agent, graphite oxide(GO)was used
as flame retardant.
P204-6 COMPOSITE POWER PYLONS FOR HIGH
VOLTAGE TRANSMISSION LINES
Mehrtash Manouchehr (Technical University of Denmark
(DTU)), Christian Berggreen (Technical University of
Denamrk (DTU))
Different stages of a project aimed at the development
of a new composite power pylon for high voltage transmission lines is described. Finite element model and
experimental test plans have been shown
The integration of sensor elements in fibre-reinforced
thermoplastic textiles using remote laser processing was
analysed with special focus on grade of modification of
the textile layers.
P205-6 COMPOSITE MICROPOWDERS FOR ADDITIVE
TECHNOLOGIES.
Pavel Lykov (Federal State State-Financed Educational
Institution of High Professional Education “South Ural
State University” (National Research University) FSSFEI
HPE “SUSU” (NRU) ), Sergei Vaulin (Federal State StateFinanced Educational Institution of High Professional
Education “South Ural State University” (National
Research University) FSSFEI HPE “SUSU” (NRU) ), Sergei
Sapozhnikov (Federal State State-Financed Educational
Institution of High Professional Education “South Ural
State University” (National Research University) FSSFEI
HPE “SUSU” (NRU) ), Igor Shulev (Federal State StateFinanced Educational Institution of High Professional
Education “South Ural State University” (National
Research University) FSSFEI HPE “SUSU” (NRU) ), Dmitrii
Zherebtsov (Federal State State-Financed Educational
Institution of High Professional Education “South Ural
State University” (National Research University) FSSFEI
HPE “SUSU” (NRU) ), Ruslan Abdrahimov (Federal
State State-Financed Educational Institution of High
Professional Education “South Ural State University”
(National Research University) FSSFEI HPE “SUSU”
(NRU) )
The technology of obtaining composite micropowders,
allowing the production of a wide range of composite
powders suitable for use in additive technologies, is
proposed.
P204-7 COMPARISON BETWEEN SIMULATED CENTRAL P205-7 STRUCTURES AND PHYSICAL PROPERTIES
SUPPORT TESTS AND TWO-SPAN PANEL TESTS FOR
OF POLYETHYLENE/BORON NITRIDE COMPOSITES BY
SANDWICH PANELS
REACTIVE EXTRUSION
Harald Nelke (TU Darmstadt), Jörg Lange (TU Darmstadt) Soon Man Hong (Korea Institute of Science and
Technology (KIST)), Bum Ki Baek (Korea Institute of
Simulated central support and two-span tests agree
Science and Technology (KIST)), Seunggun Yu (Korea
fairly well for the first failure mode. But EN 14509 does
Institute of Science and Technology (KIST)), Yun Ho La
not predict the resistance (shear, core compression,
(Korea Institute of Science and Technology (KIST)), Jun
wrinkling) at mid support correctly.
Pyo Hong (Korea Institute of Science and Technology
(KIST)), Chong Min Koo (Korea Institute of Science and
Technology (KIST))
High-density polyethylene (HDPE) composites with
chemically modified boron nitride (mBN) fillers, functionalized with an organosilane, were manufactured by twin
screw reactive extrusion(REX) process.
28
Posters and mini-orals programme//
Tuesday 21 July
Stage 1
13:00 Mini Oral Session II
P201-8 GRAPHENE OXIDE FUNCTIONALIZATION WITH
POLYSILOXANES FOR ADVANCED COMPATIBILITY IN
EPOXY NANOCOMPOSITES
Celina Maria Damian (University Politehnica of
Bucharest), Maria Adina Vulcan (University Politehnica
of Bucharest), Gheorghe Hubca (University Politehnica
of Bucharest), Razvan Petre (Scientific Research Center
for CBRN Defense and Ecology), Horia Iovu (University
Politehnica of Bucharest)
The incorporation of GO functionalized with glycidyloxy
type silane in epoxy matrix increased the properties of
the final composites by creating a compatible interface
between the matrix and the GO.
P201-9 EMBEDDED TRILAYER GRAPHENE FLAKES
UNDER INEFFICIENT TENSILE AND COMPRESSIVE
LOADINGS
Georgia Tsoukleri (Foundation of Research and
Technology Hellas-Institute of Chemical Engineering
and High Temperature Processes), John Parthenios
(Foundation of Research and Technology HellasInstitute of Chemical Engineering and High Temperature
Processes), Costas Galiotis (Foundation of Research and
Technology Hellas-Institute of Chemical Engineering and
High Temperature Processes), Konstantinos Papagelis
(University of Patras)
Stage 2
Stage 3
Stage 4
Stage 5
Mini Oral Session II
Mini Oral Session II
Mini Oral Session II
Mini Oral Session II
P202-8 FRACTURE BEHAVIOR OF CROSS-PLY FIBRE
REINFORCED COMPOSITE LAMINATES WITH CRACKS
UNDER BIAXIAL LOADING CONDITIONS
Nguyen Hai Dang (Nanyang Technological University),
Sridhar Idapalapati (Nanyang Technological University),
Narasimalu Srikanth (Nanyang Technological University)
P203-8 IMPACT DAMAGE AND PERFORATION OF THIN
MONOLITHIC ALUMINIUM ALLOY PLATES: INSIGHTS
FOR IMPACT RESISTANT POLYMER-METAL BILAYER
LAMINATES
Kedar Pandya (University of Cambridge), Graham
McShane (University of Cambridge), William Stronge
(University of Cambridge)
P204-8 SHEAR-DOMINATED BENDING BEHAVIOR
OF CARBON/EPOXY COMPOSITE LATTICE ISOBEAM
STRUCTURES
David W Jensen (Brigham Young University), Kirsten
Hinds (Brigham Young University)
P205-8 PHOTOPOLYMERIZABLE HYBRID
COMPOSITIONS BASED ON (THERMO)
PHOTOSENSITIVE MONOMER UNITS USED
AS ORGANIC MATRIX FOR SILVER AND ZNO
NANOPARTICLES
Emil Constantin Buruiana (Petru Poni Institute of
Macromolecular Chemistry), Tinca Buruiana (Petru Poni
Institute of Macromolecular Chemistry), Viorica Podasca
(Petru Poni Institute of Macromolecular Chemistry)
Three 0.6 m long rectangular carbon/epoxy composite
This study is to investigate the effects of the biaxial
lattice (IsoBeam™) structures manufactured (0.8 kg)
stress states on failure behaviors of composite laminates Numerical and experimental studies on the impact reand tested in 3-point shear-dominated bending demonwith cracks under static conditions.
sponse of thin aluminium alloy plates in terms of ballistic strated considerable ductility and potential.
limit velocity, energy absorption capability and sensitivity
to projectile nose shape.
P202-9 FATIGUE MECHANICAL BEHAVIOR OF MWCNT
REINFORCED GFRP COMPOSITES UNDER THE
PRESENCE OF ARTIFICIAL DEFECTS
Ilona LAZARIDOU (UNIVERSITY OF THE AEGEAN), Nikolaos
ALEXOPOULOS (UNIVERSITY OF THE AEGEAN), Evangelos
FAVVAS (DEMOCRITUS Research Center), Markos
PETOUSIS (Crete Institute of Technology), Achilles VAIRIS
(TEI CRETE)
The present work investigates on the effect of artificial
surface defects of glass fiber reinforced polymers (GFRP)
under constant amplitude fatigue loadings and for various nano-reinforced matrices.
P203-9 MODELING DRY FABRICS UNDER IMPACT
WITH A 3D DISCRETE ELEMENT METHOD (DEM)
Jeremie Girardot (Institute of Mechanics and Mechanical
Engineering (I2M)), Frederic Dau (Institute of Mechanics
and Mechanical Engineering (I2M))
n impact simulation scenario is performed to validate
the implementation satisfying the criterion of energy
conservation. Numerical results with DEM are compared
to finite elements ones.
P204-9 EFFECT OF THERMAL CYCLING ON THE
MECHANICAL PROPERTIES OF CFRP FOR PRECISE
SPACE STRUCTURE
Satoshi Kobayashi (Tokyo Metropolitan University), Ken
Goto (Japan Aerospace Exploration Agency), Minoru
Iwata (Kyushu Institute of Technology)
Thermal cycle tests were conducted on carbon fiber reinforced poly-cyanate ester and epoxy resin. Transverse
cracks in 90º layers and delamination occurred. Bending
modulus, however did not decrease.
The mechanical response of ABA 3LG flakes loaded in
tension and compression embedded on polymer beams
is monitored by simultaneous Raman measurements
through the strain sensitivity of G or 2D peaks.
Photopolymerized polymer composites incorporating Ag
and ZnO nanoparticles into urethane acrylic monomers
and hybrid monomers were synthesized and characterized as dye photocatalyst.
P205-9 POLYMERIC IONIC LIQUIDS AS SEPARATORS
FOR ALL-SOLID STATE THIN-FILM ELECTROCHROMIC
DEVICES AND LI BATTERIES
Alexander Shaplov (A.N. Nesmeyanov Institute of
Organoelement Compounds Russian Academy
of Sciences (INEOS RAS)), Denis Ponkratov (A.N.
Nesmeyanov Institute of Organoelement Compounds
Russian Academy of Sciences (INEOS RAS)), PierreHenri Aubert (Universite´ de Cergy-Pontoise), Elena
Lozinskaya (A.N. Nesmeyanov Institute of Organoelement
Compounds Russian Academy of Sciences (INEOS RAS)),
Cédric Plesse (Universite´ de Cergy-Pontoise), Petr Vlasov
(Saint-Petersburg State University), Michel Armand
(University de Picardie Jules Verne), Mathieu Morcrette
(University de Picardie Jules Verne), Frédéric Vidal
(Universite´ de Cergy-Pontoise), Yakov Vygodskii (A.N.
Nesmeyanov Institute of Organoelement Compounds
Russian Academy of Sciences (INEOS RAS))
The all-polymer electrochromic devices were made from
polymeric ionic liquids and PEDOT. The advantages are:
simplicity, fast switching(3÷5 s), high coloration efficiency (430 cm2/C), work in vacuum.
P201-10 INFLUENCE OF DISPERSION METHOD TO
DISPERSIBILITY AND MECHANICAL PROPERTIES
OF ULTRA-THIN CARBON FIBER TAPE REINFORCED
THERMOPLASTICS
Hirofumi Suganuma (The University of Tokyo), Shinichiro
Yamashita (The University of Tokyo), Xin Zhang (The
University of Tokyo), Kouji Hashimoto (The University of
Tokyo), Isamu Ohsawa (The University of Tokyo), Jun
Takahashi (The University of Tokyo)
The applicable range of the methodology was experimentally verified to be practical and the cause of the difference between theory and experiment was elucidated.
P202-10 MECHANICAL PROPERTIES OF CARBON
NANOTUBE FIBER MATERIALS UNDER MONOTONIC
AND CYCLIC TENSILE LOADING
Qing-Sheng Yang (Beijing University of Technology),
Zhong-Jun Yang (Beijing University of Technology)
P203-10 AN EXPERIMENTAL STUDY OF LOW VELOCITY
IMPACT OF CARBON, GLASS AND MIXED FIBER
COMPOSITE PLATES
Ahmed Alomari (King Fahd University of Petroleum
& Minerals), Abul Fazal M. Arif (King Fahd University
of Petroleum & Minerals), M. Haris Malik (King Fahd
University of Petroleum & Minerals), Faleh Alsulaiman
(King Fahd University of Petroleum & Minerals), Shafique
Khan (King Fahd University of Petroleum & Minerals)
In this work, impact response of composite laminates
was experimentally studied to determine the energy absorption. Three types of composites were used: carbon,
glass and mixed fiber composite plates.
P204-10 PARAMETER STUDY OF THERMAL
PROTECTION FUNCTION INTEGRATED SANDWICH
STRUCTURES FOR AEROSPACE APPLICATION
Songhe Meng (Harbin institute of technology), Qiang
Yang (Harbin institute of technology), Weihua Xie (Harbin
institute of technology), Shanyi Du (Harbin institute of
technology), Yongxia Li (Harbin institute of technology)
P205-10 HIGH-STRENGTH, HIGH-DISSIPATION
CARBON NANOTUBE NANO-COMPOSITES: THEORY
AND EXPERIMENTS
Walter Lacarbonara (Sapienza University of Rome), Giulia
Lanzara (Universty of Rome Tre), Michela Talò (Sapienza
University of Rome), Giovanni Formica (University of
Rome Tre)
Carbon nanotube nanocomposites with tunable interfacial CNT-matrix properties are explored experimentally
for optimal strength and dissipation performance.
29
//Posters and mini-orals programme
Tuesday 21 July
Stage 1
13:00 Mini Oral Session II
P201-11 FLOWABILITY OF DISCONTINUOUS CARBON
FIBER REINFORCED THERMOPLASTICS
Shuli Tang (The University of Tokyo), Takahiro Hayashi
(The University of Tokyo), Hanchul Lee (The University
of Tokyo), Wataru Nagatsuka (The University of Tokyo),
Isamu Ohsawa (The University of Tokyo), Jun Takahashi
(The University of Tokyo)
The investigation of effect of tape length and molding
conditions on flowability of UT-CTT with rib structure
and observation of fiber orientation to characterize the
flow behavior.
P201-12 MECHANICAL BEHAVIOR OF THE BRITTLE
MATRIX LAYERED COMPOSITE REINFORSED BY
SHORT FIBERS
Andrejs Krasnikovs (Institute of Mechanics-Riga
Technical University), Olga Kononova (Institute
of Mechanics-Riga Technical University), Arturs
Machanovskis (Institute of Mechanics-Riga Technical
University), Vitalijs Lusis (Institute of Mechanics-Riga
Technical University), Arturs Lukashenoks (Institute of
Mechanics-Riga Technical University)
Fracture of the brittle matrix composite material (CM)
with short fibers is under investigation. Situation when
fibers are uniformly distributed is compared with fibers
arrange in layers.
P201-13 MICROMECHANICAL ANALYSIS OF
NONLINEAR RESPONSE OF FIBROUS COMPOSITES
Yanchao Wang (Tongji University), Zhengming Huang
(Tongji University)
Stage 2
Stage 3
Stage 4
Stage 5
Mini Oral Session II
Mini Oral Session II
Mini Oral Session II
Mini Oral Session II
P202-11 VISCOELASTIC DAMPING PERFORMANCE
AND RHEOLOGICAL BEHAVIOUR OF CUPSTACKED CARBON NANOTUBE MODIFIED EPOXY
NANOCOMPOSITES WITH RE-AGGLOMERATION
NETWORK
Xiao-Chong Zhang (University of Bristol), Fabrizio Scarpa
(University of Bristol), Hua-Xin Peng (Zhejiang University),
Ronan McHale (Thomas Swan Co. Ltd.)
P203-11 A NOVEL APPROACH FOR IMPACT
MITIGATION USING MASS NEGATIVITY CONCEPT OF
METACOMPOSITES
K.T. Tan (The University of Akron)
Re-agglomeration network of CSNT/RTM6 nanocomposite is tailored by controlling filler content, processing
time and temperature thus influenced the physical and
mechanical properties of cured composite
P202-12 NONLINEAR STRESS RELAXATION OF
NANOSILICA-FILLED SILICONE RUBBER FOAM
COMPOSITES
Wenjun Hu (China Academy of Engineering Physics),
Xicheng Huang (China Academy of Engineering Physics)
We manufactured new lightweight ablator using a porous carbon material. This indicated high compressive
strength compared with traditional ablators and good
thermal insulation performance.
P203-12 CONTACT FORCE MEASUREMENT AND
DELAMINATING RESPONSES OF COMPOSITE
LAMINATE SUBJECTED TO SMALL-MASS-TUP IMPACT
Yan chen (Shanghai Jiao Tong University), Baojun Ning
(Shanghai Jiao Tong University), Zhefeng Yu (Shanghai
Jiao Tong University), Bo Zhang (Shenyang institute of
aircraft engine), Hongbo Liu (Shenyang institute of aircraft engine), Hai Wang (Shanghai Jiao Tong University)
P204-12 APPLICATION OF COMPOSITE MATERIAL
IN THE AIRCRAFT STRUCTURE TO IMPROVE
CRASHWORTHINESS
Yiru Ren (Hunan University)
This paper summarizes the crashworthiness design
method for composite transport aircraft, and design
concept of the frame, bottom structure and strut are
discussed.
P205-11 EFFECT OF UV/VISIBLE LASER IRRADIATION
ON SOME HYBRID FORMULATIONS CONTAINING
PHOTOREACTIVE URETHANE (DI)METHACRYLATES
AND GRAPHENE
Anton Airinei (Petru Poni Institute of Macromolecular
Chemistry), Tinca Buruiana (Petru Poni Institute of
Macromolecular Chemistry), George Epurescu (2National
Institute for Lasers-Plasma and Radiation Physics),
Florentina Jitaru (Petru Poni Institute of Macromolecular
Chemistry), Emil Constantin Buruiana (Petru Poni Institute
of Macromolecular Chemistry), Ioana Ion (3National
Institute for Research and Development in Electrical
Engineering)
Hybrid nanocomposites based on novel urethane monomers and graphene were prepared through UV photopolymerization/direct laser writing by femtosecond laser
pulses, and characterized.
P205-12 BIOINSPIRED FUNCTIONAL MATERIALS
TEMPLATED FROM NATURE MATERIALS
Zhang Di (shanghai jiao tong university), Jiajun Gu
(shanghai jiao tong university), Wang zhang (shanghai
jiao tong univerisity), Huilan Su (shanghai jiao tong
university), Qinglei liu (shanghai jiao tong university),
Shenming zhu (shanghai jiao tong university)
The contact force measurement based on the impactor
response is numerically studied for the laminate subjected to small mass impact, and the response of laminate
on the delamination are analysed.
P202-13 EFFECT OF WATER/CEMENT RATIO AND
CURING TIME ON COMPRESSIVE STRENGTH OF
MWCNT-CEMENT MORTAR
Donghoon Kang (Korea Railroad Research Institute),
Gang Seok Seo (Kyung Hee University), Wonseok Chung
(Kyung Hee University)
An elasto-plastic bridging model is established to evaluate nonlinear behavior of composites. Using the equivalent fiber method, effects of an interphase on composites This study conducted experiments for improving the
is studied numerically.
compressive strength of cement mortar by adding
MWCNTs w.r.t. MWCNT concentration, W/C ratio, curing
age, and MWCNT concentration adjustment methods.
30
P204-11 CHARACTERIZATION AND EVALUATION OF
HIGH-STRENGTH LIGHTWEIGHT ABLATOR USING
POROUS CARBON MATERIAL
Eisuke Kojo (Tokyo University of Science), Yuki Kubota
(Tokyo University of Science), Yasuo Kogo (Tokyo
Mass negativity concept of metacomposites is introUniversity of Science), Takuya Aoki (Japan Aerospace
duced by analytical models. Impact attenuation and
Exploration Agency-Chofu Aerospace Center), Toshio
blast-wave mitigation are demonstrated by computation- Ogasawara (Japan Aerospace Exploration Agency-Chofu
al simulation. Practical designs are proposed.
Aerospace Center), Yuichi Ishida (Japan Aerospace
Exploration Agency-Chofu Aerospace Center)
P203-13 ANTI-BLAST DESIGN OF CELLULAR
SACRIFICIAL CLADDING BASED ON A NONLINEAR
PLASTIC SHOCK MODEL
Yuanyuan Ding (University of Science and Technology
of China), Shilong Wang (University of Science and
Technology of China), Zhijun Zheng (University of
Science and Technology of China), Liming Yang (Ningbo
University), Jilin Yu (University of Science and Technology
of China)
Dimensional analysis and a nonlinear plastic shock
model based on the rigid–plastic hardening idealization
was employed to guide the anti-blast design of cellular
sacrificial cladding.
P204-13 ADSORPTION OF CO2 ON AMINE-GRAFTED
ACTIVATED CARBON FIBER FABRICS
Yu-Chun Chiang (Yuan Ze University), Chien-Yuan Hung
(Yuan Ze University)
P205-13 STYLUS SUPPORT STRUCTURE AND
FUNCTION OF RADULAR TEETH IN CRYPTOCHITON
STELLERI
Steven Herrera (University of California Riverside), Lessa
Grunenfelder (University of Southern California), Enrique
The ACFs modified with MEA and TPEDA were character- Escobar (Purdue University), Qianqian Wang (University
ized and their CO2 adsorption isotherms were measured. of California Riverside), Christopher Salinas (University
Results suggested that the aminated ACFs were the
of California Riverside), Nicholas Yaraghi (University
applicable adsorbents for CO2 adsorption.
of California Riverside), Jeffrey Geiger (University of
California Riverside), Richard Wuhrer (University of
Western Sydney), Pablo Zavattieri (Purdue University),
David Kisailus (University of California Riverside)
The chiton feeding apparatus demonstrates a high level
of control at multiple length scales to produce extremely
lightweight designs for structural materials.
Posters and mini-orals programme//
Tuesday 21 July
Stage 1
13:00 Mini Oral Session II
P201-14 UNDERSTANDING THE EFFECT OF IN-PLANE
FIBER WAVINESS ON DAMAGE BEHAVIOR OF CURED
WOVEN COPOSITES
Masoud Haghi Kashani (University of British Columbia),
Abbas. S. Milani (University of British Columbia)
This article presents an experimental investigation into
the mechanical behavior of a cured woven lamina under
uniaxial tensile loading in warp and weft directions to
assess in-plane waviness effect.
P201-15 INFLUENCE ON THE MECHANICAL BEHAVIOR
OF CARBON FIBER FABRIC REINFORCED PPS
LAMINATES UNDER DIFFERENT TEMPERATURE
Wang Shiyu (Harbin Institute of Technology), Zhang
Jiazhen (Harbin Institute of Technology), Zhou Zhengong
(Harbin Institute of Technology), Wang Yue (Harbin
Institute of Technology)
With the temperature increasing up to Tg(120°C) of fiber
fabrics reinforced PPS laminates degrades significantly
the quality of the adhesion at the fiber/matrix interface.
P201-16 LIGHTNING PROTECTION TESTING OF WET
METALIZED POLYMER COMPOSITES
Rajesh P. S. M. (Ecole Polytechnique de Montreal),
Martin Gagne (Ecole Polytechnique de Montreal), Xavier
Cauchy (Ecole Polytechnique de Montreal), Jolanta E.
Klemberg-Sapieha (Ecole Polytechnique de Montreal),
Frederic Sirois (Ecole Polytechnique de Montreal), Daniel
Therriault (Ecole Polytechnique de Montreal)
A qualitative analysis of the lightning protection ability
of wet-metalized composites, studied via low energy
strikes and resistive heating tests is presented.
Stage 2
Stage 3
Stage 4
Stage 5
Mini Oral Session II
Mini Oral Session II
Mini Oral Session II
Mini Oral Session II
P202-14 LIGHTWEIGHTING OPPORTUNITY USING FRP
STEEL HYBRID
Elspeth Keating (University of Warwick), Darren
Hughes (University of Warwick), Janka Cafolla (Tata
Steel Research and Development), Richard Dashwood
(University of Warwick), Iain McGregor (Tata Steel
Research and Development)
P203-14 PROBABILISTIC APPROACH FOR THE IMPACT
ENERGY ABSORPTION OF CARBON/EPOXY COMPOSITE
LAMINATES UPON BALLISTIC IMPACT
Ju Won Park (Chungnam National University), Hyun
Jun Cho (Chungnam National University), In-Gul Kim
(Chungnam National University), Han Sol Lee (Chungnam
National University), Jong Heon Kim (Agency for Defense
Development)
P204-14 ACTUATION AND ENERGY HARVESTING
OF DIELECTRIC ELASTOMERS AS FUNCTIONS OF
THICKNESS, ELASTOMER TYPE AND CONSTITUENT
CONTENT.
Dong-Joo Lee (Yeungnam University), F.A. Y. Cui
(Yeungnam University)
P205-14 EFFECTIVE ELECTRICAL CONDUCTIVITY OF
CNT-EPOXY NANOCOMPOSITE
Vladimir Kulakov (Institute of Polymer MechanicsUniversity of Latvia), Andrey Aniskevich (Institute of
Polymer Mechanics-University of Latvia), Triinu Poltimae
(Tallinn University of Technology)
The energy harvesting performance of an EADE (Electroactive dielectric elastomer) is studied as functions of
constituent content, specimen geometries and types
of loading
The effective electrical conductivity of an epoxy resin
filled with the well-dispersed and randomly oriented
carbon nanotubes (CNTs) was calculated by applying the
micromechanical approach.
P202-15 EXPERIMENTAL ANALYSIS ON THE BEARING
CAPACITY OF SANDWICH PANEL JOINTS
Christina Kunkel (TU Darmstadt), Jörg Lange (TU
Darmstadt)
P203-15 THERMAL AGING REDUCTION IN POLYMER
MATRIX COMPOSITES
Joe Hoffman (University of Denver), Maciej Kumosa
(University Of Denver)
According to industry standards sandwich panels are not
permissible for the full stabilization or bracing of steel
structures. Possible joint reinforcement solutions are
assessed experimentally.
This paper presents an approach to reduce the impact of
thermal aging of hybrid glass/carbon fiber epoxy matrix
composite rods utilized in novel high voltage transmission lines.
P204-15 EXPERIMENTAL SUB-COMPONENT
INVESTIGATION OF WIND TURBINE BLADE RETROFIT
REINFORCEMENTS
Maurizio Sala (DTU - Technical University of Denmark),
Christian Berggreen (DTU - Technical University of
Denmark)
P205-15 MATERIAL CHARACTERIZATION AND
VIBRO-ACOUSTIC ANALYSIS OF A PREIMPREGNATED
CARBON FIBER REINFORCED EPOXY DRUM SHELL
Manuel Ibañez (Rasch Drums), Alberto Gimenez
(University CEU Cardenal Herrera), Fernando Sanchez
(University CEU Cardenal Herrera)
The vibro-acoustic behavior of composite materials are
analyzed depending on their material characterization in
a set of test conducted in different drum shell prototypes.
P202-16 FLEXIBLE SPACER FABRICS FOR
REINFORCEMENT OF RIGID POLYURETHANE FOAMS IN
SANDWICH STRUCTURES
Kay Schäfer (Technische Universität Chemnitz), Jürgen
Tröltzsch (Technische Universität Chemnitz), Frank Helbig
(Technische Universität Chemnitz), Dariusz Niedziela
(Fraunhofer Institute for Industrial Mathematics), Lothar
Kroll (Technische Universität Chemnitz)
P203-16 EVALUATION BY AGING CYCLES OF TENSILE
STRENGTHS AND DURABILITY CHARACTERISTICS OF
MATERIALS REINFORCED BY CARBON, GLASS AND
BASALT FIBERS
Piero De Fazio (ENEA), Giuseppe Arleo (ENEA), Maria
Bruna Alba (ENEA), Franco Bernardo (ENEA)
Experimental sub-component investigation of wind
turbine blade reinforcement which aims to reduce the
problems caused by longitudinal cracks detected at the
blade trailing edge
P204-16 INFLUENCE OF THE CUSP COMPLIANCE AND
LAYERING METHOD ON THE CUSP DEFLECTION IN
DENTAL BULK-FILL COMPOSITE RESTORATION.
Yu-Jin Kim (Seoul national university), Ryan Jin-Young
Kim (Seoul national university), In-Bog Lee (Seoul national university)
The aim of this study was to investigate the effects of the
layering method and cusp compliance on cusp deflection
in bulk-fill and conventional composite restorations, and
to examine the relationship
Coaxial electrospinning that is a branch of nanotechnology has attracted great attention. Due to the easy
operation process, it is able to form special structure and
multifunctional fibers. The rapid
Using both simulation and mechanical testing, PA6 GF60
and DP600 hybrids are shown to offer a 30% increase in
specific stiffness with respect to steel only.
Spacer fabrics as reinforcement structure for rigid PUR
foams achieve significant increases to the mechanical
properties. Corresponding process simulation is developed for component designing.
P205-16 ELECTROSPUN CORE-SHELL COMPOSITE
FIBER FILMS WITH SELF-HEALING PROPERTY
Fenghua Zhang (Harbin Institute of Technology), Zhichun
Zhang (Harbin Institute of Technology), Yanju Liu (Harbin
Insititute of Technology), Jinsong Leng (Harbin Institute
of Technology)
31
//Posters and mini-orals programme
Tuesday 21 July
Stage 1
13:00 Mini Oral Session II
P201-17 FAILURE BEHAVIOR OF LAMINATED
COMPOSITE PLATES UNDER ANTICLASTIC BENDING
Yakup Okan Alpay (Bogazici University), Fazil O. Sonmez
(Bogazici University), Nuri Ersoy (Bogazici University)
Failure behaviour of composite plates under anticlastic
bending is studied using a unique test fixture. This is a
special case of biaxial out-of-plane loading that applies
mainly twisting moment.
P201-18 THE EFFECT OF PERPENDICULARITY ERROR
ON STRESS CONCENTRATION FOR CARBON FIBER
REINFORCED PLASTIC
Xueshu Liu (Dalian University of Technology), Hang Gao
(Dalian University of Technology)
The perpendicularity error of bolt-hole affects stress
distribution around the bolt-hole and when it increases
up to 4 degree stresses in the region surrounding the
bolt-hole may increase 20 times.
Stage 2
Stage 3
Stage 4
Stage 5
Mini Oral Session II
Mini Oral Session II
Mini Oral Session II
Mini Oral Session II
P202-17 CRUSHING ANALYSIS AND
CRASHWORTHINESS OPTIMIZATION DESIGN OF
REINFORCED REGULAR HEXAGON HONEYCOMB
SANDWICH PANEL
He Qiang (Nanjin University of science and technology)
P203-17 A STUDY ON THE OPTIMAL DESIGN OF
COMPOSITE ROTOR BLADE CROSS-SECTION USING
MICRO GENETIC ALGORITHM
You-Jin Won (Korea Aerospace Research Institute), SooYong Lee (Korea Aerospace University)
This paper introduces single-rib reinforced regular
hexagon HSP (R1-HSP) and double-rib reinforced regular
hexagon HSP (R2-HSP). The mechanical characteristics
of these three structures are first inve
P202-18 EMPIRICAL APPROACH OF ITERATIVE
INSERT SHAPE OPTIMIZATION IN THIN SKINNED FRPSANDWICH PANEL JOINTS
Johannes Wolff (Insitute of Composite Structures
and Adaptive Systems), Fritz Felix Trimpe (Insitute of
Composite Structures and Adaptive Systems)
Analytical results, using an euqation provided by ECSS,
predicting the first failure load level of sandwich insert
connections using the core load path are compared to
test data.
P205-17 DEVELOPMENT OF SHAPE MORPHING
KIRIGAMI HONEYCOMBS AND ACTUATION METHODS
Robin Neville (University of Bristol), Fabrizio Scarpa
(University of Bristol)
P203-18 LATTICE TRUSS CORE SANDWICH
STRUCTURES WITH AL LATTICE TRUSS CORE AND
CFRP COMPOSITE FACESHEETS UNDER IMPACT
LOADS
Bing Wang (Harbin Institute of Technology), shaowei zhu
(Harbin Institute of Technology), Guoqi zhang (Beijing
Satellite Manufacturing Factory)
P204-18 EFFECTS OF DIFFERENT TESTING
CONDITIONS ON TENSILE PROPERTIES OF CARBON
FIBER MULTIFILAMENT
Junlin Chen (Beihang University), Yan Zhao (Beihang
University), Ye Li (Beihang University), Zhe Yang (Beihang
University), Jianwei Hao (Aviation Industry Corporation
of China)
P205-18 SUBWAVELENGTH WAVE PROPAGATION
CONTROL BY USING ACTIVE ELASTIC
METAMATERIALS
Guoliang Huang (University of Missouri), Yangyang Chen
(University of Missouri)
P204-19 GRP BOGIE CHARACTERISTICS EVALUATED
BY EXPERIMENTAL METHODS
Jan Chvojan (VZU Plzen), Jaroslav Vaclavik (VZU Plzen),
Miloslav Kepka (University of West Bohemia), Rayner
Mayer (Sciotech Projects)
P205-19 A STUDY ON THE DURABILITY OF GECKOLIKE PDMS MICRO-STRUCTURES BY METAL
COATINGS
Gyu-He Kim (Andong National University), Tae-Chang Ahn
(Andong National University), Hui Yun Hwang (Andong
National University)
The mechanical response of pyramidal truss core sandwich structures consisting of carbon fiber reinforced
polymer (CFRP) facesheets and aluminum alloy lattice
truss cores
P201-19 EFFECTS OF PHASE SHIFT ON THE RESPONSE P202-19 INDENTATION MODELS AND FAILURE MODE
OF LAMINATED WOVEN COMPOSITES
MAP FOR CIRCULAR COMPOSITE SANDWICH PLATES
Sam Huang (Suny at Stony Brook)
Sridhar Idapalapati (Nanyang Technological University),
Rajaneesh Anantharaju (Nanyang Technological
This research focuses on responses of 64 woven lamiUniversity)
nated composites whose phase shift in microstructure
is different under uniaxial compression and biaxial
The failure response of clamped circular sandwich plates
compression.
under localised central loading is investigated. The competing failure modes, failure mode map was created as
function of geometry, properties.
P203-19 A STUDY OF THE THERMAL BUCKLING
BEHAVIOR OF A COMPOSITE PLATE USING THE
DIGITAL IMAGE CORRELATION TECHNIQUE AND FINITE
ELEMENT ANALYSIS
Nam Seo Goo (Konkuk University)
P201-20 ANALYTICAL, EXPERIMENTAL AND
NUMERICAL APPROACH OF STORAGE AND LOSS
MODULI OF FIBRE REINFORCED EPOXY COMPOSITES
Efstathios Theotokoglou (National Technical university
of Athens), Ioannis Giannopoulos (Cranfield University),
Emilios Sideridis (National Technical university of Athens)
P203-20 COMPOSITE BEAM WITH CELL STRUCTURE
FOR HIGH STIFFNESS SHORT BEAM APPLICATIONS
Zdeněk Pošvář (Czech Technical University in Prague),
Milan Růžička (Czech Technical University in Prague)
In the study presented in this article the Dynamic
Mechanical Analysis of micro-mechanically modelled
unidirectional fibre reinforced composites was investigated numerically by Finite Element Method.
P202-20 EXPERIMENTAL-THEORETICAL ANALYSIS
OF MECHANICAL PROPERTIES OF PERFORATED
COMPOSITE SANDWICH PANELS FOR AIRCRAFT
ENGINE NACELLE
Aleksandr Anoshkin (Perm National Research Polytechnic
University), Valerii Zuiko (Perm National Research
Polytechnic University), Anna Tchugaynova (Perm
National Research Polytechnic University), Evgeniya
Shustova (Perm National Research Polytechnic
University)
The work is dedicated to analysis of mechanical properties of composite sandwich panels. The influence of
perforation on mechanical properties of fiberglass panels
was studied.
32
P204-17 INNOVATIVE HYDROXYAPATITES, COLLAGEN
AND CHITOSAN SCAFFOLDS FOR ENHANCED
ADHESION, GROWTH AND BIOACTIVITY OF HUMAN
OSTEOBLASTS IN VITRO
Gheorghe Tomoaia (Iuliu Hatieganu University of
Medicine and Pharmacy), Andrada Tomoaia-Cotisel
In this study, optimal design of composite rotor blade
(University of Utah. School of Medicine), Aurora Mocanu
cross-section was carried out to draw design variables
(Babes-Bolyai University of Cluj-Napoca), Maria Tomoaiafor layout design of blade cross-section minimizing blade Cotisel (Babes-Bolyai University of Cluj-Napoca)
mass in early stage of design.
This work presents techniques for the design and manufacture of morphing honeycombs using Kirigami (origami
+ cutting). A method is presented to predict the shape
morphing behaviour of the honeycombs.
Elastic metamaterials have been extensively investigated
due to their unique abilities on controlling propagation of
Effects of different sample preparation and testing condi- subwavelength elastic waves. One of the most interesttions on tensile properties of carbon fiber yarn have been ing properties is the generati
investigated based on some parameters.
Testing methods have been developed and described in
the paper for the bogie dynamics characteristics investigation in a laboratory conditional including drop test,
sweep test and track profile test.
In this study, we suggested a metal coating method
to improve durability of Gecko-like dry adhesives, and
proved that metal coating can improve more than 30%
by experimental works.
33
Scientific programme
Monday 20 July
Congress Hall A
Auditorium 15
Auditorium 10
Auditorium 11
Auditorium 12
Opening Ceremony
Plenary: Integration of manufacturing and failure analyses for sustainable design of composites Ramesh Talreja, Texas A&M University, USA
Coffee in the Exhibition
1101 Processing 1102 Nano Composites 1
1103 Multifunctional
1104 Fatigue 1
1105 Structural Analysis
Manufacturing Technology 1
Composites - Sensing and
and Optimization 1
Actuation 1
1102-1 ALL
1103-1 MICROMECHANICAL 1104-1 A
1105-1 BUCKLING
10:15 1101-1 ULTRASONIC
WELDING OF
POLYPROPYLENE
MODELING OF SMART
MICROMECHANICAL
ANALYSIS, DESIGN AND
THERMOPLASTIC
NANOCOMPOSITE WITH
MAGNETOELECTRIC
APPROACH TO STUDY THE
OPTIMISATION OF VARIABLE
COMPOSITES WITH FLAT
WELL-ALIGNED AND WELL COMPOSITE PLATES
DAMAGE EVOLUTION OF
STIFFNESS SANDWICH
ENERGY DIRECTORS:
ORIENTED ELECTROSPUN
Alexander Kalamkarov
EPOXY BASED COMPOSITE PANELS
INFLUENCE OF THE
POLYPROPYLENE
(Dalhousie University),
MATERIALS UNDER FATIGUE Broderick Coburn (University
THICKNESS OF THE ENERGY NANOFIBERS
Demetra Hadjiloizi (Cyprus
LOADING
of Bristol), Paul Weaver
DIRECTOR ON THE WELDING Takashi Nishino (Kobe
University of Technology),
Daniel Krause (German
(University of Bristol)
PROCESS
University), Yuji Asahina (Kobe Chariklia Metti (Cyprus
Aerospace Center (DLR))
Genevieve Palardy (Delft
University), Chizuru Hongo
University of Technology),
A Ritz approach semi-anaUniversity of Technology),
(Kobe University)
Pedro Pacheco (CEFET/
Using the hysteresis energy
lytical model is developed
Irene Fernandez Villegas (Delft
RJ), Marcelo Savi (COPPEas a failure criterion, the
for the buckling analysis of
University of Technology)
All-it.PP nanocomposite, com- Universidade Federal do Rio
transverse crack initiation
fibre-steered sandwich panposed of it.PP matrix and it.PP de Janeiro), Tasos Georgiades and growth is modelled on a els. Results from parametric
This paper presents a detailed drawn nanofibers by electro- (Cyprus University of
micro-scale. Test data for neat and optimisation studies are
experimental examination of spinning, was found to show Technology)
resin is obtained to calibrate presented and discussed.
the influence of the thickness superior optical transparency
the model.
of flat energy directors on the and mechanical properties.
ultrasonic welding process for
carbon fibre/polyetherimide
composites.
8:30
8:50
9:45
10:15
10:35 1101-2 INTERDEPENDENCY
OF WELDING SPEED AND
DISTANCE BETWEEN COIL
AND ROLLER DURING
INDUCTION WELDING OF
METAL AND GLASS FIBER
REINFORCED POLYAMIDE 6
Martina Hümbert (Institut
für Verbundwerkstoffe),
Peter Mitschang (Institut für
Verbundwerkstoffe)
1102-2 INTERLAMINAR
TOUGHENING OF RESIN
TRANSFER MOULDED GLASS
FIBRE EPOXY LAMINATES
BY POLYCAPROLACTONE
ELECTROSPUN NANOFIBRES
Sam van der Heijden (Ghent
University), Lode Daelemans
(Ghent University), Bert
De Schoenmaker (Ghent
University), Ives De Baere
(Ghent University), Hubert
This study investigates the
Rahier (vrije universiteit
interdependency of welding
brussel), Wim Van Paepegem
speed and distance between (Ghent University), Karen De
coil and roller during continu- Clerck (Ghent University)
ous induction welding of glass
fiber reinforced polyamide 6 Almost 100% improvement in
and steel /aluminum.
mode I interlaminar fracture
toughness could be achieved
by electrospinning the PCL
nanofibres on both sides of
the glass fibre mats prior to
impregnation.
34
1103-2 INTERFACIAL
EVALUATION OF CARBON
REINFORCED NANOCOMPOSITES USING
ELECTRICAL RESISTANCE
MEASUREMENT WITH
WETTING TESTS
Dong-Jun Kwon (Gyeongsang
National University), Zuo-Jia
Wang (Gyeongsang National
University), Pyeong-Su
Shin (Gyeongsang National
University), Jin-Yeong Choi
(Gyeongsang National
University), Lawrence DeVries
(The University of Utah),
Joung-Man Park (Gyeongsang
National University)
Ultimately, it was demonstrated that mechanical property
related to interfacial properties might potentially be predicted by electrical resistance
measurement using empirical
formulas and correlations
1104-2 FATIGUE OF OUTOF-PLANE FIBRE WAVINESS
DEFECTS: EXPERIMENTAL
AND NUMERICAL STUDY
Supratik Mukhopadhyay
(University of Bristol), Stephen
Hallett (University of Bristol)
In this work, failure of laminates containing embedded
fibre waviness or ‘wrinkle’
defect is investigated in tension-tension fatigue loading
using both an experimental
and numerical approach.
1105-2 ULTIMATE
STRENGTH PREDICTIONS
OF IMPERFECT COMPOSITE
PLATES
Qiao Jie Yang (University
of Oslo), Brian Hayman
(University of Oslo)
Meeting room 18
Meeting room 19
Meeting room 20
Meeting room 17
Meeting room 16
1106 Processing Preforming Technologies
1107 Process Modelling 1
1108 Biocomposites 1
1109 Interfaces and
Interphases 1
1110 Ceramic Matrix
Composites
1106-1 THERMAL AND CURE
KINETICS MODELING OF
THERMOSET LAMINATES
DURING AND AFTER THE
COMBINED AUTOMATED
TAPE LAYING AND
AUTOCLAVE PROCESS
Maria Skandali (Delft
University of Technology),
Kaspar Jansen (Delft
University of Technology),
Sotiris Koussios (Delft
University of Technology),
Jos Sinke (Delft University of
Technology)
1107-1 SIMULATION OF
THE THERMO-STAMPING
PROCESS
Kévin Le Meur (INSA Lyon)
KEYNOTE
1109-1 QUANTIFICATION
OF THE CRACK AREAS OF
STABLE AND UNSTABLE
CRACK PROPAGATION
DURING SINGLE-FIBER
PUSH-OUT TESTS
PERFORMED ON CERAMIC
MATRIX COMPOSITE
SAMPLES
Wolfgang M. Mueller
(University of Augsburg),
Judith Moosburger-Will
(University of Augsburg),
Michael Greisel (University
of Augsburg), Siegfried Horn
(University of Augsburg)
1110-1 MECHANICAL
RESPONSE OF TYPICAL
2D C/SIC BEAMS UNDER
DIFFERENT LOADING CASES
Chengpeng Yang (northwestern polytechnical university),
Bo wang (northwetern
polytechnical university), Tao
huang (northwestern polytechnical university)
A two-dimensional heat transfer model in a Lagrangian
framework for Automated
Tape Laying was developed.
Stepwise laying down of the
tapes, and more than the
usual heat are applied on
thermoset tapes.
1106-2 FIRST STUDY ON
USING HEAVY TOW FIBERS
FOR TEXTILE PREFORM
PROCESSES IN THE
AEROSPACE INDUSTRY
Daniel Gizik (Airbus Group
Innovations), Christian
Metzner (Airbus Group
Innovations), Christian Weimer
(Airbus Group Innovations),
Peter Middendorf (University
of Stuttgart)
1108-1 FATIGUE BEHAVIOUR
OF WOVEN FLAX/EPOXY
COMPOSITES
The forming step of the
Larry Lessard (McGill
thermo-stamping process
University), Soroush
is simulated. The material’s
Asgarinia (McGill University),
behaviour is characterised
Chanvit Viriyasuthe (McGill
experimentally for input data. University), Steven Phillips
Simulation results are com(McGill University), Martine
pared to manufactured parts. Dubé (Ecole de Technologie
Supéieure), Joris Baets (KU
Leuven), Aart van Vuure (KU
Leuven), Ignaas Verpoest (KU
Leuven)
1107-2 MODELING OF
HEAT TRANSFER AND
UNSATURATED FLOW IN
WOVEN FABRICS DURING
DIRECT INJECTIONPULTRUSION PROCESS
OF THERMOPLASTIC
COMPOSITES
A simplified, semi-analytical
Arthur Babeau (Ecole Centrale
method to predict the buckde Nantes), Sébastien Comasling response and ultimate
Cardona (Ecole Centrale de
strength of FRP laminates is
Nantes), Christophe Binetruy
used in a parametric study of
(Ecole Centrale de Nantes),
square and rectangular plates A first investigation on the use Gilles Orange (Solvay)
under in-plane compression. of heavy tow carbon fibers
for the aerospace industry is In this work, a modeling of
presented. Three commercial the thermoplastic pultrusion
fibers were selected, spread process is presented. A heat
to two areal weights and me- transfer model and a flow
chanical tests were done.
model are coupled. Data were
measured on a pultrusion line
to validate the models.
The mechanical responses
of two kinds of 2D C/SiC
composite beams, I-sections
and U-sections under different
loading cases are investigated experimentally and
Natural fibre flax composites An approach for quantification numerically.
and hybrid composites made of the relevant crack area
from flax and glass fibres
at single-fiber pushout tests
are studied. Understanding
is presented resulting in a
their fatigue performance is
more reliable determination
critical in order increase their of interfacial properties of fibcurrent use.
er-reinforced composites
1109-2 NEW CONTINUOUS
1110-2 INFLUENCE OF
FIBER REINFORCED
CARBON-FIBER SURFACE
THERMOPLASTIC
TREATMENT ON THE
COMPOSITES: AN ANALYSIS PROPERTIES OF C/C
OF INTERFACIAL ADHESION MATERIALS
FROM THE MICRO SCALE TO Simon J. A. Haug (University
THE MACRO SCALE
of Augsburg), Wolfgang
Johanna Beguinel (INSA
M. Mueller (University of
Lyon), Frédéric Lortie
Augsburg), Siegfried R. Horn
(INSA Lyon), Jean-François
(University of Augsburg)
Gérard (INSA Lyon), Jérôme
Maupetit (CHOMARAT Textiles The influence of carbon fiber
Industries), Pierre Gerard
surface treatment on fiber
(ARKEMA)
matrix microstructure and
adhesion in carbon fiber
Acrylic matrix/fiber interfaces reinforced carbon materials
were investigated by con(CFRC) was investigated.
sidering microcomposites.
The study questions the
relationships between wettability, work of adhesion, and
practical adhesion at various
scales.
Monday 20 July · Scientific
Meeting room 5
Meeting room 6
Meeting room 7
M1
M2
Opening Ceremony
Plenary: Integration of manufacturing and failure analyses for sustainable design of composites Ramesh Talreja, Texas A&M University, USA
Coffee in the Exhibition
1111 Textile-Based
1112 Graphene, Graphene- 1113 Dynamic Material
1114 Fracture
1115 Fracture and
Composites and Fibre
Based Composites 1
Behaviour
and Damage Damage - Laminate
Architecture 1
Micromechanics 1
Scale 1
KEYNOTE
1112-1 EFFECT OF
1113-1 AN INVERSE
1114-1 MICROSCOPIC
1115-1 EFFECTS OF
REINFORCEMENT
ESTIMATION OF HIGH
PROGRESSIVE DAMAGE
SPECIMEN WIDTH ON THE
1111-1 FATIGUE
WEIGHT FRACTION
STRAIN RATE PROPERTIES AND FAILURE ANALYSIS
TENSILE STRENGTH OF
PERFORMANCE OF
AND DISPERSANTS ON
OF COMPOSITE MATERIAL OF CARBON-FIBER
ALIGNED SHORT-CARBONMICRO-FIBRILLATED
MECHANICAL PROPERTIES CONSTITUENTS
REINFORCED COMPOSITE FIBER REINFORCED EPOXY
CELLULOSE AND RUBBER OF GRAPHENE
Stanley Chacko Salem (The UNDER SHEAR LOADING
COMPOSITE LAMINATES
NANOPARTICLE HYBRID
NANOCOMPOSITES
University of Nottingham),
Geng Han (Beihang
Wen-Xue Wang (Kyushu
EPOXY RESIN REINFORCED Hsien-Kuang Liu (Feng Chia Arthur Jones (The University University), Zhidong Guan
University), Hang Li (Hunan
CARBON PLAIN WEAVE
University), Yu-Chen Lin
of Nottingham), Richard
(Beihang University), Mi
University), Terutake
COMPOSITES
(Feng Chia University)
Brooks (The University of
Zhang (Beihang University), Matsubara (Kyushu
Valter Carvelli (Politecnico
Nottingham), Mark Jonathan Zhaojie Ji (Beihang
University), Dongmei Luo
di Milano), Andrea Betti
In this paper, GO and RGO
Lidgett (EPL Composite
University), Shengzhe
(Foshan University), Jia
(Politecnico di Milano), Toru graphenes are incorporated Solutions Ltd)
Li (Beijing), Shanyi Du
Xue (Beijing Aeronautical
Fujii (Doshisha University)
into polyvinyl alcohol and
(Beihang University)
Science & Technology
epoxy matrices as reinThis paper is on inverse
Research Institute)
This work deals with the
forcements to fabricate four estimation of high strain
The experimental method
effects of hybrid epoxy
kinds of nanocomposites
rate properties of composite and a unit cell of fiber ran- This study investigates the
resins, enhanced with miwith and without dispersant materials constituents using dom distribution are used to size effects of specimen
cro-fibrillated cellulose and addition.
micro scale finite element
analyze the damage initia- width on the tensile testing
carboxylated nitrile-butadimodel and numerical opti- tion and evolution process properties of various aligned
ene rubber nanoparticles, on
misation.
of carbon fiber-reinforced
short carbon fiber reinforced
the fatigue of carbon textile
composite under shear
epoxy composite laminate.
composites.
loading.
Significant effects are found.
1112-2 ENHANCED
DAMPING PROPERTIES
OF GRAPHENE/NICKEL
FOAM FILLED EPOXY
COMPOSITES
You Zeng (Institute of Metal
Research-Chinese Academy
of Sciences), Han Wang
(Institute of Metal ResearchChinese Academy of
Sciences), Zhe Ying (Institute
of Metal Research-Chinese
Academy of Sciences),
Minghe Fang (Institute of
Metal Research-Chinese
Academy of Sciences),
Hui-Ming Cheng (Institute
of Metal Research-Chinese
Academy of Sciences)
1113-2 INVESTIGATION
OF THE DYNAMIC
BEHAVIOUR OF EPOXY
REINFORCED NANOSILICA
AND MICROPARTICULATE
RUBBER COMPOSITES
THROUGH ANALYTICALEXPERIMENTAL TRANSFER
FUNCTIONS
Gabriel Mansour (Aristotle
University of Thessaloniki),
Konstantinos Tsongas
(Aristotle University of
Thessaloniki), Dimitrios
Tzetzis (International
Hellenic University)
1114-2 FAILURE
PROPERTIES OF
BISMALEIMIDE
THERMOSETTING RESINS
FOR HIGH PERFORMANCE
CARBON FIBRE
REINFORCED COMPOSITES
Guillaume Fischer (Airbus
Group Innovations), Bruno
Bresson (UMR CNRS 7615
- ESPCI ParisTech), Matteo
Ciccotti (UMR CNRS 7615 ESPCI ParisTech), Jacques
Cinquin (Airbus Group
Innovations), Frédéric Lortie
(UMR CNRS 5223 - INSA de
Lyon), Jean-François Gérard
An efficient identification
(UMR CNRS 5223 - INSA
method for modal testing of de Lyon)
epoxy reinforced with naGraphene/Ni-foam filled
nosilica and CTBN rubber is The effect of several therepoxy composites exhibit
demonstrated in this paper, moplastics on the failure
much higher flexural modu- through the analytical-exbehaviour of a typical bislus and larger energy dissi- perimental transfer function maleimide resin has been
pation than neat epoxy due method.
investigated with a time
to remarkable Ni reinforceresolved method using AFM
ment and rich interfaces of
imaging.
the nanocomposites
1115-2 PREDICTING THE
FAILURE OF POLYMER
MATRIX COMPOSITES
INCORPORATING THE
EFFECTS OF PROCESSING
Brent Volk (Air Force
Research Laboratory),
Michael Braginsky (Air Force
Research Laboratory), Ray
Coomer (Air Force Research
Laboratory), Endel Iarve (Air
Force Research Laboratory),
David Mollenhauer (Air
Force Research Laboratory),
Tara Storage (Air Force
Research Laboratory)
programme
M3
M4
M5
M6
M7
M8
1116 Fracture and
Damage - Delamination 1
1117 Constitutive
Models 1
1118 Joints - Design,
Manufacturing and
Testing 1
KEYNOTE
1119 In-situ MicroMechanical Testing
1120 Applications Offshore and Subsea
1119-1 IN-SITU
MONITORING OF
COMPOSITE FAILURE BY
COMPUTING TOMOGRAPHY
AND ACOUSTIC EMISSION
Sinan Kalafat (University
of Augsburg), AndreeaManuela Zelenyak
(University of Augsburg),
Markus Sause (University of
Augsburg)
1120-1 NUMERICAL
SIMULATION OF STATIC
MECHANICAL BEHAVIOR
OF COMPOSITE WINDBLADE - IMPLICATIONS
ON FABRICATION
TECHNOLOGIES
Monssef DRISSI-HABTI
(IFSTTAR), Venkadesh
RAMAN (IRT Jules VERNE)
1121 Multifunctional
Composites - Energy
Storage and Harvesting 1
1121-1 FIBER REINFORCED
PIEZOELECTRIC
COMPOSITES
Christopher C. Bowland
(University of Florida),
Mohammad H. Malakooti
(University of Florida), HyunSik Hwang (University of
Florida), Henry A. Sodano
(University of Florida)
1116-1 INFLUENCE OF
SPAN RATIO ON THE
FOUR-POINT BEND END
NOTCHED FLEXURE TEST
Biao Li (Northwestern
Polytechnical University),
Yazhi Li (Northwestern
Polytechnical University)
1117-1 A GENERAL
BEHAVIOR LAW IN ORDER
TO MODEL THERMOSET
AND THERMOPLASTIC
COMPOSITE MATERIALS
SUBJECTED TO DYNAMICS
LOADS
Patrick Rozycki (Ecole
Centrale de Nantes), Laurent
The inner to outer span
Gornet (Ecole Centrale de
ratio of four-point bend End Nantes)
Notched Flexure has little
influence on the determiThe paper deals with a
nation of mode II fracture
unified behaviour law
toughness. The toughness dedicated to the numerical
value from natural crack
simulations of thermoset
should be used.
and thermoplastic composite materials under rapid
dynamic loadings.
1116-2 INFLUENCE OF
REINFORCEMENT DESIGN
ON DELAMINATION
RESISTANCE &
MECHANICAL PROPERTIES
OF CFRP/CFRP JOINTS
UNDER STATIC & FATIGUE
LOADING
Michael Jürgens (Airbus
Group), Ana Carolina
Nogueira (Fraunhofer),
Holger Lang (Fraunhofer),
Elke Hombergsmeier (Airbus
Group), Klaus Drechsler
(Technische Universität
München)
1117-2 MODELLING THE
HYSTERESIS COMPOSITE
BEHAVIOR USING AN
ELASTO-PLASTO-DAMAGE
MODEL WITH FRACTIONAL
DERIVATIVE
Alina Krasnobrizha (Ecole
Centrale de Nantes), Patrick
Rozycki (Ecole Centrale de
Nantes), Laurent Gornet
(Ecole Centrale de Nantes),
Pascal Cosson (Ecole
Centrale de Nantes)
The proposed model is
dedicated to composites
material and composed of
A methodology used to
Multidimensional metallic
an elasto-plastic damage
incorporate the effects (i.e. reinforcements significantly behavior law which is
residual stresses) due to
increase mode II fracture
strain rate responsive and
processing on the resulting toughness of CFRP joints
fractional derivatives to repstrength of organic matrix
and laminates by milli- and resent hysteretic loops.
composites is demonstrated. nanoscaled mechanical interlocking and plastic shear
deformation.
1118-1 NUMERICAL
AND EXPERIMENTAL
INVESTIGATION OF CFRP
TO PERFORATED STEEL
JOITNS
Evangelos Ioannis Avgoulas
(University of Cambridge),
Michael Sutcliffe (University
of Cambridge)
Biomimetic inspired co-infused perforated steel to
CFRP joint configurations
that offer a transitional zone
of stiffness in the joint site
were numerically and experimentally investigated.
Carbon/Epoxy specimens
are loaded in-situ in a
commercial computing
tomography device. Acoustic
Emission is simultaneously
recorded and the detected
signals are compared to
model predictions.
1119-2 DYNAMIC
VISUALIZATION OF FIBER
PULL-OUT BY X-RAY PCI
Matthew Hudspeth (Purdue
University), Wayne Chen
(Purdue University)
Wind turbine blade was simulated to optimise the layup
and thickness. The adhesive
material used to join the
blade edges was included in
the numerical study.
Multifunctional carbon fiber
composites are fabricated
utilizing the piezoelectric
property of nanostructured
zinc oxide and barium titanate deposited on Kevlar and
carbon fiber fabrics.
1120-2 ANALYSIS OF
BENDING AND TENSILE
BEHAVIOR OF CFRP
STRANDED AND SPIRAL
CABLES USING A NUMERIC
MODEL
Felipe Luz (Federal
University of Rio Grande
do Sul), Laís Silva (Federal
University of Rio Grande do
Sul), Carlos Cimini (Federal
University of Minas Gerais),
Sandro Amico (Federal
University of Rio Grande
do Sul)
1121-2 REALISATION OF
STRUCTURAL BATTERY
COMPOSITE MATERIALS
Leif Asp (Swerea SICOMP),
Simon Leijonmarck (Swerea
SICOMP), Tony Carlson
(Swerea SICOMP), Göran
Lindbergh (KTH)
The paper presents details
on the development of carbon fibre structural battery
composite materials, and
their devices, and the rationale for developing them.
In this study, a CFRP Spiral
composite cable was analyzed in order to evaluate
their bending and tensile
behavior as compared to a
similar Stranded composite
cable.
35
Scientific programme · Monday 20 July
Congress Hall A
10:55 1101-3 INFLUENCE
OF TEMPERATURE ON
STRENGTH AND FAILURE
MECHANISMS OF
RESISTANCE WELDED
THERMOPLASTIC
COMPOSITES JOINTS
Nikos Koutras (TU Delft), Irene
Fernandez Villegas (TU Delft),
Rinze Benedictus (TU Delft)
Auditorium 10
1103-3 DESIGN AND
CHARACTERIZATION OF
PRESSURE, TEMPERATURE
AND MOISTURE SENSORS
BASED ON MWCNTCOMPOSITES
Sergei Sapozhnikov (South
Ural State University), Ruslan
Abdrakhimov (South Ural
State University), Alexander
A unified model incorporating D’yakonov (South-Urals State
Exposure of resistance weld- five factors (Orowan strength- University)
ed thermoplastic composites ening, load bearing, CTE
joints at various temperatures mismatch, grain size, and po- There were developed
up to 150°C result in strength rosity) is developed to predict MWCNT-composite sensors
reduction and changes in
the yield strength of metal
with epoxy, PVA, rubber and
failure mechanisms.
matrix nanocomposites.
glass matrices for direct
measurement of external
pressure, temperature and
moisture changing with use of
TAUNIT as nanofiller.
11:15 1101-4 NUMERICAL
SIMULATION BASED
PROCESS DEVELOPMENT
OF THE NOVEL
THERMOCLINCHING
TECHNOLOGY FOR
TEXTILE REINFORCED
THERMOPLASTICS
Maik Gude (Technische
Universität Dresden), Christian
Vogel (Technische Universität
Dresden), Andreas Freund
(Technische Universität
Dresden)
Based on a developed process simulation concept a
numerical parameter study
is carried out to support the
experimental studies of the
specific deformation phenomena in the thermoclinching
joining zone
36
Auditorium 15
1102-3 A UNIFIED MODEL
FOR THE PREDICTION
OF YIELD STRENGTH IN
PARTICULATE-REINFORCED
METAL MATRIX
NANOCOMPOSITES
Foisal Mirza (Ryerson
University), Daolun Chen
(Ryerson University)
1102-4 HIGH TEMPERATURE
HYBRID COMPOSITES
FOR THERMAL BARRIER
APPLICATIONS
Luis C. Herrera-Ramirez
(IMDEA Materials Institute),
Juan C. Fernandez
(Universidad Politecnica
Madrid), Roberto Guzman
De Villoria (IMDEA Materials
Institute)
1103-4 3D PRINTING
OF CONDUCTIVE
NANOCOMPOSITES
FOR LIQUID SENSOR
APPLICATION
Kambiz Chizari (École
Polytechnique de Montreal),
Anil Raj Ravindran (École
Polytechnique de Montreal),
Daniel Therriault (École
Polytechnique de Montreal)
In order to improve the thermal and electrical properties
of a polymeric matrix, hollow
glass microspheres and
carbon nanotubes-hollow
glass microspheres hybrids
were added.
3D printing of conductive
nanocomposite was used for
investigation of the influence
of structural parameters in
scaffold configurations for
their application as liquid
sensors.
Auditorium 11
1104-3 THE EFFECT OF
FIBER WAVINESS AS
MANUFACTURING DEFECT
ON THE FATIGUE LIFE OF
LAMINATED CFRP
Susanne Hörrmann (Johannes
Kepler University), Christoph
Viechtbauer (Johannes Kepler
University), Adi Adumitroaie
(Johannes Kepler University),
Martin Schagerl (Johannes
Kepler University)
Meeting room 18
1106-3 REDUCING
MANUFACTURING COSTS BY
DIRECT ROVING PLACEMENT
Yannis Grohmann (German
Aerospace Center (DLR
e.V.)), Niels Stoffers (German
Aerospace Center (DLR e.V.)),
Alexandra Kühn (German
Aerospace Center (DLR e.V.)),
Thorsten Mahrholz (German
Aerospace Center (DLR e.V.)),
Stefan Schmidt (German
Aerospace Center (DLR
Damage initiation and proAn efficient 1D beam finite
e.V.)), Felix Kruse (German
gression of CFRP specimens element considering coupling Aerospace Center (DLR e.V.))
with waviness out-of-plane
between different deformaare experimentally and
tion modes is proposed for
The DRP technology lowers
numerically investigated,
buckling and vibration of thin- manufacturing costs for
loaded in axial C-C and T-C
walled laminated composite dry fiber preforms. This
and considering the geometry beams having open/closed
can be achieved by directly
influence.
section.
processing raw fiber material combined with an online
binder application for the fiber
fixation.
1104-4 EFFECT OF STRESS
RATIO ON FATIGUE
CHARACTERISTICS IN THE
OUT-OF-PLANE DIRECTION
OF THICK CFRP LAMINATES
WITH TOUGHENED
INTERLAMINAR
Atsushi Hosoi (Waseda
University), Shigeyoshi
Sakuma (Waseda University),
Yuzo Fujita (Toray IndustriesInc.), Ichiro Taketa (Toray
Industries-Inc.), Hiroyuki
Kawada (Waseda University)
The effect of the stress ratio
on fatigue characteristics in
the out-of-plane direction of
thick CFRP laminates with
toughened interlaminar layers
was evaluated quantitatively.
Auditorium 12
1105-3 BUCKLING
AND VIBRATION
CHARACTERISTICS OF
THIN-WALLED LAMINATED
COMPOSITE BEAMS
HAVING OPEN AND CLOSED
SECTIONS
Arash Asadi (University of
Adelaide), Abdul Hamid Sheikh
(University of Adelaide), Ole
Thybo Thomsen (University of
Southampton)
1105-4 OPTIMIZATION
OF NON-SYMMETRIC
COMPOSITE PANELS
USING FAST ANALYSIS
TECHNIQUES
Riccardo Vescovini
(Politecnico di Milano), Chiara
Bisagni (Politecnico di Milano)
A semi-analytical approach is
presented for the optimization
of laminated panels with
nonsymmetric lay-ups with
buckling, postbuckling and eigenfrequencies requirements.
1106-4 IMPROVEMENT
OF FIBRE PLACEMENT
ACCURACY IN CONTINUOUS
TOW SHEARING PROCESS
Byung Chul Kim (University
of Bristol), Evangelos
Zympeloudis (University of
Bristol)
Meeting room 19
1107-3 NON ISOTHERMAL
REACTIVE FLOW MODELLING
IN PULTRUSION PROCESS
LOOKING TOWARD VOIDS
PREDICTION
Pierpaolo Carlone (University
of Salerno), Gaetano Palazzo
(University of Salerno)
An impregnation model
for pultrusion, based on a
non-homogeneous non-isothermal/reactive multiphase
approach, is reported. Resin
flow and pressure at die inlet
are inferred, aiming to void
prediction.
1107-4 NUMERICAL
INVESTIGATION ON THE
STRESS DISTRIBUTION
FOR HOLLOW COMPOSITE
STRUCTURES DUE TO
OVERMOLD-ING
Alexander Liebsch (Institute
of Lightweight Design and
Polymer Technologies),
Continuous Tow Shearing
Andreas Freund (Institute
(CTS) is a new fibre placeof Lightweight Design and
ment technology that can
Polymer Technologies),
steer the tow without causing Robert Kupfer (Institute of
the defects. In this work, the Lightweight Design and
method to improve its layup Polymer Technologies), Maik
accuracy was developed and Gude (Institute of Lightweight
tested.
Design and Polymer
Technologies)
Meeting room 20
1108-2 RELATIONSHIP
BETWEEN FIBER
ORIENTATION ANGLE
AND STATIC BENDING
CHARACTERISTIC OF
LAMINATED BAMBOO
PLATES
Kazufumi UDA (Kanagawa
Institute of Technology)
Meeting room 17
1109-3 IMPROVING
INTERFACIAL STRESS
TRANSFER IN GLASS FIBER
POLYMER COMPOSITES
THROUGH GRAPHITE
NANOPLATELETS
Alessandro Pegoretti
(University of Trento), Diego
Pedrazzoli (University of
Trento), Kyriaki Kalaitzidou
An evaluation of the bending (Georgia Institute of
characteristics of bamboo-fib- Technology)
er-laminated plates with fiber
orientation angles at 15°
This study focuses on the efintervals in the range from 0° fects of graphite nanoplatelets
to 90°. The applications to an dispersed in polymer comEV were demonstrated.
posites reinforced with short
glass fibers. As matrices, both
isotactic polypropylene and an
epoxy resin, were used.
1108-3 MECHANICAL
PERFORMANCE AND
FRACTURE CHARACTERISTIC
OF BAMBOO FIBER
REINFORCED POLYETHYLENE
BIOCOMPOSITES PREPARED
BY ROTATIONAL MOLDING
Supaphorn Thumsorn
(Rajamangala University of
Technology Thanyaburi),
Jitlada Boonlertsamut
(Rajamangala University of
Technology Thanyaburi),
Thanadol Petchnoi
(Rajamangala University of
Technology Thanyaburi),
Saowaluk Boonmawieng
(Rajamangala University of
Technology Thanyaburi),
Narongchai O-Charoen
(Rajamangala University of
Technology Thanyaburi),
Hiroyuki Hamada (Kyoto
Institute of Technology)
1109-4 LASER SHOCK
TEST APPLICATION
FOR MECHANICAL
CHARACTERISATION OF
FIBRE/MATRIX INTERFACE
Amélie Perrier (Institut PprimeCNRS-ISAE-ENSMA-Université
de Poitiers UPR 3346), Romain
Ecault (Institut Pprime-CNRSISAE-ENSMA-Université de
Poitiers UPR 3346), Fabienne
Touchard (Institut PprimeCNRS-ISAE-ENSMA-Université
de Poitiers UPR 3346), Maria
Vidal Urriza (Institut PprimeCNRS-ISAE-ENSMA-Université
de Poitiers UPR 3346), Jacques
Baillargeat (Institut PprimeCNRS-ISAE-ENSMA-Université
In the present work, a simde Poitiers UPR 3346),
ulation method to analyze
Laurence Chocinski-Arnault
the deformation behavior
(Institut Pprime-CNRS-ISAEof a hollow profile and the
ENSMA-Université de Poitiers
supporting core during the
UPR 3346), Michel Boustie
injection molding process was
(Institut Pprime-CNRS-ISAEapproved.
LLDPE/bamboo fiber compos- ENSMA-Université de Poitiers
ites were made by rotational UPR 3346)
molding. LLDPE-g-MA was
used to improve adhesion in The aim of this work is to
the composites. BF enhanced study the ability of laser shock
tensile modulus, hardness
technique to characterise fibre/
and crystallinity of the com- matrix adhesion in composites
posites.
and also the influence of water
ageing on this interface.
Meeting room 16
1110-3 ELECTRO DISCHARGE
MACHINABLE ALUMINABASED NANOCOMPOSITES
Luis Antonio Diaz Rodriguez
(Nanomaterials and
Nanotechnology Research
Center CINN-CSIC-UNIOVIPA), Anna Okunkova (State
University of Technology
STANKIN), Washintong
Solis (State University of
Technology STANKIN), Pavel
Peretyagin (State University
of Technology STANKIN),
Francisco José Gotor (Instituto
de Ciencia de Materiales de
Sevilla ICMS-US), Ramón
Torrecillas (Nanomaterials and
Nanotechnology Research
Center CINN-CSIC-UNIOVIPA), Ramón Torrecillas (State
University of Technology
STANKIN)
EDM ceramic composites consisting of a base non-conductive ceramic component such
Al2O3, and electro-conductive
ceramic nanoparticles such
TiC, TiNC, NbNC, TaNC, and
also SiC whiskers.
1110-4 AN IMPROVED
SHEAR-LAG MODEL FOR
NEEDLE-PUNCHED CARBON/
CARBON COMPOSITE
LAMINATES
Yongzhen Jia (Huazhong
University of Science and
Technology), Dunming Liao
(Huazhong University of
Science and Technology),
Hong Cui (Xi’an Aerospace
Composites Research
Institute), Alin Ji (Xi’an
Aerospace Composites
Research Institute), Xia Bai
(Xi’an Aerospace Composites
Research Institute)
Based on the finite difference
method and the shear-lag
theory, this paper analyzed
the stress concentrations in a
needle-punched C/C composite laminate.
Monday 20 July · Scientific
Meeting room 5
1111-2 A STUDY ON THE
MECHANICAL PROPERTIES
AND FORMABILITY
PERFORMANCE
OF STRETCHBROKEN CARBON
FIBER REINFORCED
THERMOPLASTIC
COMPOSITES
Patcharat Wongsriraksa
(Kanazawa Institute of
Technology), Mitsugu Kimizu
(Industrial Research Institute
of Ishikawa), Kiyoshi Uzawa
(Kanazawa Institute of
Technology), Isao Kimpara
(Kanazawa Institute of
Technology)
The purpose of this research
is to study the effect of
stretch-broken carbon fiber
on mechanical properties
and formability performance
of the composites made
with SBCF compared to CCF.
1111-3 COMPARISON OF
C-PLY SP (THIN PLY) WITH
WOVEN FABRIC AND UD
PERFORMANCES
Vicky Singery (CHOMARAT
Textiles Industries), Thomas
Roure (CHOMARAT Textiles
Industries), Philippe Sanial
(CHOMARAT Textiles
Industries), Jean-François
Osselin (Université de Haute
Alsace), Jean-Yves Drean
(Université de Haute Alsace)
Investigation of C-Ply™
performances and comparison with two different kinds
of textile reinforcements :
one woven fabric and one
unidirectional tape already
qualified for Aerospace
applications.
Meeting room 6
1112-3 EFFECT
OF GRAPHENE
NANOPLATELETS
FEATURES ON
CURE KINETICS
OF BENZOXAZINE
COMPOSITES
Vanessa Garcia
(FIDAMC,Getafe
(Madrid), Spain) María
R. Gude (FIDAMC,Getafe
(Madrid),Spain), Alejandro
Ureña (Department of
Applied Mathematics,
Materials Science and
Engineering and Electronics
Technology, Universidad
Rey), Juan Carlos (Móstoles
(Madrid), Spain)
Meeting room 7
1113-3
CHARACTERISATION OF
E-GLASS/VINYLESTER
COMPOSITES SUBJECTED
TO IN-PLANE AND OUT-OFPLANE HIGH STRAIN RATE
COMPRESSIVE LOADING:
EXPERIMENTAL DATA AND
NUMERICAL SIMULATION
Jamal Arbaoui (ENSTA
Bretagne), Mostapha
Tarfaoui (ENSTA Bretagne),
Aboulghit El Malki (ENSTA
Bretagne)
This paper presents the
in-plane and out-of-plane
compression behavior of
an E-glass fiber reinforced
vinylester composite,
which was tested in Split
Hopkinson Pressure Bar, and
modeled with Abaqus.
1113-4 NUMERICAL
SIMULATION OF TRIAXIAL
BRAIDED TEXTILE UNDER
BALLISTIC IMPACT
BASED ON MESO-SCALE
MODELING METHODS
Lulu Liu (Nanjing
University of Aeronautics
and Astronautics), Wei
Chen (Nanjing University
of Aeronautics and
Astronautics), Minghua
He (Tsinghua University),
Gang Luo (Nanjing
University of Aeronautics
and Astronautics), Zhenhua
Zhao (Nanjing University
of Aeronautics and
Astronautics)
meso-scale model methods
based on yarn architecture
of triaxial braided composites were employed
to investigate its dynamic
response, failure modes
and energy absorption in
LS-DYNA.
M1
1114-3
MICROMECHANICAL
MODELLING OF NONHOMOGENOUS MATERIALS
BY MESHLESS METHODS
Nelson Muthu (IIT Bombay),
Brian Falzon (Queen’s
University Belfast), Surjya
Maiti (IIT Bombay), Wenyi
Yan (Monash University)
M2
1115-3 IMPACT DAMAGE
EVALUATION AND REPAIR
TECHNIQUE OF COMPOSITE
LAMINATE FOR
STRUCTURAL DESIGN OF
SMALL SCALE AIRCRAFT
Hyunbum Park (Howon
University)
The element-free Galerkin
(EFG) method is used to investigate the micromechanics of crack propagation in
composite material. Two
approaches for representing
the bi-material interface are
examined.
1114-4 STRESS
CONCENTRATION FACTOR
OF MATRIX IN COMPOSITE
UNDER TRANSVERSE LOAD
Zheng-Ming Huang (Tongji
University), Li-Min Xin
(Tongji University)
1115-4 DISCRETE DAMAGE
MODELING IN LAMINATED
COMPOSITES UNDER
FATIGUE LOADING
Endel Iarve (University of
Dayton Research Institute),
Kevin Hoos (University of
Dayton Research Institute),
Closed-form formulae for
David Mollenhauer (Air
stress concentration factors Force Research Laboratory)
of the matrix in a composite
subjected to transverse
The Discrete Damage
loads are obtained, which
Modeling method was
are essential for microme- extended for fatigue loading
chanical strength prediction simulation. Delamination
of it
and matrix cracking extent
in open laminates was
predicted and showed
good comparison with
experiment.
M3
1116-3 THE INFLUENCE
OF MECHANICAL TEST
PARAMETERS ON THE
OUTCOME OF THE END
NOTCH FLEXURE TEST
FOR MODE II FRACTURE
TOUGHNESS.
Ives De Baere (Ghent
University), Stefan Jacques
(Ghent University), Wim
Van Paepegem (Ghent
University), Joris Degrieck
(Ghent University)
A mainly numerical evaluation of some experimental
parameters, influencing
the outcome of the end
notch flexure test for the
determination of the Mode II
fracture toughness.
1116-4 EXPERIMENTAL
AND NUMERICAL
INVESTIGATION ON THE
FRACTURE PROPERTIES
OF NANO-MODIFIED
COMPOSITES
Ali Naem S Alamry (UNSW),
B. Gangadhara Prusty
(UNSW), S Natarajan (Indian
Institute of Technology), Sri
Bandyopadhyay (UNSW)
This paper presents an experimental and a numerical
investigation of fracture
resistance of nano-modified
composites.The MWCNTs
were dispersed by a novel
dispersion technique developed in-house.
M4
1117-3 AN ELASTOPLASTIC MODEL TO
PREDICT PERMANENT
INDENTATION DUE TO
IMPACT AND QUASISTATIC INDENTATION ON
COMPOSITE LAMINATES
Zhaojie Ji (Beihang
University), Zhidong Guan
(Beihang University),
Zengshan Li (Beihang
University), Wei He (Beihang
University), Geng Han
(Beihang University), Tianya
Bian (Beihang University)
a finite element model
based on an anisotropic
elasto-plastic theory was
established to capture
permanent indentations on
composite laminates under
low velocity impact and
quasi-static indentation.
M5
1118-2 PERFORMANCE
OF VARIOUS DESIGNS OF
HYBRID LOOP-LOADED
CFRP-TITANIUM STRAPS
Holger Büttemeyer
(Faserinstitut Bremen
e.V.), Patrick Schiebel
(Faserinstitut Bremen
e.V.), Axel S. Herrmann
(Universität Bremen)
Investigation of hybrid
straps with different flange
designs, varying in radius
and the quantity of the
loops. The influence on the
tensile strength depending
on these designs has been
tested.
M6
1119-3 IN-SITU
EXPERIMENTAL
CHARACTERIZATION OF
INTERFACIAL TOUGHNESS
OF ALUMINUM THIN
FILMS ON POLYIMIDE
SUBSTRATES
Emanuele Cattarinuzzi
(Politecnico di Milano),
Riccardo Lucchini
(Politecnico di Milano),
Dario Gastaldi (Politecnico
di Milano), Pasquale Vena
(Politecnico di Milano),
Leandro Lorenzelli
(Fondazione Bruno Kessler),
Johan P. M. Hoefnagels
(Technical University of
Eindhoven)
programme
M7
1120-3 THERMOPLASTIC
COMPOSITES FOR
UNDERWATER
APPLICATIONS
Mael Arhant (Ifremer), Peter
Davies (Ifremer), Christian
Burtin (Ecole Centrale
de Nantes), Christophe
Briançon (CETIM)
Carbon fibre reinforced
polyamide thermoplastic
composites have been
tested in compression
before and after seawater
aging. Implosion tests were
performed and compared to
carbon/epoxy tube results.
The adhesion of Aluminum
thin films on Polyimide substrates was measured by
means of peel tests. In-situ
light microscopy of the peel
front enabled comprehensive interpretation of the
peel force trend
1118-3 EXPERIMENTAL
INVESTIGATION OF
MECHANICAL FASTENERS
REGARDING THEIR
INFLUENCE ON CRACK
GROWTH IN ADHESIVELY
BONDED CRFP-JOINTS
SUBJECTED TO FATIGUE
LOADING
Ronny Sachse (Institut of
Aircraft Design), Anthony
Pickett (Institut of Aircraft
Design), Wolfgang
Adebahr (Institut für
Kunststofftechnik), Moritz
Käß (Institut of Aircraft
Design), Peter Middendorf
(Institut of Aircraft Design)
The capability of different
fasteners to slow down
and arrest crack growth in
adhesively bonded CFRPjoints has been shown and
associated crack arresting
mechanisms have been
identified.
1119-4 STRAIN
RATE DEPENDENT
FAILURE OF GLASS/
EPOXY INTERFACES AT
NANO-MICROSCALE
VIA NANOIMPACT
EXPERIMENTS
Vikas Tomar (Purdue
University West Lafayette),
Devendra Verma (Purdue
University West Lafayette)
1120-4 THERMOPLASTIC
COMPOSITE PIPE;
OPERATIONAL EXPERIENCE
IN DEEPWATER
AND TECHNOLOGY
QUALIFICATION APPROACH
Bart Steuten (Airborne Oil
& Gas), Marcus Kremers
(Airborne Oil & Gas), Henk
de Boer (Airborne Oil & Gas),
Jens de Kanter (Airborne
Oil & Gas)
M8
1121-3 STRENGTH OF
THIN SOLID POLYMER
ELECTROLYTE COATINGS
AND THE COATED CARBON
FIBRES
Simon Leijonmarck
(Swerea SICOMP), Andrejs
Pupurs (Luleå University
of Technology), Leif Asp
(Swerea SICOMP), Göran
Lindbergh (KTH), Janis
Varna (Luleå University of
Technology)
Polymer coated carbon
fibres for use in structural
batteries were investigated
with respect to the durability
of the polymer after mechanical cycling. No failures
in the coatings could be
found.
1121-4 MOLECULAR
DYNAMICS MODELLING
OF STRUCTURAL BATTERY
COMPONENTS
Osvalds Verners (TU
Delft), Adri van Duin (Penn
State University), Marnix
Wagemaker (TU Delft),
Angelo Simone (TU Delft)
A crosslinked solid polymer
electrolyte reactive moThe mechanical strength
lecular dynamics study of
of metallic interfaces is
A verification of the TCP
pressure equilibrium, plasticharacterized at strain rates residual life during and after cizer and anion effects on Li
approaching 400 s-1. The
severe offshore usage for
ion diffusivity and transport
JC model is fitted to show
pipeline pre-commissioning, mechanisms is presented.
the effect of loading and
confirming the suitability of
interface structural inhoTCP for future use in other
mogeneity.
oilfield applications.
37
Scientific programme · Monday 20 July
Congress Hall A
11:35 1101-5 THE INFLUENCE
OF MOISTURE CONTENT
ON THE WELD SEAM
QUALITY FOR LASER
WELDED THERMOPLASTIC
COMPOSITES
Verena Wippo (Laser Zentrum
Hannover e.V.), Peter
Jaeschke (Laser Zentrum
Hannover e.V.), Oliver
Suttmann (Laser Zentrum
Hannover e.V.), Ludger
Overmeyer (Laser Zentrum
Hannover e.V.)
Auditorium 15
1102-5 MORPHOLOGY,
THERMAL DEGRADATION
AND MECHANICAL
PROPERTIES OF
BIODEGRADABLE
POLYESTER BLENDS AND
NANOCOMPOSITES
Riaan Luyt (University of the
Free State), Julia Mofokeng
(University of the Free State)
Auditorium 10
Auditorium 11
1103-5 ANALYSIS OF
SMART MAGNETOELECTRIC
REINFORCED PLATES
Demetra Hadjiloizi (Cyprus
University of Technology),
Alexander Kalamkarov
(Dalhousie University),
Chariklia Metti (Cyprus
University of Technology),
Pedro Pacheco (CEFET/
RJ), Marcelo Savi (COPPEUniversidade Federal do Rio
de Janeiro), Tasos Georgiades
(Cyprus University of
Technology)
Morphology and properlends
and nanocomposites of PLA
and PCL blends and titania
containing nanocomposites
The influence of the moisture prepared through melt mixing
content on the weld seam
and compression moulding.
A comprehensive microquality of laser welded endmechanical model for the
less glass fiber reinforced polanalysis of smart composite
yetherimide (GF PEI) welded
and reinforced piezo-magneto GF PEI containing carbon
to-thermo-elastic thin plates
black was investigated.
is developed on the basis of
asymptotic homogenization.
11:55 1101-6 INFLUENCE OF
SURFACE PREPARATION
ON FUSION BONDING
OF THERMOPLASTIC
COMPOSITES
Francisco Sacchetti
(ThermoPlastic composites
Reserch Center), Wouter J.
W. Grouve (ThermoPlastic
composites Reserch Center),
Laurent L. Warnet (University
of Twente), Irene Fernandez
Villegas (Delft University of
Technology)
1102-6 SOUND ABSORPTION
OF ELECTROSPUN
POLYVINYLIDENE FLUORIDE/
CARBON NANOTUBE
MEMBRANES
Chang-Mou Wu (ational
Taiwan University of Science
and Technology), M. H. Chou
(National Taiwan University of
Science and Technology)
Effects of β-phase crystallinity and piezoelectricity of
electrospun CNT/PVDF on the
sound-absorbing were studThe contamination of the sur- ied. Novel sound-absorbing
face of laminate due to the re- material especially at low
lease media and its effect on and middle frequency was
the mechanical performance developed.
of fusion bonded joints is the
subject of this study.
Auditorium 12
1105-5 ANISOGRID
COMPOSITE LATTICE FLOOR
BEAM STRUCTURES FOR
COMMERCIAL AIRPLANES
Alexander Razin (Central
Research Institute of Special
Machinery), Valery Vasiliev
(Central Research Institute
of Special Machinery),
Vyacheslav Barynin (Central
Research Institute of Special
Machinery), Andrey Azarov
(Central Research Institute of
Special Machinery)
The paper is concerned with
design, analysis, fabrication
and testing of Anisogrid
(Anisotropic Grid) composite
lattice floor beams for the
fuselage of a commercial
airplane.
1105-6 COUPLING EFFECT
OF COMPOSITE BLADE
UNDER FLUID STRUCTURE
INTERACTION
Zhang Long (Northwestern
polytechnical University),
Huang Tao (Northwestern
Polytechnical University),
Jia Purong (Northwestern
Polytechnical University),
Jiao Guiqiong (Northwestern
Polytechnical University)
The blade under fluid field
was simulated by both
CFD and FSI methods. the
responses of blade structure
and fluid field was compared
through the finite element
analysis.
Meeting room 18
1106-5 NOVEL 3D PREFORM
ARCHITECTURE FOR
IMPROVED PERFORMANCE
OF STRUCTURAL BEAMS
Nandan Khokar (Biteam
AB), Stefan Hallström (Div.
of Lightweight Structures),
Fredrik Winberg (Biteam AB)
The paper presents a new
class of composite beams
produced with an Add-on textile technology demonstrated
by producing and testing
I-beams with full interlacement of 0/90° flanges and a
±45 web.
1106-6 ACTIVE CONTROL
OF TEXTILE FORMING
PROCESSES
Thomas Gereke (Technische
Universität Dresden-Institute
of Textile Machinery and
High Performance Material
Technology), Farbod Nosrat
Nezami (Daimler AG),
Matthias Hübner (Technische
Universität Dresden-Institute
of Textile Machinery and
High Performance Material
Technology), Oliver Döbrich
(Technische Universität
Dresden-Institute of
Textile Machinery and
High Performance Material
Technology), Chokri Cherif
(Technische Universität
Dresden-Institute of
Textile Machinery and
High Performance Material
Technology)
Simulation approaches for
modelling the drape process
and a tailored forming process of carbon fibre fabrics
are presented with a complex
automotive structural part as
example.
12:15 Lunch in the Exhibition
13:30 INDUSTRY SESSION
38
Meeting room 19
1107-5 MODELLING
PRESSURE DISTRIBUTION
DURING COOLING OF
RANDOMLY-ORIENTED
STRAND CARBON/PEEK
COMPOSITES
Benoit Landry (McGill
University), Pascal Hubert
(McGill University)
A model was developed to
predict defect formation during compression moulding of
ROS carbon/PEEK composites.
It was validated by comparing
the predicted defects with
those found on moulded
panels.
1107-6 MULTI-SCALE,
MULTI-PHYSICAL
PROCESS SIMULATION
OF THE PRODUCTION
OF MULTICURVED CFRP
REINFORCEMENTS
Michael Scheerer (Aerospace
& Advanced Composites
GmbH), Zoltan Simon
(Aerospace & Advanced
Composites GmbH), Tim Roser
(Airbus Helicopters), Bernhard
Rittenschober (ALPEX
Technologies GmbH), Raphael
Reinhold (Broetje Automation),
Sebastian Schmidhuber
(Krauss Maffei Technologies)
Meeting room 20
1108-4 A COMPARATIVE
STUDY OF IMPACT
PERFORMANCE AND POSTIMPACT STRENGTH OF HIGH
VOLUME FRACTION RESIN
TRANSFER MOULDED FLAX
AND GLASS FIBRE EPOXY
LAMINATES
Henry Ling (University of
Auckland), Mark Battley
(University of Auckland), Tom
Allen (University of Auckland)
Meeting room 17
1109-5 INTERFACIAL
IMPROVEMENT FOR
CARBON FIBER/ EPOXY
RESIN MONOFILAMENT
COMPOSITE MODIFIED WITH
GRAPHENE OXIDE
Ye Li (Beihang University), Yan
Zhao (Beihang University),
Junlin Chen (Beihang
University), Zhe Yang (Beihang
University), Yue Hao (Beihang
University), Jianming Sun
(Beihang University)
Experimental comparison of
tensile, compressive and impact performance of flax and
glass fibre laminates. Flaxfibre laminates were shown to
have lower specific and absolute properties than glass.
1108-5 PROCESSING
AND CHARACTERIZATION
OF CARBON NANOTUBE
/ POLYLACTIC ACID
NANOCOMPOSITE FILMS
Erin Sullivan (Georgia Institute
of Technology), Parvin Karimi
(Texas A&M University),
Francesca Gencarella (Georgia
Institute of Technology),
Renee Puvvada (Georgia
Institute of Technology),
Ben Wang (Georgia
Institute of Technology),
Rosario Gerhardt (Georgia
Institute of Technology),
Mohammad Naraghi (Texas
A&M University), Kyriaki
Multi-scale and multi-physical Kalaitzidou (Georgia Institute
finite element process simu- of Technology)
lation on an aircraft structural
part is presented. Infiltration The effect of processing
and spring-in simulation
method on carbon nanotube/
results are verified on an RTM polylactic acid films fabricated
manufactured part.
via: 1) melt fiber spinning/
compression molding or 2)
electrospinning/compression
molding was examined.
1109-6 THERMAL
CONDUCTIVITY
IMPROVEMENT OF
COPPER-CARBON FIBER
COMPOSITE BY ADDITION
OF AN INSULATOR: CALCIUM
HYDROXIDE
Jean-François Silvain (ICMCBCNRS), Samuel Couillaud
(ICMCB-CNRS), Yongfeng
Lu (UNL)
Meeting room 16
1110-5 NANOSTRUCTURED
HYBRID CARBON
NANOTUBE-CERAMICS
HETEROSTRUCTURES：
MICROSTRUCTURE
EVOLUTION AND FORMING
MECHANISM
Changqing Hong (Harbin
Institute of Technology)
The interest in carbon nanotubes (CNTs) as reinforcements for ceramic and ceramic matrix composites has
been growing considerably.
However, the dispersion effect
and mechanical properties
for CNTs-ceramics are not as
satisfactory as anticipated.
1110-6 MONOTONIC
TENSION, FATIGUE AND
CREEP BEHAVIOR OF 3D
BRAIDED KD-I-SIC-FIBERREINFORCED POLYMERDERIVED SIC-MATRIX
COMPOSITES AT 1100OC
AND 1300OC FOR COATED
AND UNCOATED SPECIMENS
Xin Jing (Beihang University),
Duoqi Shi (Beihang
University), Xiaoguang Yang
The effects of adding calcium (Beihang University)
hydroxide (Ca(OH)2) to a
copper-carbon fiber (30%)
Monotonic tension, fatigue
composite (Cu-CF(30%)) were and creep performance and
studied. After sintering at 700 failure mechanisms for a
°C, precipitates of calcium ox- braided SiC/SiC composite at
ide (CaO) were included in th elevated temperatures were
investigated in air.
Monday 20 July · Scientific
Meeting room 5
Meeting room 6
1111-4 NOVEL
WAVINESS DESIGN FOR
THERMOPLASTIC TAPE
BRAIDS TO IMPROVE
MICROMECHANICAL
PROPERTY PREDICTION
Daniel Barfuss (TU Dresden),
Maik Gude (TU Dresden),
Christian Garthaus (TU
Dresden)
Tape braiding technology
represents a novel, high
rate preforming process for
manufacturing composite
structures. Here new ways
of prediction for the resulting properties are shown.
1111-5 DUCTILITY FROM
FIBRES AND MATRIX LESSONS FROM NATURAL
FIBRE COMPOSITES
Stephen Eichhorn (University
of Exeter)
This review of the literature
on ductility in composite fibres, networks and composite materials will draw out
some principles on which
one might form the basis for
a ductile composite.
Meeting room 7
1113-5 NUMERICAL
MODELLING OF
POLYURETHANE USED
AS CORE MATERIAL IN
SACRIFICIAL CLADDING
FOR BLAST MITIGATION
Hamza Ousji (Royal Military
Academy), Mohamed
Abderaouf Louar (Royal
Military Academy), Bachir
Belkassem (Royal Military
Academy), Lincy Pyl (Vrije
Universiteit Brussel), John
Vantomme (Royal Military
Academy)
M1
1114-5 INFLUENCE OF
VOIDS ON TRANSVERSE
CRACK ONSET LOCATION
IN CFRP LAMINATES
USING X-RAY COMPUTED
TOMOGRAPHY
Shigeki Aratama (Kawasaki
Heavy Industries-Ltd.),
Yusuke Tsumura (Kyoto
University), Ryosuke
Hashizume (Kyoto
University), Masaaki
Nishikawa (Kyoto
University), Masaki Hojo
(Kyoto University)
M2
1115-5 APPLICATION
OF A VIRTUAL SHEAR
STRESS MODEL AND
COMPARISON WITH
WWFE-III PREDICTIONS
TO DESCRIBE THE NONLINEAR BEHAVIOR OF
COMPOSITE MATERIALS
Siegfried Galkin (KIT Institute of Vehicle System
Technology), Fabian
Johannes Schirmaier (KIT Institute of Vehicle System
Technology), Luise Kärger
(KIT - Institute of Vehicle
System Technology)
M3
1116-5 EVALUATION OF
THE CLIMBING DRUM
PEEL (CDP) TEST FOR
THE DETERMINATION OF
THE MODE I FRACTURE
TOUGHNESS OF
MONOLITHIC LAMINATED
COMPOSITE SPECIMENS
Federica Daghia (ENS
Cachan), Christophe Cluzel
(ENS Cachan)
M4
1117-5 MATERIAL
MODEL OF LAYERED
FABRIC COMPOSITES
WITH DELAMINATION
PREDICTION FOR IMPACT
SIMULATIONS USING
STANDARD REISSNERMINDLIN SHELL
FORMULATION
Sylvain Treutenaere
(University of Valenciennes),
Fanck Lauro (University
The CDP test and the classi- of Valenciennes), Bruno
cal DCB test are compared Bennani (University of
for monolithic composites. Valenciennes), Tsukatada
Global and local indicators Matsumoto (Toyota Motor
The present paper focuses Effects of voids on strengths
enable us to validate the
Europe), Ernesto Mottola
on the comparison and reli- of CFRP laminates were
Modeling nonlinear shear
CDP for the determination
(Toyota Motor Europe)
ability of the results of blast experimentally investigatstress behavior with super- of the mode I delamination
mitigation predictions with ed. X-ray CT was used to
imposed transverse tension toughness.
The present work provides a
different material models for observe transverse cracks without needing any iteraway to predict the behaviour
PU available in LS-DYNA.
and voids in specimens after tion at the time integration
of textile composites under
testing for understanding of points to reach convergence
impact with a viscoelastic
mechanics.
damageable model coupled
to a recompuation of the
realistic strain field.
1113-6 HIGH STRAIN
1114-6
1115-6 SUPPRESSION OF
RATE TENSILE TESTING
MICROMECHANICAL
INTERLAMINAR CRACK
OF ARAMID YARN - A
DAMAGE SIMULATION
IN UD-CFRP CONTAINING
FEASIBILITY STUDY OF
OF FIBRE REINFORCED
FIBRE DISCONTINUITY
OPTICAL MEASUREMENT COMPOSITE LAMINATES
USING POLYAMIDE MESH
Jørgen Kepler (Aalborg
SUBJECTED TO LOW
Hayato Nakatani (Osaka City
University), Lennart Hansen VELOCITY IMPACT BY
University), Tatsuya Imamura
(Aalborg University), Peter
MULTISCALE METHOD
(Osaka City University),
Fritsen (Aalborg University) Lei Yang (Dalian University Katsuhiko Osaka (Osaka City
of Technology), Zhanjun
University)
High strain rate testing of
Wu (Dalian University of
dry aramid yarn through
Technology)
Interlaminar crack onset
the use of ballistic test
stresses in CFRP laminates
equipment and high-speed A multiscale model was
containing fibre discontinuivideo recording, with sup- presented to simulate and ty are improved by interlamplementary accelerometer reveal the micromechanical inar toughening using mesh
measurements for force
damage mechanisms of
of polyamide, and they are
calculation.
fibre reinforced composite predicted by an analytical
laminates subjected to low model.
velocity impact.
M5
1118-4 BEARING
STRENGTH AND
INTERLAMINAR
PROPERTIES OF NOVEL
FIBRE REINFORCED
POLYMER HYBRIDS WITH
PERMEABLE METAL
LAYERS
Björn Bosbach (Technische
Universität HamburgHarburg), Wilfried V. Liebig
(Technische Universität
Hamburg-Harburg),
Bodo Fiedler (Technische
Universität HamburgHarburg)
M6
1119-5
MICROMECHANICAL TIMELAPSE X-RAY CT STUDY
OF FATIGUE DAMAGE IN
UNI-DIRECTIONAL FIBRE
COMPOSITES
Kristine Munk Jespersen
(Technical University of
Denmark), Tristan Lowe
(University of Manchester),
Philip J. Withers (University
of Manchester), Jens
Zangenberg Hansen (LM
Wind Power), Lars Pilgaard
Mikkelsen (Technical
University of Denmark)
The hybrid composites with
permeable metal fabrics
are manufactured by using
Resin-Transfer-Moulding.
Resulting in high quality
composites with enhanced
load bearing capability.
The study considers fatigue
damage evolution in a
uni-directional glass fibre
composite manufactured
from a non-crimp fabric, by
means of X-ray Computed
Tomography on cut-outs of
pre-fatigued samples.
1118-5 INVESTIGATION OF
THE EFFECT OF MWCNT
FILLED EPOXY ADHESIVES
IN ENHANCING THE
QUALITY OF DISSIMILAR
MATERIAL BONDED
JOINTS
Maria Konstantakopoulou
(NEWCASTLE UNIVERSITY),
George Kotsikos
(NEWCASTLE UNIVERSITY)
1119-6 TIME-LAPSE X-RAY
MICROTOMOGRAPHIC
IMAGING OF
COMPRESSIVE FAILURE
IN CARBON FIBRE-EPOXY
COMPOSITES
Ying Wang (The University
of Manchester), Costas
Soutis (The University
of Manchester), Philip
Withers (The University of
Manchester)
1120-6 DESIGN AND
FATIGUE ANALYSIS OF
COMPOSITE TURBINE
BLADES UNDER OCEAN
WAVE AND CURRENT
LOADING
Hassan Mahfuz (Florida
Atlantic University), Marco
Canino (Florida Atlantic
University), Takuya Suzuki
(IHI Corporation), Fang Zhou
(Florida Atlantic University)
The evolution of kink bands
has been observed by
time-lapse X-ray µCT in the
compressive zone of carbon
fibre/epoxy composite under
in situ four-point bend test.
Performing a static and
fatigue analysis on an
ocean current turbine
blade through the implementation of modified
National Renewable Energy
Laboratory codes, based on
blade element momentum
theory.
The objective of this study
is to investigate the effects
of the surface modification
of the metal substrate accompanied by modification
of the adhesive properties
on the strength of single
lap joints
programme
M7
1120-5 CARBON-FIBER
COMPOSITE CABLES FOR
DEEP-WATER ANCHORAGE
Eduardo Menezes (UFRGS),
Lais Silva (UFRGS), Carlos
Cimini (UFMG), Sandro
Amico (UFRGS)
This paper describes
the tensile and bending
behaviour of carbon fibre
composite cables intended
to be used on the anchorage
of oil platforms by confronting experimental tests with
numerical results.
M8
1121-5 BUNDLE
REINFORCED POLYMER
COMPOSITES FOR NOVEL
STRUCTURAL BATTERIES
Yalin Yu (Beihang University),
Boming Zhang (Beihang
University), Guocheng
Qi (Beihang University),
Zhanwen Tang (Beihang
University)
A novel structural battery
was designed based on
the carbon fiber bundle
composites (CFBC), and
the electrochemical and
mechanical properties were
measured experimentally
and analyzed numerically.
1121-6 DESIGNER LINEAR
FUNCTIONALLY GRADED
VISCOELASTIC COMPOSITE
MATERIALS TAILORED
TO OPTIMIZE ENERGY
HARVESTING
Harry Hilton (University
of Illinois at UrbanaChampaign)
Motion damping by energy
harvesting through piezoelectric devices recharging
batteries and having it
available to do useful work
rather than simply dissipating energy by heat is a
preferable process.
Lunch in the Exhibition
INDUSTRY SESSION
39
Scientific programme · Monday 20 July
Congress Hall A
Auditorium 15
1202 Nano Composites 2
15:00 1201 Processing Manufacturing Technology 2
15:00 1201-1 CONTINIOUS
PRODUCTION OF
FIBRE REINFORCED
THERMOPLASTIC
COMPOSITES BY BRAIDING
PULTRUSION
Jens Schäfer (Institut für
Textiltechnik der RWTH
Aachen University)
Auditorium 11
1204 Fatigue 2
Auditorium 12
1205 Structural Analysis
and Optimization 2
This work describes the
development of a processing
technology for the production
of hollow thermoset CFRP
parts of complex shape
through the combination
of pull-braiding and blow
moulding.
40
1202-2 FATIGUE
DELAMINATION OF
A CARBON FABRIC–
REINFORCED EPOXY
COMPOSITE WITH CARBON
NANOTUBES
Martin Kadlec (VZLU Aerospace Research and Test
Establishment), Jakub Šedek
(VZLU - Aerospace Research
and Test Establishment)
This work presents decreased
fatigue crack growth rate by
approximately 80 % on DCB
specimens made from a CFRP
with 0.5 % CNTs. The rate
also related to the interface of
the tows of the plain weave.
1204-1 MICRO-MECHANICAL
MULTIAXIAL FATIGUE
1203-1 A COMPOSITE
MODEL FOR CRACK DENSITY
INTELLIGENT WING WITH
EVOLUTION AND STIFFNESS
STATE-SENSING AND
DEGRADATION
AWARENESS CAPABILITIES Jens Glud (Aalborg University),
Fotis Kopsaftopoulos (Stanford Janice Dulieu-Barton
University), Raphael Nardari
(University of Southampton),
(Stanford University), YuOle Thybo Thomsen (Aalborg
Hung Li (Stanford University), University), Lars Christian
Fu-Kuo Chang (Stanford
Terndrup Overgaard (Aalborg
University)
University)
1205-1 BUCKLING
OPTIMIZATION OF STEERING
STIFFENERS FOR GRIDSTIFFENED COMPOSITE
STRUCTURES
Dan Wang (Delft University
of Technology), Mostafa
Abdalla (Delft University of
Technology)
1204-2 INFLUENCE OF
IMPACT DAMAGE ON THE
FATIGUE BEHAVIOUR OF
LARGE SCALE COMPOSITES
Bodo Fiedler (Technische
Universität Hamburg-Harburg),
Nils Kosmann (Technische
Universität Hamburg-Harburg),
Karl Schulte (Technische
Universität Hamburg-Harburg)
1205-2 MINIMUM COST
DESIGN OF A HYBRID
LAMINATE WITH UNCERTAIN
MATERIAL PROPERTIES
SUBJECT TO FREQUENCY
CONSTRAINTS
Sarp Adali (University of
KwaZulu-Natal), Isaac
Radebe (Durban University of
Technology)
Meeting room 18
1206 Process Induced
Effects 1
1206-1 OPTICAL
DEFORMATION ANALAYSIS
OF THE FAILURE BEHAVIOR
OF FIBER REINFORCED
POLYMERS CAUSED BY
LASER PROCESSING
Michael Rose (Technische
Universität Dresden), Andreas
Fürst (Technische Universität
Dresden), Jozsef-Sebastian
The Flechttrusion is an
Curved stiffeners are opPap (Technische Universität
innovative process chain to
timized for grid-stiffened
Dresden), Annett Klotzbach
produce fibre reinforced thercomposite structures to
(Fraunhofer IWS Dresden),
moplastic profiles. The main We investigated scalable pat- The complete sensor network The current research effort
enhance the structural
Jan Hauptmann (Fraunhofer
part is about the Integration of terning of iron-coated carbon design, integration, and
with regard to the develbuckling resistance and per- IWS Dresden), Irene Jansen
inserts, a cost calculation and nanotube pillars using oscil- wind tunnel experimental
opment of a mechanistic
formances are compared with (Technische Universität
a new heating technology.
lating magnetic fields, in order assessment are presented
micro-mechanical multiaxial variable-stiffness skins with Dresden), Eckhard Beyer
to achieve highly organized
for a bio-inspired intelligent
fatigue model for use in wind curved fibers.
(Technische Universität
1D micro-structures.
composite UAV wing with
turbine blade applications is
Dresden)
self-sensing and awareness presented.
capabilities.
Laser remote cutting of FRP
provide fast processing. By an
adapted tensile test procedure
and a digital image correlation
system the mechanical influence of the process on the
material was examined.
15:20 1201-2 MANUFACTURING
OF COMPLEX SHAPE
COMPOSITE PARTS
THROUGH THE
COMBINATION OF PULLBRAIDING AND BLOW
MOLDING
Renato Bezerra (Fraunhofer
Institute for Chemical
Technology ICT), Frederik
Wilhelm (Fraunhofer Institute
for Chemical Technology
ICT), Sebastian Strauß
(Fraunhofer Institute for
Chemical Technology ICT),
Holger Ahlborn (University of
Stuttgart)
1202-1 MAGNETICALLY
ANISOTROPIC NANOPILLARS: MICROSTRUCTURING OF
NANOCOMPOSITES USING
OSCILLATING MAGNETIC
FIELDS
Namiko Yamamoto (Penn
State University), Harish
Manohara (Jet Propulsion
Laboratory-California Institute
of Technology)
Auditorium 10
1203 Multifunctional
Composites - Sensing and
Actuation 2
KEYNOTE
The hexapod testing machine
is a unique set up. It is possible to perform shear, normal
loads and combinations. It enables to test composite structures under mulitaxial loading
conditions up to 30Hz.
Meeting room 19
1207 Process Modelling 2
Meeting room 20
1208 Biocomposites 2
Meeting room 17
1209 Interfaces and
Interphases 2
Meeting room 16
1210 Foams, Cellular and
Lattice Materials 1
1207-1 DEVELOPMENT OF
INFUSION STRATEGY FOR
COMPOSITE RAILROAD
HOPPER CAR WITH
FLOW SIMULATION AND
VALIDATION
A. E. Ushakov (ApATeCh),
A. A. Safonov (Skoltech),
M. Labordus (Lightweight
Structures B.V.), E. I.
Kornienko (ApATeCh), N. V.
Rozin (Tsagi)
1208-1 RAPID AND
EFFECTIVE METHODS FOR
THE SCREENING OF FLAX
FIBRES FOR COMPOSITE
APPLICATIONS
Kevin Hendrickx (KU Leuven),
Ramona Delphine Romian
Sitohang (KU Leuven), Toon
Goedemé (KU Leuven), Aart
Willem Van Vuure (KU Leuven),
Jan Ivens (KU Leuven)
1209-1 LONGTERM INTERFACIAL
PERFORMANCE OF SURFACE
TREATED CFRP COMPOSITES
UNDER HYGROTHERMAL
CONDITIONS
Bin Yu (Nanyang Technological
University), Jinglei Yang
(Nanyang Technological
University)
1210-1 NOVEL GEOPOLYMER
BASED SYNTACTIC FOAMS
Liying Zhang (Nanyang
Technological University), Fan
Zhang (Nanyang Technological
University), Ming Liu (Nanyang
Technological University), Xiao
Hu (Nanyang Technological
University)
The aim of this work is to
The effect of technical flax
study the effect of moisture
Development of infusion
fibre fineness, purity and
absorption and surface
strategy for composite railstrength on the composite
treatment of carbon fiber on
road hopper car with flow
performance was investigated the interfacial properties of
simulation and validation.
to provide screening methods carbon fiber reinforced polyThe hopper car roof and body to assess the composite suit- mer (CFRP).
were both impregnated in
ability of the fibres.
one shot.
1206-2 A LOCAL SOLUTION
FOR THE STRESS STATE IN
A NEW NOTCHED RESIDUAL
STRESS SPECIMEN
SUBJECTED TO AN ANTISYMMETRIC BENDING
LOADING CONDITIONS
Johnny Jakobsen (Aalborg
University), Anders
Lyckegaard (-)
1207-2 NUMERICAL
SIMULATION OF DYNAMIC
WETTING FLOWS INTO
FIBROUS MEDIA, FOR
MACRO/MICRO-VOID
CREATION ISSUES DURING
LIQUID COMPOSITE
MOLDING PROCESS
Yujie Liu (Ecole des Mines
de Saint-Etienne), Nicolas
Moulin (Ecole des Mines de
Minimum cost design of
An Analytical solution for
Saint-Etienne), Julien Bruchon
hybrid cross-ply laminates for a newly proposed residual
(Ecole des Mines de Sainta given frequency is obtained specimen is derived. The solu- Etienne), Pierre-Jacques
by minimizing the thickness tion is a superposition of two Liotier (Ecole des Mines de
of expensive layers. Material elastic problems and may be Saint-Etienne), Sylvain Drapier
properties are taken as uncer- used to explore fatigue char- (Ecole des Mines de Sainttain using convex analysis.
acteristics of a composite.
Etienne)
NUMERICAL SIMULATION OF
DYNAMIC WETTING FLOWS
INTO FIBROUS MEDIA,
FOR MACRO/MICRO-VOID
CREATION ISSUES DURING
LIQUID COMPOSITE MOLDING
PROCESS - bifluid-solid contact model involving capillary
effects
1208-2 PROCESSING OF
HIGH PERFORMANCE
BIOCOMPOSITES FOR THE
USE IN THE EUROPEAN
BUILDING INDUSTRY
Jovana Dzalto (Institute
for Composite Materials),
Luisa A. Medina (Institute
for Composite Materials),
Peter Mitschang (Institute for
Composite Materials)
1209-2 PHYSICOCHEMISTRY OF
VINYLESTER/GLASS FIBER
INTERFACES USED IN SMC
COMPOSITES
Thibaut Bénéthuilière
(Ingénierie des Matériaux
Polymères-INSA Lyon / Plastic
Omnium Auto Exterior),
Jannick Duchet-Rumeau
(Ingénierie des Matériaux
Polymères-INSA Lyon), Elise
By optimizing the manufactur- Dubost (Plastic Omnium
ing process and using aligned Auto Exterior), Christophe
fibers instead of conventional Peyre (Plastic Omnium
non-wovens, the mechanical Auto Exterior - MCR), Cécile
as well as physical perforMargand (Plastic Omnium
mance of bio-composites
Auto Exterior), Jean-François
could be significantly inGérard (Ingénierie des
creased.
Matériaux Polymères-INSA
Lyon)
Evaluation of a styrene-free
resin used in SMC composites
for the automotive industry,
in terms of wetting, impregnation, and adhesion. From
micro to macroscale.
Novel geopolymer based
syntactic foams containing
different types of hollow
microspheres were fabricated
The mechanical properties
of the syntactic foams were
systematically studied.
1210-2 SOFT 3D ACOUSTIC
METAMATERIAL WITH
NEGATIVE INDEX
Olivier Mondain-Monval
(University of Bordeaux),
Benoit Mascaro (University of
Bordeaux), Olivier Poncelet
(University of Bordeaux),
Christophe Aristégui
(University of Bordeaux),
Thomas Brunet (University
of Bordeaux), Aurore Merlin
(University of Bordeaux), Kévin
Zimny (University of Bordeaux
), Jacques Leng (University of
Bordeaux)
Monday 20 July · Scientific
Meeting room 5
1211 Textile-Based
Composites and Fibre
Architecture 2
Meeting room 6
Meeting room 7
1212 Graphene, Graphene- 1213 X-ray Computed
Based Composites 2
Tomography 1
M1
1214 Fracture
and Damage Micromechanics 2
1211-1 EVALUATION OF THE 1212-1 EFFECTIVE
1213-1 EFFECTIVE
1214-1 EXPERIMENTAL
GEOMETRICAL INFLUENCE
DISPERSION OF GRAPHENE PROPERTIES OF
CHARACTERIZATION AND
OF THE STITCHING YARN
IN THERMOPLASTIC
UNIDIRECTIONAL FLAX/
COHESIVE LAWS FOR
ON THE STIFFNESS AND
POLYMERS: CHEMICAL
EPOXY COMPOSITES WITH DELAMINATION OF OFFSTRESS DISTRI-BUTION IN
AND PROCESSING
TWISTED YARNS
AXIS GFRP LAMINATES
CONTINUOUS CARBON FIBER
STRATEGIES
Ilya Straumit (KU Leuven),
Esben Lindgaard (Aalborg
REIN-FORCED PLASHoracio Salavagione (ICTP- Farida Bensadoun (KU
University), Brian Bak
TICS MADE BY TAILORED
CSIC), Marta Castelaín
Leuven), Stepan Lomov (KU (Aalborg University)
FIBER PLACE-MENT USING
(ICTP-CSIC), Fabrizio Marra Leuven), Martine Wevers (KU
FINITE ELEMENT ANALYSIS
(Sapienza University of
Leuven)
This work experimentally
Uhlig Kai (Leibniz-Institut für
Rome), Marián Gómezcharacterizes delamination
Polymerforschung Dresden
Fatou (ICTP-CSIC), Gerardo The paper present results of in GFRP laminates taking
e.V.), Matteo Tosch (LeibnizInstitut für Polymerforschung
Martínez (ICTP-CSIC), Carlos the modelling of unidirecinto account the influence of
Dresden e.V.), Lars Bittrich
Marco (ICTP-CSIC), Gary
tional flax/epoxy composite the off-axis angle between
(Leibniz-Institut für Poly-mer- Ellis (ICTP-CSIC), Maria
samples to predict their
the lamina orientation and
forschung Dresden e.V.), Axel Sarto (Sapienza University
effective properties taking the crack growth direction.
Spickenheuer (Leibniz-Inof Rome)
into account twist and misstitut für Polymerforschung
alignment of the yarns.
Dresden e.V.), Uwe Gohs(LeibA
series
of
strategies
to
obniz-Institut für Polymer-fortain thermoplastic/graphene
schung Dresden e.V.), Gert
nanocomposites with
Heinrich (Leibniz-Institut für
improved electrical, thermal
Polymerforschung Dresden
and mechanical properties,
e.V.)
based chemical functionEVALUATION OF THE
alization of graphene are
GEOMETRICAL INFLUENCE
presented.
M2
1215 Fracture and
Damage - Laminate
Scale 2
1215-1 COHESIVE
LAWS FOR ANALYZING
THROUGH-CRACK
PROPAGATION IN CROSS
PLY LAMINATES
Andrew Bergan (NASA
Langley Research Center),
Carlos Dávila (NASA Langley
Research Center)
1211-2 A NUMERICAL
APPROACH MODELING THE
BRAIDING PROCESS FOR
ARBITRARY MANDREL
SHAPES TO CALCULATE
PREFORM PROPERTIES
Thorsten Hans (Technical
University of Munich),
Roland Hinterhoelzl
(Technical University of
Munich)
1215-2 DAMAGE
AND FAILURE OF
THERMOPLASTIC
LAMINATES WITH
STRATIFIED AND
CLUSTERED FIBERS
Arief Yudhanto (KAUST
(King Abdullah University of
Science and Technology)),
Gilles Lubineau (KAUST
(King Abdullah University of
Science and Technology)),
Ditho Pulungan (KAUST
(King Abdullah University of
Science and Technology)),
Husam Wafai (KAUST (King
Abdullah University of
Science and Technology)),
Warden Schijve (SABIC),
Nikhil Verghese (SABIC
Technology Center)
M3
1216 Fracture and
Damage - Delamination 2
M4
1217 Constitutive
Models 2
1216-1 TESTING OF
Z-PINNED LAMINATES
WITH MULTIPLE
DELAMINATIONS
Mehdi Yasaee (University
of Bristol), Galal Mohamed
(University of Bristol),
Stephen Hallet (University
of Bristol)
1217-1 A MESOMECHANICAL
CONSTITUTIVE MODEL OF
PARTICLE REINFORCED
TITANIUM MATRIX
COMPOSITES AT HIGH
TEMPERATURES
Weidong Song (Beijing
Institute of Technology),
Lijun Xiao (Beijing Institute
Cohesive laws are charApplication of Z-pinning is a of Technology)
acterized from tests of
subject of great interest in
cross-ply compact tension the field of through-thickspecimens for two material ness reinforcement (TTR)
systems. Results are com- of composite laminates. To
pared for specimens with
date, the majority of Z-pin
notches machined by water- characterisation work has
jet and by wire slurry saw. been cond
M5
1218 Joints - Design,
Manufacturing and
Testing 2
1218-1 EXPERIMENTAL
AND NUMERICAL
ANALYSIS OF PRELOAD
IN BOLTED COMPOSITE
JOINTS WITH
TEMPERATURE LOADS
F. Hermsdorf (Universität
der Bundeswehr München),
T. Matzies (Universität der
Bundeswehr München),
H. Rapp (Universität der
Bundeswehr München)
Preload loss is determined
for quasi-isotropic, biaxial
and UD CFRP-laminates
at room temperature and
70°C. Results are compared
to 3D-FE-simulations using
viscoelastic and quasi-elastic method.
M6
1219 Applications Aerospace 1
M7
1220 Applications Automotive and Rail 1
1219-1 STRUCTURAL
DESIGN OF AN
INSTRUMENTED DOUBLESWEPT WIND TUNNEL
MODEL
Benjamin Lütke (DLR),
Moritz Schmidt (DLR), Jens
Neumann (DLR)
1220-1 EVALUATING
MULTI-MATERIALCONCEPTS REGARDING
TECHNICAL, ECOLOGICAL
AND ECONOMICAL
PROPERTIES
Sebastian Kleemann
(Technische Universität
Braunschweig), Thomas
Vietor (Technische
Universität Braunschweig)
The experimental setup
and the manufacturing are
described. The FE model,
the strength analysis and
the validation by an experimentel modal analysis are
presented. FSI simulations
are shown.
programme
1221-1 RECENT ADVANCES
IN STRUCTURAL
SUPERCAPACITORS
FOR TRANSPORT
APPLICATIONS
Emile Greenhalgh (Imperial
College London), Natasha
Shirshova (Durham
University), Anthony
Kucernak (Imperial College
Due to the high complexity London), Milo Shaffer
of desinging components in (Imperial College London),
multi-material-design and Rita Teixeira (Imperial
conflicting development
College London), Alexander
goals a software tool is de- Bismarck (University of
veloped in order to support Vienna), Maxim Kireitseu
the designing engineer.
(Cytec Industrial Materials),
Richard Shelton (Cytec
Industrial Materials)
The focus of this paper are
structural power materials:
structural composites which
have the capacity to store
and deliver electrical energy,
and presents the current developments in this field.
OF THE STITCHING YARN ON
THE STIFFNESS AND STRESS
DISTRIBUTION IN CONTINUOUS
CARBON FIBER REINFORCED
PLASTICS MADE BY TAILORED
FIBER PLACEMENT
1212-2 THREE-DIMENSIONAL
GRAPHENE/POLYMER
COMPOSITES WITH
EXCEPTIONAL MULTIFUNCTIONAL PROPERTIES
Zhenyu WANG (The Hong
Kong University of Science
and Technology), Xi Shen
(The Hong Kong University
of Science and Technology),
Mohammad Akbari Garakani
(The Hong Kong University of
Science and Technology), Xiuyi
Lin (The Hong Kong University
The overbraiding process
of Science and Technology),
is virtually analyzed using
the finite element method. Ying Wu (The Hong Kong
University of Science and
An approach to analyzed
arbitrary mandrel shapes, a Technology), Xu Liu (The Hong
Kong University of Science
post processing procedure
and Technology), Xinying Sun
and a validation method are (The Hong Kong University
presented.
of Science and Technology),
Jang-Kyo Kim (The Hong Kong
University of Science and
Technology)
1213-2 MOISTUREINDUCED SWELLING
PROPERTIES OF NATURAL
CELLULOSE FIBRES
CHARACTERIZED BY
SYNCHROTRON X-RAY
COMPUTED TOMOGRAPHY
Kristofer Gamstedt (Uppsala
University), Thomas Joffre
(Uppsala University),
Per Isaksson (Uppsala
University), Simon Sticko
(Uppsala University), Pierre
Dumont (Université Grenoble
Alpes), Sabine Rolland du
Roscoat (Université Grenoble
Alpes), Laurent Orgéas
(Université Grenoble Alpes)
1214-2 FATIGUE DAMAGE
IN SHORT GLASS FIBER
REINFORCED PA66:
MICROMECHANICAL
MODELING AND
MULTISCALE
IDENTIFICATION
APPROACH
Nicolas Despringre (ARTS),
Yves Chemisky (Arts &
Métiers ParisTech), Fodil
Meraghni (Arts & Métiers
ParisTech), Joseph Fitoussi
(Arts & Métiers ParisTech),
Gilles Robert (Solvay)
M8
1221 Multifunctional
Composites - Energy
Storage and Harvesting 2
KEYNOTE
A micromechanical fatigue
visco-damage model for
short glass fiber reinforced
The hygroexpansion coefpolyamide-66 is developed
ficients of the cell wall of a for specific microstructure.
single microscale wood fibre It includes complex damage
is determined by synchro- mechanisms and matrix
Effect of fiber clustering on
tron X-ray micro computed viscosity.
damage of glass/polyproThe exceptional multi-functomography and inverse 3D
pylene (GFPP) is studied
tional properties of the 3D
finite element modeling.
through monotonic and cygraphene/polymer composites
clic tests. Micromechanical
indicate that 3D GF and GA are
framework is also proposed
more effective compared to 1D
to predict damage growth
CNTs or 2D graphene sheets
in GFPP.
1216-2 TESTING
OF DELAMINATION
BEHAVIOUR UNDER PURE
MODE III LOADING
Yangyang Ge (Institut
Clément Ader-IUT Tarbes
de l’Université Toulouse),
Xiaojing Gong (Institut
Clément Ader-IUT Tarbes de
l’Université Toulouse), Anita
Hurez (Département de
Recherche en Ingénierie des
Véhicules pour l’Environnement-IUT Le Creusot de
l’Université de Bourgogne),
Emmanuel De Luycker
(Institut Clément Ader-IUT
Tarbes de l’Université
Toulouse)
Major testing methods for
characterizing the pure
mode III delamination behaviors of composites are
discussed and a new test
Edge-Ring-Crack-Torsion
method (ERCT) has been
developed.
1217-2 AN INVARIANTBASED ANISOTROPIC
THERMO-PLASTIC
MATERIAL MODEL FOR
SHORT FIBER REINFORCED
THERMOPLASTICS
Aamir Dean (Leibniz
Universität Hannover), José
Reinoso (Leibniz Universität
Hannover), Shahab Sahraee
(Leibniz Universität
Hannover), Raimund
Rolfes (Leibniz Universität
Hannover)
This paper is concerned
with the development of a
new coupled thermomechanical invariant-based
transversely-isotropic elastic-plastic constitutive model for short fibre reinforced
composites.
1218-2 NUMERICAL
AND EXPERIMENTAL
INVESTIGATION OF LOADSHARING IN COMPOSITE
BONDED-BOLTED JOINTS
Kobye Bodjona (McGill
University), Gyu-Hyeong Lim
(McGill University), Karthik
Raju (McGill University),
Larry Lessard (McGill
University)
An efficient global finite
element model of a hybrid
bonded-bolted joint is
proposed. An experimental
validation of this model using a bespoke instrumented
bolt is also presented.
1219-2 SHOCK
PROPAGATION BEHAVIOR
OF CFRP LATTICE
STRUCTURES
Tomohiro Yokozeki
(University of Tokyo),
Kento Shimode (University
of Tokyo), Takahira Aoki
(University of Tokyo), Keita
Terashima (Japan Aerospace
Exploration Agency), Toru
Kamita (Japan Aerospace
Exploration Agency)
1220-2 FEA USING
DESIGN OPTIMIZATION
TECHNIQUE FOR AN
APPLICATION OF CARBON
FIBER REINFORCED
THERMOPLASTICS TO
AUTOMOBILE BODY
STRUCTURE
Toshiro Ohori (The Univercity
of Tokyo), Takahiro Hayashi
(The Univercity of Tokyo),
Jun Takahashi (The
Univercity of Tokyo)
Shock response behavior of
composite lattice structure
is experimentally evaluated.
The shock attenuation characteristics of lattice structure are discussed based on
wave analysis.
We investigate weight-lightening possibility of S-crank
frame structure using
CFRTP. Here, we introduce
the study using optimization
tools in FEM software.
as composite reinforcement
41
Scientific programme · Monday 20 July
Congress Hall A
15:40 1201-3 HIGH-CYCLE
MOLDING OF CONTINUOUS
FIBER REINFORCED
THERMOPLASTIC
COMPOSITES PIPE
Asami Nakai (Gifu University),
Tadashi Uozumi (Gifu
University), Akio Ohtani (Gifu
University), Satoshi Nagoh
(TOYOBO Co.-Ltd.)
Auditorium 15
1202-3 EFFECTS OF CARBON
NANOTUBE CONTENTS
ON MECHANICAL AND
ELECTRICAL PROPERTIES
OF MULTI-SCALE CARBON
NANOTUBE-FIBER
REINFORCED EPOXY RESIN
COMPOSITES
Shaofeng Lin (National
University of Defense
Technology), Cai Jiang
The purpose of this study is
(National University of
to construct frame structure Defense Technology), Jianwei
of continuous fiber reinforced Zhang (National University of
thermoplastic composites
Defense Technology), Dazhi
with high impregnated inter- Jiang (National University of
mediate materials and the
Defense Technology)
high cycle molding.
Amino-functionalized multi-walled carbon nanotubes
and MWCNTs Buckypaper
(BP) were used in CFRP to increase mechanical properties
and electrical conductivities
of the CNTs/CF/epoxy composites.
1202-4 INFLUENCE OF
16:00 1201-4 ADVANCES
IN THERMOPLASTIC
CNT THIN SHEETS ON THE
PULTRUDED COMPOSITES
INTERLAMINAR SHEAR
Paulo Jorge Novo (Polytechnic STRENGTH OF LAMINATES
Institute of Leiria), Joao
Ling Liu (Tongji University),
Francisco Silva (ISEP),
Lulu Shen (Tongji University)
Joao Pedro Nunes (Minho
University), Antonio Torres
Influence of carbon nanotube
Marques (University of Porto) buckypaper on the mode II
interlaminar fracture toughDifferent thermoplastic
ness and interlaminar shear
pre-impregnated materials
strength, and the correspondwere produced and processed ing fracture characteristics
by pultrusion and the composite profiles were submitted
to testing. The obtained
results were discussed.
16:20 Coffee in the Exhibition
42
Auditorium 10
1203-2 STUDY ON THE
SENSING FUNCTION OF
Z-PINS
Bing Zhang (University of
Bristol), Giuliano Allegri
(Imperial College London),
Mehdi Yasaee (University
of Bristol), Stephen Hallett
(University of Bristol)
This paper investigates the
self-sensing behaviour of
carbon/BMI Z-pin reinforced
composite laminates and the
multifunctional applications
(delamination bridging and
sensing) of carbon/BMI
Z-pins.
1203-3 MAN-MADE
CELLULOSE FIBERS COATED
WITH CARBON NANOTUBE
NETWORKS AS UNIQUE
SMART MATERIALS
Haisong Qi (Leibniz Institute of
Polymer Research Dresden),
Jianwen Liu (Leibniz Institute
of Polymer Research
Dresden), Yinhu Deng (Leibniz
Institute of Polymer Research
Dresden), Shang-Lin Gao
(Leibniz Institute of Polymer
Research Dresden), Edith
Mäder (Leibniz Institute of
Polymer Research Dresden)
Auditorium 11
1204-3 FATIGUE BEHAVIOUR
AND ITS DAMAGE
MECHANICS MODELING FOR
COMPOSITE LAMINATES
UNDER MULTIAXIAL
LOADINGS
Feng Yubo (Harbin Institute of
Technology), Zhang Li (Harbin
Institute of Technology),
Guo Licheng (Harbin
Institute of Technology),
Zhang Yidong (Harbin
Institute of Technology), Liu
Yingzhi (Harbin Institute of
Technology)
Auditorium 12
1205-3 ROBUST DESIGN
OF EFFICIENT DAMAGE
TOLERANT LAMINATES
BY ELASTIC ENERGY
MINIMISATION
Mark Nielsen (University
of Bath), Andrew Rhead
(University of Bath), Richard
Butler (University of Bath)
1204-4 STUDY OF
THE BEHAVIOUR OF A
WOVEN GLASS-FIBREREINFORCED COMPOSITE
WITH A THERMOPLASTIC
MATRIX FOR AUTOMOTIVE
APPLICATION
Amelie Malpot (PPrime
Institute (DPMM)), Fabienne
Touchard (PPrime Institute
(DPMM)), Sébastien Bergamo
(Renault)
1205-4 EXPERIMENTAL
POSTBUCKLING STUDY
OF PRE-CONFORMED
COMPOSITE PLATES
Antonio Blazquez (University
of Seville), Jesus Justo
(University of Seville), Rafael
Roig (University of Seville),
Federico París (University of
Seville)
Optimisation for minimum
mass whilst accounting for
uncertain loading reduces
mass by up to 15% compared
to current design practice.
However, use of non-standard
ply angles offers little benefit.
Meeting room 18
1206-3 REAL AREA OF
CONTACT IN CARBON
FABRIC FORMING
Olga Smerdova (Institut
Pprime), Michael Sutcliffe
(University of Cambridge),
Daniel Mulvihill (University of
Cambridge)
Meeting room 19
1207-3 A LEVEL SET
METHOD FOR VACUUM
INFUSION OF COMPOSITE
MATERIALS
Carlos Gonzalez (Polytechnic
University of Madrid &
IMDEA Materials Institute),
Joaquim Vila (IMDEA Materials
Institute), Javier LLorca
(Polytechnic University of
Madrid & IMDEA Materials
Institute)
Meeting room 20
1208-3 DEVELOPMENT OF
A FLAX FIBER REINFORCED
POLYMER FOR REINFORCED
CONCRETE STRUCTURES
STRENGTHENING
Anne Hallonet (LGCIE Bohr
- University Claude Bernard
Lyon 1), Emmanuel Ferrier
(LGCIE Bohr - University
Claude Bernard Lyon 1),
Laurent Michel (LGCIE Bohr
- University Claude Bernard
Lyon 1)
Meeting room 17
1209-3 ANALYSIS CHAIN TO
DETERMINE THE CHEMICAL
REACTION PATH BETWEEN
CARBON FIBER SURFACE,
SIZING AND RESIN
Denise Wetjen (BMW AG),
Jochen Töpker (BMW AG),
Torsten Schunk (BMW AG),
Felix Schmidt-Stein (BMW
AG), Judith Moosburger-Will
(University of Augsburg),
Siegfried Horn (University of
Augsburg)
Meeting room 16
1210-3 IN-PLANE
COMPRESSIVE RESPONSE
OF HONEYCOMBS WITH
NON-UNIFORM WALL
THICKNESS AND CELL SIZE
Youming Chen (The University
of Auckland), Raj Das (The
University of Auckland), Mark
Battley (The University of
Auckland)
1207-4 OPTIMISATION
OF FORMING PROCESS
FOR HIGHLY DRAPEABLE
FABRICS
Shuai Chen (The University of
Nottingham), Lee Harper (The
University of Nottingham),
Andreas Endruweit (The
University of Nottingham),
Nicholas Warrior (The
University of Nottingham)
1208-4 INVESTIGATION OF
PATTERN STYLE OF WOVEN
FABRICS PRODUCED FROM
HYBRID WRAP SPUN YARNS
ON FABRICATED COMPOSITE
Behnaz Baghaei (University
of Borås), Mikael Skrifvars
(University of Borås)
1209-4 EVALUATION OF THE
INTERFACIAL FRACTURE
TOUGHNESS OF A CARBON
FIBER REINFORCED
THERMOPLASTIC
COMPOSITE BY CYCLIC
SINGLE-FIBER PUSH-OUT
TESTS
Michael Greisel (University of
Augsburg), Michael Schulz
(University of Augsburg),
Judith Moosburger-Will
(University of Augsburg),
Wolfgang M. Mueller
(University of Augsburg),
Siegfried Horn (University of
Augsburg)
1210-4 SOLID STATE
POLYLACTIDE-POLY(METHYL
METHACRYLATE)
PRECURSORS FOR THE
IN-LINE PRODUCTION OF
FOAM CORE SANDWICH
STRUCTURES
Yonghoon Yoon (Ecole
Polytechnique Fédérale
de Lausanne), Christopher
Plummer (Ecole Polytechnique
Fédérale de Lausanne),
Jan-Anders Månson (Ecole
Polytechnique Fédérale de
Lausanne)
An experimental method has
been developed to examine
the microscopic contact conditions in composites forming.
The technique is applied to a A level set model for fluid flow
woven fabric and a single tow through a fiber preform using
contacting a glass plate.
vacuum infusion is presented.
The model is correlated using
digital image correlation of
the bag displacement during
infusion.
1206-4 CHARACTERISATION
OF VISCOELASTIC MATERIAL
PROPERTIES DURING
CURING PROCESSES
Sibin Saseendran (Swerea
SICOMP), Maciej Wysocki
(Swerea SICOMP), Janis
Varna (Luleå University of
Technology)
The present contribution is
The possibility of avoiding the toward systematic charactervariability in the postbuckling isation the thermo-viscoelasTensile-tensile fatigue
regime is analyzed. Some
ticity of a curing epoxy resin.
behaviour of a woven glass-fi- panels were manufactured
The results indicate that time,
bre-reinforced composite
including intentionally specific temperature and curing obey
with polyamide 6,6 resin is
imperfections.
a linear relationship.
Excellent sensing ability, re- investigated using acoustic
producibility and selectivity of emission and infrared camera
cellulose fibers to liquid water techniques.
and volatile molecules was
achieved by CNT coating and
has the potential to be used
as smart materials.
The irregular honeycombs
with cell size and wall thickness following lognormal
This study presents the deCarbon fibers are coated
distributions were manufacvelopment of a new externally with a sizing after the electured using a 3D printer, and
bonded flax FRP for reinforced trochemical activation; the
the in-plane compressive
concrete strengthening with according chemistry controls response of the honeycombs
mechanical behavior charac- the interaction of the fiber and were tested.
terization in tension and of the the resin.
adherence with concrete.
This paper focuses on the
effect of weave structure on
the thermal and mechanical
A genetic algorithm is coupled behavior as well as moisture
with a finite element model
absorption of the PLA/hemp
to optimise the arrangement woven fabric composites
of in-plane constraints for
made by compression
a composite press-forming
molding.
problem.
An expanded approach
to quantify the relevant
energy dissipated in stable
crack propagation during
single-fiber push-out testing
of a carbon fiber reinforced
thermoplastic composite is
presented.
Bio friendly foam precursor
was prepared and characterized by PLA/PMMA in order
to modify thermal behavior
of PLA. A sandwich structure
was demonstrated by particleboard faces and CO2 blown
foam core.
Monday 20 July · Scientific
Meeting room 5
1211-3 FIBRE
ARCHITECTURE DESIGN
OF 3D WOVEN COMPOSITE
REINFORCEMENT WITH
GENETIC ALGORITHMS-A UNIT CELL BASED
OPTIMISATION
FRAMEWORK AND
PERFORMANCE
ASSESSMENT
Xuesen Zeng (University of
Nottingham), Andrew Long
(University of Nottingham),
Ian Ashcroft (University of
Nottingham), Prasad Potluri
(University of Manchester)
We present a novel approach to couple Genetic
Algorithms and unit cell
modelling to optimize 3D
woven composites - in the
case of constant stiffness
design for aircraft landing
gear braces.
1211-4 INFLUENCE
OF TEXTILE DESIGN
PARAMETERS ON
DRAPEABILITY OF WARPKNIT NCF
Mirko Christ (Faserinstitut
Bremen e.V.), Axel Herrmann
(Faserinstitut Bremen e.V.)
Meeting room 6
1212-3 A MICROMECHANICAL STUDY OF
GRAPHENE REINFORCED
EPOXY NANOCOMPOSITES
Xin Zhao (University of
Manchester), Robert Young
(University of Manchester)
Meeting room 7
1213-3 IDENTIFICATION OF
TRUE MICROSTRUCTURE
OF COMPOSITES BASED
ON VARIOUS FLAX FIBER
ASSEMBLIES BY MEANS
OF THREE-DIMENSIONAL
TOMOGRAPHY
Arttu Miettinen (University
The efficiency of reinforce- of Jyväskylä), Roberts
ment for pristine graphene Joffe (Luleå University of
with two different lateral
Technology), Liva Pupure
size but same thicknesses (Luleå University of
within the bulk epoxy
Technology), Bo Madsen
nanocomposites has been (Technical University of
studied by SEM and Raman Denmark)
spectroscopy.
Microstructure of flax
fibre composites is studied
with X-ray tomography
and image analysis. The
stiffness of the composites
is estimated with micromechanical models.
M1
1214-3 A
MICROMECHANICAL
APPROACH TO
INVESTIGATE THE
INFLUENCE OF VOIDS
ON THE STRUCTURAL
BEHAVIOUR OF FRP UNDER
COMPRESSION LOADING
Wilfried Liebig (Technische
Universität HamburgHarburg), Karl Schulte
(Technische Universität
Hamburg-Harburg),
Bodo Fiedler (Technische
Universität HamburgHarburg)
M2
1215-3 TEMPERATURE
DRIVEN FRACTURE
MECHANISMS IN UD/
WOVEN CARBON FIBRE
EPOXY COMPOSITES
James Meredith (University
of Sheffield), Peter Wilson
(University of Sheffield),
Joel Foreman (University
of Sheffield), Mahmoud
Mostafavi (University of
Sheffield)
M5
1218-3 EXPERIMENTAL
INVESTIGATION OF THE
MECHANICAL BEHAVIOR
OF BOLTED CERAMICMATRIX COMPOSITE
JOINTS USING MULTIINSTRUMENTATION
Blanche Legin (Université de
Technologie de Compiègne),
The influence of specimen
Zoheir Aboura (Université de
twisting during anti-plane
Technologie de Compiègne),
shear (mode III) loading in
Pierre Feissel (Université de
composite split beam specTechnologie de Compiègne),
Investigation into the effect imens is studied using the Different non-linear material Florent Bouillon (SAFRAN
of cure schedule on temper- split-shear torsion test.
models have been studied. Herakles)
ature driven inter and intra
Methodology for simulating
laminar fracture in cross ply
nonlinear stress-strain
The damage process of
The subject of this presenta- carbon epoxy composites
response in iso-strain situ- bolted ceramic matrix
tion is the development of a via digital image correlation
ations of composites based composite joints tested
micromechanical approach
on constituent properties is under tensile loading was
to investigate the influence
presented.
investigated by coupling
of voids on the structural
experimental methods (stebehaviour of FRP under
reo-DIC and AE).
compression load.
M6
1219-3 TESTING AND
ANALYIS OF ANISOGRID
PREPREG ELEMENT
SPECIMEN UNDER
UNIAXIAL TENSION AND
COMPRESSION
Steffen Niemann (German
Aerospace Centre), Ronald
Wagner (German Aerospace
Centre), Matthias Beerhorst
(German Aerospace Centre),
Christian Hühne (German
Aerospace Centre)
1212-4 EFFECT OF
HEAT TREATMENT ON
CONDUCTIVITY OF DOPED
POLY(ANILINE)/GRAPHENE
OXIDE COMPOSITE
Shigeji Konagaya (Nagoya
university), Mariko Terada
(Nagoya university)
1214-4 INVESTIGATING
INTERLAMINAR FRACTURE
IN TOUGHENED CFRP’S
VIA QUANTITATIVE CT
ANALYSIS
Gregor Borstnar (University
of Southampton), Mark Noel
Mavrogordato (University
of Southampton), Qingda
Yang (University of Miami),
Ian Sinclair (University
of Southampton), Mark
Spearing (University of
Southampton)
1215-4 EXPERIMENTAL
INVESTIGATION ON
PERFORMANCE OF
COMPOSITE JOINTS WITH
EMBEDDED STEEL PLATE
Shufeng Liu (Beihang
University), Yunyan Xu
(Beihang University),
Xiaoquan Cheng (Beihang
University), Jiayi Qi (Beihang
University), Gaofeng Dong
(Beihang University)
1216-4 MODELLING THE
DOUBLE CANTILEVER
BEAM TEST WITH BENDING
MOMENTS BY USING
BILINEAR DISCONTINUOUS
COHESIVE LAWS
Paolo S. Valvo (University
of Pisa), Bent F. Sørensen
(Technical University of
Denmark), Helmuth L.
Toftegaard (Technical
University of Denmark)
1219-4 INVESTIGATION ON
THE IMPACT PROPERTIES
OF GLASS FIBER/
EPOXY COMPOSITES AT
CRYOGENIC CONDITION
Hei Lam Ma (The Hong Kong
Polytechnic University), Kin
Tak Lau (The Hong Kong
Polytechnic University),
Jinsong Leng (Harbin
Institute of Technology)
This article focuses on
the tensile strength and
CT studies that identify
stiffness of the metallic
the chronology of damage inserts composite structure.
events and crack paths
And two forms of inserts
within toughened CFRP in- structure were compared:
terlayers are used to inform the blunt and tapered tip
micromechanical A-FEM
steel inserts.
simulations to highlight the
competing mechanisms
A theoretical model of the
DCB-UBM test is presented,
based on bilinear discontinuous cohesive laws. The analytical solution is compared
to experimental test results
for fracture modes I and II.
1213-4 ASSESSMENT
OF ACCURACY OF
FIBRE ORIENTATION
MEASUREMENT USING
X-RAY COMPUTED
TOMOGRAPHY
Dietmar Salaberger
(University of Applied
Sciences Upper Austria),
The Textechno Drapetest
The conductivity of PANI/
Peter Hine (University of
automatic drapeability
GO thin film composites
Leeds), Michael Jerabek
tester was used on a set
increases with PANI content (Borealis Polyolefine GmbH),
of NCF that were chosen
and heat-treatment temJohann Kastner (University
to show the influence of
perature, which is due to
of Applied Sciences Upper
textile design parameters on DBSA contained as a dopant Austria)
drapeability effects.
in PANI.
The accuracy of fibre orientation measurement using
X-ray CT was determined
for short glass fibre filled
polymers. 3D CT analysis
gives the same tensor
values as the 2D sectioning
standard method.
M3
1216-3 INFLUENCE OF
SPECIMEN TWISTING
ON FRACTURE SURFACE
EVOLUTION IN THE SPLITSHEAR TORSION TEST
Allison Johnston (Syracuse
University), Barry Davidson
(Syracuse University)
M4
1217-3 APPLICATIONS
AND LIMITATIONS OF NONLINEAR VISCOELASTIC
MODEL FOR SIMULATION
OF BEHAVIOUR OF
POLYMER COMPOSITES
Liva Pupure (Luleå
University of Technology),
Janis Varna (Luleå University
of Technology), Roberts
Joffe (Luleå University of
Technology)
1217-4 MODELING
THE STRAIN-RATE,
TEMPERATURE AND
PRESSURE DEPENDENT
MECHANICAL
RESPONSE OF A HIGHLY
CROSSLINKED AEROSPACE
GRADE EPOXY RESIN UP
TO LARGE DEFORMATION
Frédéric Lani (Institute of
Mechanics-Materials and
Civil Engineering (IMMC)University of Louvain),
Xavier Morelle (Institute of
Mechanics-Materials and
Civil Engineering (IMMC)University of Louvain),
Christian Bailly (Institute
of Condensed Matter and
Nanosciences (IMCN)University of Louvain),
Thomas Pardoen (Institute
of Mechanics-Materials and
Civil Engineering (IMMC)University of Louvain)
1218-4 SIZING OF
BOLTED JUNCTIONS FOR
3D-WOVEN CERAMIC
MATRIX COMPOSITES
STRUCTURES USING
ONERA DAMAGE MODEL
AND COMPARISONS WITH
MULTI-INSTRUMENTED
TESTS
Etienne Voland (SAFRAN
Herakles), Florent Bouillon
(SAFRAN Herakles),
Thomas Vandellos (SAFRAN
Herakles), Axel Candeau
(SAFRAN Herakles), Zoheir
Aboura (Université de
Technologie de Compiègne),
Frédéric Laurin (ONERA),
Blanche Legin (Université de
Technologie de Compiègne)
Analysis of 3D woven
Ceramic Matrix Composite
bolted junctions during single lap shear test using the
dialog between simulations
The non-linear behavior of with the damage model
the RTM6 aerospace grade ODM-CMC and multi-intruepoxy resin is characterized mented experimental tests
and modeled by addressing
the effects of strain-rate,
temperature and hydrostatic
pressure.
programme
M7
1220-3 LIGHTWEIGHTING
ROAD FREIGHT SEMITRAILERS THROUGH
THE APPLICATION OF
COMPOSITES IN TRAILER
DECKING
Joel Galos (University
of Cambridge), Michael
Sutcliffe (University of
Cambridge), David Cebon
(University of Cambridge)
The potential application
of different lightweight
This paper reports on uniax- composite materials to
ial tension and compression semi-trailer decking is extest results of Anisogrid
amined. Existing hardwood
Prepreg knot and rib spec- decking is heavy and a
imen to give an answer
significant contributor to fuel
which stiffness and strength consumption.
properties can be expected.
Low velocity impact test
was performed for Glass
fiber/Epoxy composites.
Results showed that
composites at cryogenic
condition exhibited smaller
damage but had relatively
poor energy absorbability.
1220-4 EVALUATION OF
BRAIDING AS A METHOD
FOR THE MANUFACTURING
OF COMPOSITE PRESSURE
VESSELS
Michael Lengersdorf (Institut
für Textiltechnik (ITA) of
RWTH Aachen University),
Thomas Gries (Institut für
Textiltechnik (ITA) of RWTH
Aachen University), Jörg
Multhoff (ISATEC GmbH)
Composite pressure vessels are nowadays mostly
manufactured by wet-filament winding. This paper
evaluates braiding as an
alternative method for the
manufacturing of composite
pressure vessels.
M8
1221-2 MULTIFUNCTIONAL
COMPOSITE MATERIALS
USING LITHIUM ION
FUNCTIONALIZATION
Dan Zenkert (KTH - Royal
Institute of Technology),
Eric Jacques (KTH - Royal
Institute of Technology),
Göran Lindbergh
(KTH - Royal Institute
of Technology), Simon
Leijonmarck (Swerea
SICOMP)
In this paper we show
how one can functionalise
carbon fibres electrochemically. This enables several
multi-functional uses of
carbon fibres, such as sensing, actuation and energy
harvesting.
1221-3 FUNCTIONAL
STRUCTURAL BATTERY
Wilhelm Johannisson
(KTH Royal Institute of
Technology), Niklas Ihrner
(KTH Royal Institute of
Technology), Simon
Leijonmarck (KTH Royal
Institute of Technology),
Johan Hagberg (KTH Royal
Institute of Technology),
Dan Zenkert (KTH Royal
Institute of Technology),
Göran Lindbergh (KTH Royal
Institute of Technology)
A novel energy-storing
carbon fiber composite
electrode is produced, and
investigated with regards to
the mechanical properties of
the composite and electrochemical properties of the
electrode.
43
Scientific programme · Monday 20 July
Congress Hall A
Auditorium 15
1302 Nano Composites 3
16:40 1301 Processing Manufacturing Technology 3
Auditorium 10
1303 Multifunctional
Composites - Sensing and
Actuation 3
1302-1 HIERARCHICAL
1303-1 MONITORING
16:40 1301-1 MANUFACTURE
WITH SPREAD TOW FIBER
HYBRID COMPOSITES
OF FATIGUE INDUCED
MATERIALS, FOR REDUCED WITH SECONDARY CNT
PROPAGATING
MICRO-CRACKING
NANOREINFORCEMENT:
DELAMINATIONS USING
Kurt Olofsson (Swerea
COMPUTATIONAL
EMBEDDED FIBRE BRAGG
SICOMP), David Mattsson
MODELLING
GRATING SENSORS AND
(Swerea SICOMP), Runar
Leon Mishnaevsky Jr.
OPERATIONAL MODAL
Langstrom (Swerea SICOMP), (Technical University of
PARAMETER ESTIMATION.
Fredrik Ohlsson (Oxeon AB)
Denmark), Gaoming Dai
Alfredo Lamberti (Vrije
(Technical University of
Universiteit Brussel (VUB)),
TeXtreme® was introduced
Denmark)
Gabriele Chiesura (Ghent
in a cryogenic fuel tank.
University), Ben De Pauw
Processability adjustments
Effect of secondary CNT (car- (Vrije Universiteit Brussel
were introduced to the mate- bon nanotube) reinforcement (VUB)), Steve Vanlanduit (Vrije
rial, which lowered the result- on fatigue resistance of hybrid Universiteit Brussel (VUB))
ing void content and needed and carbon fiber reinforced
mould filling times.
composites is studied using
We investigate the use of emcomputational modelling
bedded Fibre Bragg Grating
sensors to monitor the modal
frequencies shifts induced by
a delamination which propagates in a composite beam
subjected to fatigue load.
17:00 1301-2 CARBON FIBER
TOW SPREADING PROCESS
USING PNEUMATIC DEVICES
AND APPLICATION TO
THERMOPLASTIC PREPREG
MANUFACTURING
Gyu Hee Lee (Seoul National
University), Woo Il Lee (Seoul
National University)
1302-2 EFFECTS OF CARBON
NANOTUBE CONTENTS
ON GLASS TRANSITION
TEMPERATURE OF EPOXY
MATRIX COMPOSITES
Cai Jiang (National University
and Defense Technology),
Jianwei Zhang (National
University of Defense
Technology), Shaofeng Lin
Continuous 12k carbon fiber (National University and
tow spreading process using Defense Technology), Fubiao
air knife was investigated. The Yang (National University and
tow spread width and spread Defense Technology), Dazhi
uniformity for 2 different
Jiang (National University and
process parameters were
Defense Technology)
quantitatively evaluated.
Molecular dynamics simulation for carbon nanotubes
(CNTs) reinforced epoxy
matrix composites was
conducted to study effects
of CNT contents on glass
transition temperature of the
composites.
44
1303-2 CONCEPT
STUDY FOR THE
MATERIAL COMPLIANT
IMPLEMENTATION OF
THE RFID TECHNOLOGY
INTO CARBON FIBRE
STRUCTURES
Alexander Horoschenkoff
(Munich University of
Applied Sciences), Nadine
Deichelsberger (Munich
University of Applied
Sciences), Andreas
Bierbaumer (Munich
University of Applied
Sciences), Jürgen Rackles
(Munich University of Applied
Sciences)
Auditorium 11
1304 Fatigue 3
Auditorium 12
1305 Structural Analysis
and Optimization 3
1304-1 A NEW SCALING
PARAMETER FOR
DELAMINATION GROWTH
IN COMPOSITE LAMINATES
UNDER FATIGUE LOADING
Matthew Donough (RMIT
University), Andrew Gunnion
(CRC-ACS), Adrian Orifici
(RMIT University), Chun Wang
(RMIT University)
1305-1 NUMERICAL
CHARACTERIZATION
OF THE KNOCK-DOWN
FACTOR ON UNSTIFFENED
CYLINDRICAL SHELLS
WITH INITIAL GEOMETRIC
IMPERFECTIONS
Mariano Arbelo (PFH Private
University of Applied
Sciences), Kaspars Kalnins
(Riga Technical Universityq),
A new scaling parameter
Olgerts Ozolins (Riga
that is consistent with the
Technical University), Saulo
similitude principle and
Castro (PFH Private University
incorporates the effects of
of Applied Sciences),
fibre bridging is proposed to Richard Degenhard (German
unify the mode I and II fatigue Aerospace Center)
delamination growth rates.
The aim was to validate
experimental test results,
including imperfection
measurements of composite
cylinders, with FEM and point
out their limitation, advantage
and disadvantage against KDF
approach.
1304-2 ULTRASONIC
FATIGUE OF CARBON FIBER
FABRIC REINFORCED
POLYPHENYLENSULFIDE
IN THE VERY HIGH
CYCLE FATIGUE REGIME:
TEST PROCEDURE AND
MICROSTRUCTURAL
ANALYSIS
Frank Balle (University of
Kaiserslautern), Daniel Backe
(University of Kaiserslautern),
Dietmar Eifler (University of
Kaiserslautern)
1305-2 BUCKLING AND
POST-BUCKLING IN
CARBON/EPOXY FILAMENT
WOUND COMPOSITE TUBES
UNDER TRANSVERSE
COMPRESSION
José Humberto Almeida Jr.
(Federal University of Rio
Grande do Sul), Volnei Tita
(University of São Paulo – São
Carlos School of Engineering),
Hugo Faria (INEGI - Institute
of Mechanical Engineering
and Industrial Management),
António Marques (Faculty of
Engineering of the University
of Porto), Sandro Amico
(Federal University of Rio
Grande do Sul)
The fatigue behavior of CFPPS in the VHCF-regime was
studied by a new developed
ultrasonic testing facility for
Carbon fibres are used to built cyclic bending at 20 kHz aca radio-frequency identifica- companied by microscopy and Non-linear models and
tion (RFID) system, a transonline damage monitoring.
progressive failure analysis
mitter-receiver system for
pointed an increase in maxwireless power transmission
imum compressive load for
and health monitoring in mulhigh angles. Matrix tensile
tifunctional composites.
and matrix compression induced by shear dominate the
failure mode.
Meeting room 18
1306 Process Induced
Effects 2
Meeting room 19
1307 Process Modelling 3
KEYNOTE
1307-1 ABOUT THE
MODELING OF THE LASER
1306-1 BULK AND SURFACE ASSISTED TAPE PLACEMENT
POROSITY IN OUT-OFPROCESS
AUTOCLAVE PREPREGS
Cyril Dedieu (GeM-UMR
James Kay (The University
CNRS), Francisco Chinesta
of British Columbia), Jeremy (GeM-UMR CNRS), Anaïs
Wells (The University of British Barasinski (GeM-UMR CNRS),
Columbia), Anoush Poursartip Adrien Leygue (GeM-UMR
(The University of British
CNRS), Jean-Marc Dupillier
Columbia), Göran Fernlund
(Airbus Defence and Space)
(The University of British
Columbia)
The study of the establishment of residual stresses
In composites manufacturing in the Automated Tape
both bulk and surface porosity Placement process of therare undesirable outcomes
moplastic matrix composites.
that should be minimized or Two modeling approaches are
eliminated. Bulk porosity neg- detailed and compared.
atively impacts mechanical
properties whereas surface
poros
1307-2 COMBINING
DRAPING AND INFUSION
MODELS INTO A COMPLETE
PROCESS MODEL FOR
COMPLEX COMPOSITE
STRUCTURES
Robert Pierce (Monash
University), Brian Falzon
(Queen’s University),
Mark Thompson (Monash
University)
Meeting room 20
1308 Biocomposites 3
Meeting room 17
1309 Interfaces and
Interphases 3
Meeting room 16
1310 Foams, Cellular and
Lattice Materials 2
1308-1 MULTIPLE FIBER
BREAKAGE BEHAVIOR
ON SINGLE YARN
FRAGMENTATION TEST
OF NATURAL FIBER
COMPOSITES
Junji Noda (Yamaguchi
University), Tomohiro Sugita
(Yamaguchi University), Koichi
Goda (Yamaguchi University)
1309-1 INTERFACIAL
EFFECTS IN CORESHELL POLYMER
NANOCOMPOSITES
Polycarpos Pissis (National
Technical University of
Athens), Panagiotis Klonos
(National Technical University
of Athens), Apostolos Kyritsis
(National Technical University
of Athens), Vladimir M
Gun’ko (National Academy of
Sciences of Ukraine)
1310-1 MODELLING OPEN
CELL FOAM STRUCTURES
BASED ON 3D IMAGE DATA
André Liebscher (TU
Kaiserslautern), Dennis
Merkert (TU Kaiserslautern),
Claudia Redenbach (TU
Kaiserslautern)
1308-2 ANALYSIS OF
PROCESSING PARAMETERS
ON THE MECHANICAL
BEHAVIOR OF MANICARIA
FABRIC/PLA BIOCOMPOSITE
LAMINA BY THE TAGUCHI
METHOD.
Alicia Porras (Universidad de
los Andes), Alejandro Maranon
(Universidad de los Andes),
Ian A Ashcroft. (University of
Nottingham)
1309-2 ENHANCEMENT OF
INTERFACIAL ADHESION IN
EPOXY/GLASS/GRAPHENE
MULTISCALE COMPOSITES
Haroon Mahmood (University
of Trento-Italy), Alessandro
Pegoretti (University of
Trento-Italy)
We present a 3D image data
based modelling approach for
To investigate the effect of
open cell foams that realistiTPI of natural fiber yarns on
cally reproduces the foam’s
multiple fiber breakages and
microstructure as well as its
stress recovery behavior
DSC and dielectric techniques effective material properties.
using single yarn composites, were employed to study glass
fragmentation tests and FEA transition and dynamics in the
were implemented.
interfacial layer in core-shell
type polymer nanocomposites
based on poly(dimethyl siloxane) and metal oxides
1310-2 INSIGHT ON THE
DYNAMIC BEHAVIORS OF
ALUMINUM FOAM BASED
ON THE NEW PLASTIC
CONSTITUTION
Lingling Hu (Sun Yat-sen
University), Liwen Xiong (Sun
Yat-sen University), T. X. Yu
(The Hong Kong University of
In this work, the aim is to use Science and Technology)
different forms of graphene
nanosheets as an interphase Based on the empirical conExperimental validation and
in fiber reinforced polymer
stitution of aluminium foams,
demonstration of a Complete The main focus of this study composite and evaluate its ef- the foam’s dynamic plateau
Process Model, for LCM
was to analyze the effect of
fect on interfacial properties. stress and densified strain
processing of complex aircraft processing parameters on the
can be predicted according to
structures, which focuses on tensile properties of Manicaria
their deformation.
the relationship between fab- fabric/PLA bio-composite
ric draping and resin infusion. lamina using the Taguchi
Method.
Monday 20 July · Scientific
Meeting room 5
1311 Textile-Based
Composites and Fibre
Architecture 3
1311-1 MODELING AND
SIMULATION OF THE
FORMING OF CONTINUOUS
FIBER REINFORCED
THERMOPLASTIC
COMPOSITES
Anton Rusanov (INSA
Lyon), Eduardo GuzmanMaldonado (INSA Lyon),
Nahiene Hamila (INSA Lyon),
Philippe Boisse (INSA Lyon)
1311-2 NUMERICAL
PERMEABILITY
PREDICTIONS OF WOVEN
TEXTILES: EXAMINING
THE CHARACTERISTICS OF
MULTI-LAYER PREFORMS
Elinor Swery (The University
of Auckland), Piaras Kelly
(The University of Auckland),
Tom Allen (The University of
Auckland), Simon Bickerton
(The University of Auckland)
An automated tool has been
developed for generation
of permeability predictions.
It has been used to study
the effects of numerous
parameters on permeability
and has been verified experimentally.
Meeting room 6
Meeting room 7
1312 Graphene, Graphene- 1313 X-ray Computed
Based Composites 3
Tomography 2
M1
1314 Fracture
and Damage Micromechanics 3
1312-1 FAILURE
1313-1 X-RAY CT IMAGE- 1314-1 FAILURE
MECHANISMS,
BASED MEASUREMENT
LOCUS ANALYSIS OF
ELECTRICAL AND
AND MODELING OF
FIBRE-REINFORCED
THERMAL CONDUCTIVITY MICROSCOPIC DEFECTS IN COMPOSITES UNDER
OF AEROGRAPHITE/EPOXY CFRP LAMINATES
COMBINED TRANSVERSE
COMPOSITE
Akinori Yoshimura (Japan
STRESSES THROUGH
Swetha Chandrasekaran
Aerospace Exploration
COMPUTATIONAL
(Technische Universität
Agency), Shingo Ii (the
MICROMECHANICS
Hamburg-Harburg),
University of Tokyo), Ryohei Taotao Zhang (Beihang
Wilfred Liebig (Technische Hosoya (Tokyo University
University), Ying Yan
Universität Hamburgof Science), Jun Koyanagi
(Beihang University)
Harburg), Matthias
(Tokyo University of
Mecklenburg (Technische
Science), Toshio Ogasawara a 3-D modified Hashion
Universität Hamburg(Japan Aerospace
criterion for fibre-reinHarburg), Bodo Fiedler
Exploration Agency), Keita
forced composites under
(Technische Universität
Terashima (Japan Aerospace transverse stress state is
Hamburg-Harburg),
Exploration Agency), Toru
proposed through comRainer Adelung (Christian- Kamita (Japan Aerospace
putational micromechanic
Albrechts-Universität
Exploration Agency), Nobuo analysis.
zu Kiel), Karl Schulte
Takeda (the University of
(Technische Universität
Tokyo)
Hamburg-Harburg)
In this paper, the authors
Aerographite (AG) is a
develop a method to
novel hierarchical 3D carbon measure the microscopic
nanomaterial which can be defects in CFRP laminates
filled with epoxy resin, This from X-ray CT images and
results in novel electrical
a method to introduce the
and fracture toughness
effect of the defects to the
properties of the composite. finite element method.
1312-2 DEFORMATION OF 1313-2 COMPRESSIBILITY 1314-2 EXPERIMENTAL
GRAPHENE OXIDE: FROM OF CHOPPED FIBREAND ANALYTICAL
MONOLAYER TO BULK
REINFORCED PREPREGS
EVALUATION OF FIBERNANOCOMPOSITES
DURING COMPRESSION
MATRIX INTERFACE
Zheling Li (The University
MOULDING
ADHESION
of Manchester), Robert
Dimitri Ferré Sentis (Univ.
Jay Mahishi (Honda R
Young (The University
Grenoble Alpes-Lab.
& D Americas), Micheal
of Manchester), Ian
3SR-F-38000 GrenobleAngelo Osero (Honda R &
Kinloch (The University of
France), Laurent Orgéas
D Americas), Eric Walker
Manchester)
(Univ. Grenoble Alpes-Lab. (Honda R & D Americas),
3SR-F-38000 GrenobleDuane Detwiler (Honda R &
The deformation behaviour France), Pierre Dumont
D Americas)
of monolayer and multilayer (Univ. Grenoble Alpes-Lab.
graphene oxide has been
LGP2-F-38000 GrenobleThe paper discusses an
investigated using Raman
France), Sabine Rolland du effective and efficient test
spectroscopy. On this basis, Roscoat (Univ. Grenoble
procedure to measure force
their reinforcement to
Alpes-Lab. 3SR-F-38000
needed to pull fiber from
nanocomposites has been Grenoble-France), Mustafa matrix. The experiment
discussed.
Sager (Plastic Omnium Auto involves pulling 24K, 50K
Exterior)
carbon fiber tows bonded
with the matrix only
Compressibility, pore kinetics and kinematics evolution
of thermoset prepregs during compression moulding
are investigated using a
specially designed compression rheometer and X-ray
microtomography.
M2
1315 Fracture and
Damage - Laminate
Scale 3
1315-1 STUDY ON LOAD
DISTRIBUTION OF MULTIBOLT COUNTERSUNK
COMPOSITE LAMINATE
JOINTS
Qian Zhang (Beihang
University), Songwei Wang
(Beihang University),
Xiaoquan Cheng (Beihang
University), Jiayi Qi (Beihang
University), Gaofeng Dong
(Beihang University)
The tensile performance of a
multi-bolt joint of composite
laminate with metal plate is
analyzed. The effects of pin
clearance, bolt torsion moment, height ratio on load
distribution are researched.
1315-2 EFFECT OF
CONSTRAINT RATIO
AND COOLING RATE ON
TRANSVERSE CRACKING
IN THERMOPLASTIC
CROSS-PLY LAMINATES
Husam Wafai (King Abdullah
University of Science and
Technology (KAUST)),
Gilles Lubineau (King
Abdullah University of
Science and Technology
(KAUST)), Arief Yudhanto
(King Abdullah University
of Science and Technology
(KAUST)), Matthieu Mulle
(King Abdullah University
of Science and Technology
(KAUST)), Warden Schijve
(SABIC), Nikhil Verghese
(SABIC Technology Center)
In this work we study damage in cross-ply laminates
made of impact-resistant
Polypropylene Copolymer
reinforced with continuous
E-glass fibers (GF/PP).
M3
1316 Fracture and
Damage - Delamination 3
M5
1318 Joints - Design,
Manufacturing and
Testing 3
1316-1 EFFECT OF
1317-1 NONLINEAR FINITE 1318-1 REDUCED
STACKING SEQUENCE
ELEMENT ANALYSIS OF
BOLT MODEL USING
ON THE FRACTURE
FIBER COMPOSITES WITH MULTI-CONNECTED
TOUGHNESS AND
DIFFERENT PROPERTIES
RIGID SURFACES FOR
FATIGUE DELAMINATION
IN TENSION AND
COMPOSITE STRUCTURES
PROPAGATION BEHAVIOR COMPRESSION
JOINING
OF COMPOSITE
Jie Wang (Tongji University), Ramzi Askri (Univ. BordeauxLAMINATES UNDER MODE Yi Xiao (Tongji University)
I2M-UMR 5295), Christophe
I LOADING
Bois (Univ. Bordeaux-I2MYu Gong (Beihang
This study extended the
UMR 5295), Hervé Wargnier
University), Libin Zhao
constitutive model to that as (Univ. Bordeaux-I2M-UMR
(Beihang University),
a nonlinear finite element
5295), Julie Lecomte (Univ.
Jianyu Zhang (Chongqing
analysis tool by writing a
Bordeaux-I2M-UMR 5295)
University), Stephen Richard UMAT to address two- or
Hallett (University of Bristol) three-dimensional finite
The development of a
elements in ABAQUS.
reduced model of bolted
joint using Multi-Connected
Rigid Surfaces and continuum shell elements for
the prediction of both load
distribution and stress field
around hole.
1316-2 ENHANCING
THE INTERLAMINAR
FRACTURE RESISTANCE OF
LAMINATED COMPOSITES
BY USING CONTINUOUS
CARBON NANOTUBE FILMS
Hong Xu (Suzhou Institute
of Nano-Tech and NanoBionics-CAS-China), Xiao
Tong (Suzhou Institute
of Nano-Tech and NanoBionics-CAS-China),
Yongyi Zhang (Suzhou
Institute of Nano-Tech
and Nano-Bionics-CASChina), Qingwen Li (Suzhou
Institute of Nano-Tech and
Nano-Bionics-CAS-China),
Tsu-Wei Chou (University
of Delaware), Weibang Lu
(Suzhou Institute of NanoTech and Nano-BionicsCAS-China)
A novel method for fabricating continuous CNT film
interleaved carbon fiber
composites has been developed. This hybrid laminate
composite shows better
interlaminar properties.
M4
1317 Constitutive
Models 3
1317-2 AN
ELASTOPLASTIC-DAMAGE
CONSTITUTIVE MODEL
BASED ON A LARGESTRAIN HYPERELASTIC
FORMULATION FOR
AMORPHOUS GLASSY
POLYMERS
Van Dung Nguyen
(University of Liège),
Xavier Morelle (University
of Louvain), Frédéric Lani
(University of Louvain),
Thomas Pardoen (University
of Louvain), Christian Bailly
(University of Louvain),
Ludovic Noels (University
of Liège)
1318-2 HIGHTEMPERATURE
HYBRID WELDING OF
THERMOPLASTIC (CF/
PEEK) TO THERMOSET (CF/
EPOXY) COMPOSITES
Irene Fernandez Villegas
(Delft University of
Technology), Pablo Vizcaino
Rubio (Delft University of
Technology)
M6
1319 Applications Aerospace 2
1319-1 CARBON
NANOTUBES FOR
PROPERTY ENHANCEMENT
OF EPOXY AT CRYOGENIC
ENVIRONMENTS
Alan Kin Tak Lau (The Hong
Kong Polytechnic University),
Jinsong Leng (Harbin
Institute of Technology)
In the outer space, composite structures are always
subject to cyclic thermal
stress in which one surface
of the structures facing to
the Sun experiences temperature over 393 K while
an opposite side
1319-2 PREVENTION
OF UVR DEGRADATION
ON POLYMER-BASED
COMPOSITES BY NANOZNO & HGFS
Tsz-Ting Wong (The Hong
Kong Polytechnic University),
Kin-Tak Lau (The Hong Kong
Polytechnic University),
Wai-Yin Tam (The Hong
Kong Polytechnic University),
Jinsong Leng (Harbin
Institute of Technology),
Julie A. Etches (University
of Bristol)
This paper presents an
procedure to prevent
thermal degradation during
welding of CF/PEEK to CF/
epoxy composites based on Effects of nano-ZnO/epoxy
a drastical reduction of the rheology and nano-ZnO
welding time.
particle dispersion on
An efficient viscoelasinfiltration condition, UV abtic-viscoplastic-damage
sorbability and mechanical
constitutive model based on
properties of a nano-ZnO/
a large-strain hyperelastic
epoxy filled HGF composite.
formulation for amorphous
polymers in the glassy state
programme
M7
1320 Applications Automotive and Rail 2
M8
1321 Multifunctional
Composites - Energy
Storage and Harvesting 3
1320-1 ANALYSIS OF
1321-1 HIGH STRENGTH
APPLICATION OF HYBRID MULTIFUNCTIONAL
MATERIAL ON A SILL
STRUCTURAL BATTERY
Josef Oleksik (TUBASED ON SOLID-STATE
Braunschweig)
G-CNT CARBON FIBER
HYBRID COMPOSITES
This article discusses the
Mi-Young Park (KAIST),
possibilities and characters Jung-Yup Lim (Yonsei
of using hybrid material on University), Jong-Hak Kim
a sill aiming to increase the (Yonsei University), Chunstiffness and to decrease
Gon Kim (KAIST)
the weight.
High strength multifunctional structural battery based
on solid-state G-CNT carbon
fiber hybrid composites was
successfully fabricated and
experimented for electrical
and structural study.
1320-2 USERRELATED METHODICAL
DEVELOPMENT OF
COST OPTIMISED CFRP
INTERIOR COMPONENTS
FOR DERIVATIVES OF
LUXURY CARS
Jonathan Schmidt (RWTH
Aachen University), Liliane
Ngahane Nana (RWTH
Aachen University), Zhuzhell
Montano (RWTH Aachen
University), Anna-Lena
Beger (RWTH Aachen
University), Jörg Feldhusen
(RWTH Aachen University),
Dave Cadwell (BENTLEY
MOTORS LIMITED)
1321-2 SYNTHESIS OF
CU-DOPED VANADIUM
OXIDE/GRAPHENE
HYBRID MATERIAL FOR
HIGH PERFORMANCE
ELECTROCHEMICAL
CAPACITOR
Xiaoran Zhao (Beihang
University), Yan Zhao
(Beihang University), Ye
Li (Beihang University),
Xiaoyan Zhang (Beijing
Institute of Aeronautical
Materials), Shanyi Du
(Beihang University)
Cu-doped vanadium oxide/
graphene electrode material has been successfully
Developed design process synthesized by one-step
that tries to give the engihydrothermal technology
neer a tool to support and
and excellent electrochemstructure his work. It is a
ical properties have been
very simplified and authen- obtained.
tic try to illustrate such a
complex thing like a CFRP
design.
45
Scientific programme · Monday 20 July
Congress Hall A
17:20 1301-3 MECHANICAL
PROPERTIES OF CFRP PIPES
MADE BY MULTI FILAMENT
WINDING METHOD (MFW)
Takehiko Hyodo (Sumitomo
Rubber Industories), Yumi
Kanemitsu (Sumitomo Rubber
Industories), Tadashi Uozumi
(Gifu University Composite
Materials Center), Akio Ohtani
(Gifu University Composite
Materials Center), Asami
Nakai (Gifu University)
Auditorium 10
1303-3 LOCALIZED
DAMAGE DETECTION AND
STRAIN MEASUREMENT IN
LAMINATED COMPOSITE
MATERIALS USING
INTEGRATED CARBON
NANOTUBE YARN SENSORS
Jandro Abot (The Catholic
University of America),
Kevin Wynter (The Catholic
University of America),
Samuel Mortin (The Catholic
University of America), Huy
Conductive polymer comLe (The Catholic University
We investigated the Multiposites (CPC) with hybrid
of America), Hugo Borges
Filament-Winding method by polymers and fillers are inves- de Quadros (The Catholic
applying a tensile load to car- tigated for their pyro-resistive University of America), Victor
bon fibers and we confirmed properties. Pyro-resistive
Casarotto (The Catholic
that it is possible to produce properties increased upon ad- University of America)
CFRP pipes that are superior dition of hybrid polymer/filler
to those by SW method.
Piezoresistive characteristic
of carbon nanotube yarns is
tapped to detect damage and
measure strain in laminated
composite materials through
resistance measurements
without altering their integrity.
17:40 1301-4 FUSED DEPOSITION
TECHNOLOGY APPLIED TO
THERMOPLASTIC MATRIX
PLACEMENT AND WETOUT
IN FILAMENT WINDING
Donald Radford (Colorado
State University), Kevin Hedin
(Colorado State University)
Glass fiber/PET composites
are filament wound using an
integrated fused deposition
3D printhead to wetout the
fibers. The properties compare favorably to filament
wound commingled tow
composites.
46
Auditorium 15
1302-3 HYBRID CONDUCTIVE
POLYMER COMPOSITES:
THE EFFECT OF MIXED
FILLERS AND POLYMER
BLENDS ON PYRORESISTIVE
PROPERTIES.
Eric Asare (Queen Mary
University of London), Jamie
Evans (LMK Thermosafe Ltd),
Emiliano Bilotti (Queen Mary
University of London), Mark
Newton (LMK Thermosafe Ltd)
1302-4 ULTRADRAWING
OF NANODIAMOND
REINFORCED POLY (VINYL
ALCOHOL) NANOCOMPOSITE
FIBERS
Seira Morimune-Moriya (Kobe
University), Yuya Fujita (Kobe
University), Masaru Kotera
(Kobe University), Kimiya
Goto (Bando Chem. Ind.-Ltd.),
Katsuhiko Hata (Bando Chem.
Ind.-Ltd.), Takashi Nishino
(Kobe University)
1303-4 THE MICROWAVE
ACTUATED SHAPE MEMORY
POLYMER FILLED WITH
T-ZNOW
Zhihong Xu (Nanjing University
of Science and Technology)
Auditorium 11
1304-3 MASTER SN CURVE
APPROACH- A HYBRID
MULTISCALE APPROACH TO
FATIGUE SIMULATION OF
SHORT FIBER COMPOSITES
Atul Jain (KULeuven), Yasmine
Abdin (KULeuven), Stefan
Straesser (Siemens Industry
Software NV), Wim Van
Paepegem (Ghent University),
Ignaas Verpoest (KULeuven),
Stepan V. Lomov (KULeuven)
Auditorium 12
1305-3 EFFECT OF THE
DESIGN GUIDELINES ON THE
DESIGN SPACE
Thiago Dutra (Instituto
Tecnologico de Aeronautica),
Clovis Ferreira (Embraer),
Sergio Almeida (Instituto
Tecnologico de Aeronautica)
Meeting room 18
1306-2 CHARACTERIZATION
AND NUMERICAL
INVESTIGATION OF AN RTM
CURE PROCESS WITH CFRP
MOLDS AND INDEPENDENT
HEAT PATCHES
Jakob Weiland (Institute for
Carbon Composites), Mathias
Hartmann (Institute for
The boundaries of the feasible Carbon Composites), Roland
region of lamination parame- Hinterhölzl (Institute for
ters when design guidelines Carbon Composites)
is discussed. Laminate daA hybrid multi-scale method tabases were generated and A numerical strategy for cure
to predict the local SN curves filtered according the desired simulation of an RTM manof SFRC is proposed; this pro- design guideline.
ufacturing process utilizing
posed method which involves
CFRP molds with temperature
both multiscale-mechanics
controlled heat patches has
and tests is validated by
been developed and validated.
experiments.
Meeting room 19
1307-3 STOCHASTIC
SIMULATION OF THE CURE
OF ADVANCED COMPOSITES
Alex Skordos (Cranfield
University, Cranfield, United
Kingdom), Tassos Mesogitis
(Cranfield University, Cranfield,
United Kingdom), Andrew
Long (Nottingham University,
Nottingham, United Kingdom)
A stochastic simulation
methodology is developed
to investigate the effects of
cure kinetics, in plane fibre
misalignment and boundary
conditions uncertainty on the
cure process of composites.
Meeting room 20
1308-3 FATIGUE BEHAVIOR
OF UNI-DIRECTIONAL FLAX
FIBRE/EPOXY COMPOSITES
Yosuke Ueki (Hitachi LTD),
Hans Lilholt (Technical
University of Denmark), Bo
Madsen (Technical University
of Denmark)
Meeting room 17
1309-3 WETTING
BEHAVIOUR OF MOLTEN
THERMOPLASTICS:
EFFECT OF PHYSICAL AND
CHEMICAL INTERACTIONS
ON THE MECHANICAL
PROPERTIES OF GLASS
FIBRE-THERMOPLASTIC
COMPOSITE INTERFACES
Fatigue behaviour of a uni-di- Carlos Fuentes (KU Leuven),
rectional flax-epoxy compos- Els Van Santfoort (GroepTite was investigated. Results Leuven Engineering College),
indicated that the failure
Haoyu Guo (GroepT-Leuven
criteria was determined by
Engineering College), Christine
not only the fatigue damaging Dupont-Gillain (Université
but also the creep strain.
Catholique de LouvainLouvain-la-Neuve), David
Seveno (KU Leuven), Aart Van
Vuure (KU Leuven)
Surface interactions and interface compatibility between PP,
MAPP, and PVDF with glass
substrates were evaluated, at
room (20°C) and high temperature (200°C).
1304-4 DELAMINATION
FATIGUE PROPERTIES OF
Z-PINNED CARBON-EPOXY
LAMINATE USING METAL OR
COMPOSITE RODS
Fabio Pegorin (RMIT
University), Khomkrit
Pingkarawat (RMIT University),
Stephen Daynes (RMIT
University), Adrian Mouritz
(RMIT University)
The absorbed microwave
energy could be transferred
into heat efficiently in the
T-ZnOw/SMP composite
and the remote actuation of
complex shape transitions by Fabio Pegorin is a Doctoral
microwave is possible.
candidate in Aerospace
ND reinforced PVA nanocomEngineering at RMIT
posite fibers were prepared
University. His Ph.D aims to
through gel process followed
create a multi-functional comby uniaxial drawing. The exposite material for aerospace
cellent mechanical properties
structure using z-pinning
of the drawn nanocomposite
technique.
fibers were revealed.
1305-4 A PARAMETERIZED
SURFACE METHOD TO
DETERMINE OPTIMAL
VARIABLE STIFFNESS LAYUP
DESIGN BY GLOBAL SEARCH
Simon Hesse (BMW AG.
& Technische Universität
München), Anna Arsenyeva
(Technische Universität
München), Dirk Lukaszewicz
(BMW Group), Fabian Duddeck
(Technische Universität
München)
1306-3 EFFECTS ON
FORMING WHEN USING
ALIGNED MULTI WALL
CARBON NANOTUBES IN
MULTI-STACKED PREPREG
Per Hallander (Saab AB), Jens
Sjölander (Royal Institute of
Technology), Malin Åkermo
(Royal Institute of Technology)
The aim of this study was to
show how locally arranged
MWCNTs in prepreg interlayers affect the global forming
Variable Stiffness laminates
behavior. The study shows
are optimized by using
that MWCNT in the [0]/[45]
bi-variate spline surfaces with interfaces affects wrinkling.
a small number of control
points. Our example showes
a significant increase of the
buckling load for a curved
panel.
1307-4 MONOLITHIC
STOKES/DARCY FLUID
FORMULATION IN
DEFORMABLE MEDIA
FOR THE SIMULATION OF
RESIN-INFUSION BASED
PROCESSES
Maxime Blais (Ecole des
mines de Saint-Etienne),
Nicolas Moulin (Ecole des
mines de Saint-Etienne),
Pierre-Jacques Liotier (Ecole
des mines de Saint-Etienne),
Julien Bruchon (Ecole des
mines de Saint-Etienne),
Sylvain Drapier (Ecole des
mines de Saint-Etienne)
Based on a monolithic StokesDarcy formulation coupled
with a solid mechanics
problem, this study describes
a numerical approach for the
simulation of composite parts
made by infusion processes.
1308-4 VISCOSE RAYON
FIBRES: A POTENTIAL
ADDITION TO THE
TECHNICAL FIBRES FAMILY?
Jonathon Chard (University
of Surrey), Gavin Creech
(Scott Bader), David Jesson
(University of Surrey), Paul
Smith (University of Surrey)
1309-4 EFFECTS OF
TESTING TEMPERATURE
ON INTERFACIAL SHEAR
STRENGTH MEASUREMENTS
OF EPOXY RESINS AT
DIFFERENT MIXING RATIOS
Helga Nørgaard Petersen
(Technical University of
Denmark), Ross Minty
(University of Strathclyde
Viscose rayon fibres have the ), James L. Thomason
potential to bridge the gap be- (University of Strathclyde),
tween natural (in this context Povl Brøndsted (Technical
plant derived) and technical
University of Denmark),
fibres. Data from mechanical Yukihiro Kusano (Technical
tests are prestented.
University of Denmark),
Kristoffer Almdal (Technical
University of Denmark)
The interfacial shear stress of
a glass fibre and epoxy matrix
system was investigated. An
inverse dependency of testing
temperature and mixing ratio
of hardener and epoxy resin
was found.
Meeting room 16
1310-3 STATIC AND
DYNAMIC RESPONSE OF
NOVEL ANISOTROPIC
COMPOSITE FOAM CONCEPT
FOR PROTECTIVE HELMETS
Yasmine Mosleh (KU
Leuven), Bart Depreitere (KU
Leuven), Jos Vander Sloten
(KU Leuven), Jan Ivens (KU
Leuven)
In this paper, a new anisotropic material concept namely
composite foam is proposed
as an alternative to next generation helmet liners which
can potentially reduce head
rotational accelerations.
Monday 20 July · Scientific
Meeting room 5
1311-3 DOES UNIT CELL
SIZE PLAY A ROLE?
AN OVERVIEW OF
MECHANICAL PROPERTIES
OF WOVEN LAMINATES
Mireia Olave (IK4-IKERLAN),
Igor Vara (IK4-IKERLAN),
Hodei Usabiaga (IK4IKERLAN), Laurentzi
Aretxabaleta (Mondragon
Unibertsitatea), Stepan V.
Lomov (KU Leuven), Dirk
Vandepitte (KU Leuven)
The unit cell size effect of
woven laminates for different mechanical properties
is investigated: tensile
strength, damage, static
mode I/II and fatigue mode
I fracture toughness values
are analyzed.
1311-4 EFFECT OF THE
NUMBER OF LAMINATIONS
ON BENDING AND
TRANSVERSE SHEAR
PROPERTIES OF
PLAIN WEAVE FABRIC
COMPOSITE LAMINATES
Keishiro Yoshida (Kanazawa
Institute of Technology),
Motohiro Nakagami
(Kanazawa Institute of
Technology), Yasuo Hirose
(Kanazawa Institute of
Technology)
Bending stiffness and transverse shear stiffness of plain
weave fabric composite
laminates are investigated
considering the intra-lamina
inhomogeneity through finite
element analysis.
Meeting room 6
1312-3 THREEDIMENSIONAL GRAPHENE
FOAM/CNT/PDMS
COMPOSITES WITH
EXCEPTIONAL MICROWAVE
AND NOISE SHIELDING
Xinying Sun (The Hong Kong
University of Science and
Technology), Xu Liu (The
Hong Kong University of
Science and Technology),
Xiuyi Lin (The Hong Kong
University of Science and
Technology), Xi Shen (The
Hong Kong University of
Science and Technology),
Ying Wu (The Hong Kong
University of Science and
Technology), Zhenyu Wang
(The Hong Kong University
of Science and Technology),
Gang Liu (Xi’an Jiaotong
University), Jang-Kyo Kim
(The Hong Kong University
of Science and Technology)
This paper reports novel GF/
CNT/PDMS hybrid composites with different porosities,
densities and CNT contents
for both high EMI shielding
and sound absorption performances.
1312-4 FACILE
SYNTHESIS OF GRAPHENE
SURFACE-MODIFIED
FLAKE ALUMINUM
POWDER WITH LOW
INFRARED EMISSIVITY
AND EXCELLENT
ANTICORROSIVE
PERFORMANCE
Lihua He (Beijing Institute
of Aeronautical Materials),
Pinggui Liu (Beijing
Institute of Aeronautical
Materials), Yan Zhao
(Beihang University), Youwei
Zhang (Beijing Institute of
Aeronautical Materials),
Wen Luo (Beijing Institute
of Aeronautical Materials),
Tong Zhang (Beijing Institute
of Aeronautical Materials)
GO was firstly functionalized
with -PO(OH)2, and then
reacted with Al to obtain
graphene-modified Al
powder, which was efficient
in preparing lower infrared
emissivity and anticorrosive
coating.
Meeting room 7
1313-3 EFFECTIVE
MECHANICAL PROPERTIES
OF A WELD LINE IN A
SHORT GLASS FIBRE
REINFORCED POLYAMIDE
66 BASED ON X-RAY
MICRO-TOMOGRAPHY
AND FINITE ELEMENT
COMPUTATION
Abderrahmane Ayadi (Mines
Douai), Hedi Nouri (Mines
Douai), Sofiane Guessasma
(INRA), Frederic Roger
(Mines Douai)
M1
1314-3 ACOUSTIC
EMISSION ANALYSIS FOR
VALIDATION OF MICRO
MECHANICAL MODELS
Fatih Oz (Bogazici
University), Nuri Ersoy
(Bogazici University)
M2
1315-3 A PROGRESSIVE
FAILURE MODEL FOR
COMPOSITE LAMINATES
INCLUDING MATRIX
CRACKS INTERNAL
TRACTION
Mahdi Salavatian
(Washington State
A comparison between the University), Lloyd Smith
predictions of finite element (Washington State
micromechanical analysis
University)
and results of tension tests
with acoustic emission
This paper concerns the
recording for a carbon
shear modulus reduction
fibre reinforced composite due to transverse cracks.
X-Ray micro-tomography is material.
The effect of crack closure
combined with a two-scale
in the transverse and shear
finite element computational
response of the laminates
method to quantify the local
was incorporated in the
anisotropic elastic properdamage model.
ties within a hot weldline.
1314-4
MICROMECHANICAL
INVESTIGATION OF THE
INFLUENCE OF PLY
THICKNESS ON FIBRE
MATRIX DEBONDING
Christian Leopold (Technical
University HamburgHarburg), Wilfried Liebig
(Technical University
Hamburg-Harburg), Bodo
Fiedler (Technical University
Hamburg-Harburg)
1315-4 ANALYSIS OF
BENDING STIFFNESS
REDUCTION IN
LAMINATES DUE TO
TRANSVERSE CRACKS
AND DELAMINATIONS IN
SURFACE LAYERS
Andrejs Pupurs (Luleå
University of Technology),
Mohamed Loukil (Swerea
SICOMP), Fredrik Ahlqvist
(Swerea SICOMP), David
Mattsson (Swerea SICOMP)
M3
1316-3 ENF TEST
SIMULATION OF STITCHED
COMPOSITES BASED ON
SHEAR TESTING RESULTS
OF SINGLE STITCHED
LAMINATES
Jonny Herwan (Tokyo
Metropolitan University),
Atsushi Kondo (Tokyo
Metropolitan University),
Satoshi Morooka (Tokyo
Metropolitan University),
Naoyuki Watanabe (Tokyo
Metropolitan University)
M4
1317-3 NONLINEAR
DYNAMIC CONSTITUTIVE
MODEL FOR CARBON/
EPOXY TEXTILE
COMPOSITES
Xing Liu (Vrije Universiteit
Brussel), Lincy Pyl (Vrije
Universiteit Brussel), Danny
Van Hemelrijck (Vrije
Universiteit Brussel), Wim
Van Paepegem (Ghent
University), Laszlo Farkas
(Siemens Industry Software
NV)
End notch flexural (ENF) test
simulation was developed
based on single stitch testing, combined with cohesive
zone model to facilitate
crack propagation. FE
results agreed well with the
experiment.
A constitutive model
describing the behaviours
(elastic fibers and viscoelastic matrix) of textile
composites is presented in
this paper and verified in a
quasi-static loading case
from literature.
1316-4 MODE I FRACTURE
OF THIN-PLY CARBONEPOXY LAMINATES:
EFFECTS OF PLY
THICKNESS
Guillaume Frossard (Ecole
polythechnique fédérale
de Lausanne (EPFL)), Joël
Cugnoni (Ecole polythechnique fédérale de Lausanne
(EPFL)), Thomas Gmür
(Ecole polythechnique
fédérale de Lausanne
(EPFL)), John Botsis (Ecole
polythechnique fédérale de
Lausanne (EPFL))
1317-4
MICROMECHANICAL
MODELING OF CERAMICSBASED COMPOSITES VIA
VORONOI-DELAUNAY
NETWORKS
Khalid Alzebdeh (Sultan
Qaboos University),
Uwe Kruger (Rensselaer
Polytechnic Institute)
M5
1318-3 INFLUENCE OF THE
PIN SIZE ON THE TENSILE
AND FATIGUE BEHAVIOR
OF TI-CFRP HYBRID
STRUCTURES PRODUCED
BY LASER ADDITIVE
MANUFACTURING
Daniel Huelsbusch (TU
Dortmund University),
Matthias Haack (TU
Dortmund University),
Andreas Solbach (Hamburg
University of Technology),
Claus Emmelmann (Laser
Zentrum Nord GmbH), Frank
Walther (TU Dortmund
University)
Quasi-static and cyclic
investigations were carried
out in order to assess the
influence of additive-manufactured pin structures on
the mechanical properties
of a novel hybrid structure
interface.
1318-4 EVALUATION
OF AN ANALYTICAL
ANALYSIS METHOD
FOR INTERFERENCE FIT
ASSEMBLIES FOCUSING
ON THICK-WALLED PARTS
BASED ON EXPERIMENTAL
DATA
Philipp Fahr (Technische
Universität München-Faculty
of Mechanical Engineering),
Roland Hinterhoelzl
(Technische Universität
München-Faculty of
Mechanical Engineering)
Using a discrete modeling,
we utilize Voronoi tessellation to simulate random
The influence of ply
Bending stiffness of lamimicrostructure of 2D cethickness in the 90° layer
nates with micro-damage
ramics-based composites.
in cross-ply laminates on
was measured experimenStatistics on elastic moduli The assembly process of infibre matrix debonding
tally. DIC was used to meas- The ply thickness influences are calculated via numerical terference fit assemblies of
and inter-fibre-fracture is
ure the mid-plane curvature. the steady-state ERR in
simulations.
CFRP shafts and steel hubs
investigated experimentally Results yielded excellent
mode I fracture of caris investigated experimenwith model composites and agreement with FEM and
bon-epoxy laminates. The
tally and analytically. The
in FEM simulation.
analytical models.
difference of microstructure
applicability of an analytical
affects the amount of bridgapproach is evaluated.
ing fibres, which leads to
this size effect.
M6
1319-3 STRUCTURAL
ROBUSTNESS ANALYSIS
OF ANISOGRID COMPOSITE
LATTICE STRUCTURES
Ronald Wagner (German
Aerospace Centre),
Steffen Niemann (German
Aerospace Centre), Christian
Hühne (German Aerospace
Centre)
programme
M7
1320-3 THE EFFECTS
OF COST AND
WEIGHT EFFICIENT
STRUCTURAL DESIGN
FOR MANUFACTURING OF
COMPOSITE AUTOMOTIVE
BODY STRUCTURES
Per Mårtensson (Royal
institute of technology), Dan
Zenkert (Royal institute of
technology), Malin Åkermo
The purpose of this paper
(Royal institute of techis to compare the structural nology)
robustness of anisogrid
composite lattice structures An analysis of the effects
with orthogrid composite
when dividing a composite
structures when subjected structure to improve the
to axial compression.
cost effeciency of manufacturing. Cost and weight
impact is investigated by
finite element analysis and a
cost model.
M8
1321-3 CERAMIC-METAL
HYBRID PARTICLES AS
FILLERS LEADING TO
ENHANCED DIELECTRIC
PERFORMANCE OF THE
POLYMERIC COMPOSITES
Shuhui Yu (Shenzhen
Institutes of Advanced
Technology-Chinese
Academy of Sciences),
Suibin Luo (Shenzhen
Institutes of Advanced
Technology-Chinese
Academy of Sciences),
Fang Fang (Shenzhen
Institutes of Advanced
Technology-Chinese
Academy of Sciences), Rong
Sun (Shenzhen Institutes
of Advanced TechnologyChinese Academy of
Sciences)
Hybrid particles of Nano
Ag-depositing on BaTiO3
were prepared, which as
fillers lead to high dielectric
constant (235) and low
dielectric loss (0.11) of the
polymeric composites.
1320-4 DESIGN
OPTIMIZATION OF A
BOGIE STRUCTURE FOR
A TRADE-OFF BETWEEN
PROCESSING TIME AND
STRUCTURAL PROPERTY
Moo Sun Kim (Korea
Railroad Research Institute),
Jeongseok Kim (Korea
Railroad Research Institute),
Seung Mo Kim (Korea
university of technology and
education)
1321-4 3D ORDERED
GERMANIUM BASED
COMPOSITE AND ITS
ELECTROCHEMICAL
PROPERTIES
Jiupeng Zhao (Harbin
Institute of Technology),
Yao Li (Harbin Institute
of Technology), Jian
Hao (Harbin Institute of
Technology)
The optimal product design
(thickness design) plan for
train bogie frame was suggested to consider processing time of RTM process,
weight and mechanical
properties.
47
Scientific programme · Tuesday 21 July
Congress Hall A
Auditorium 15
Auditorium 10
Auditorium 11
Auditorium 12
Meeting room 18
Meeting room 19
8:30 PLENARY: High resolution computed tomography studies of composite materials: The data rich mechanics opportunity S. Mark Spearing, University of Southampton, United Kingdom
9:30 Mini Oral Session I in Congress Hall A2
- see detailed programme page 22.
9:30
Programme number = poster id
9:50
Meeting room 20
Meeting room 17
M8
2121 Special Symposium on
Active Composites
2121-1 Opening Remarks
B.-L. (“Les”) Lee
2121-2 Avian Inspired
Multifunctional Morphing
Vehicles: Critical Issues
Daniel Inman
10:10
2121-3 Sensory Systems
and Flight Stability of Birds
Graham Taylor
10:30
2121-4 Power and Energy
Issues for Morphing Wings
Hugh Bruck
11:00 Poster Session in the Exhibition
12:00 Lunch in the Exhibition
13:00 Mini Oral Session II in Congress Hall A2
- see detailed programme page 22.
13:00
Programme number = poster id
2321 Special Symposium on
Active Composites
2321-1 Multifunctional
Skin Material for Morphing
Leading Edge Applications
Hans Peter Monner
13:20
2321-2 Bio-Inspired
Materials That Self-Shape
Through Programmed
Microstructures
Andre Studart
14:10 Poster Session in the Exhibition
2521 Special Symposium on
Active Composites
2521-1 Co-Continuous
Metal-Elastomer Foam
Actuators for Morphing
Wing MAVs
Robert Shepherd
14:50
15:10
48
2521-2 Intelligent CNT
Composite Network:
The Neurons for MAV
Musculoskeletal System
Yong Chen
Tuesday 21 July · Scientific
programme
49
Scientific programme · Tuesday 21 July
Congress Hall A
Auditorium 15
2102 Nano Composites 4
15:00 2101 Processing Manufacturing Technology 4
Auditorium 11
2104 Fatigue 4
Auditorium 12
2105 Structural Analysis
and Optimization 4
Meeting room 18
2106 Process Induced
Effects 3
Meeting room 19
2107 Process Modelling 4
Meeting room 20
2108 Biocomposites 4
Meeting room 17
2109 Interfaces and
Interphases 4
15:00 2101-1 AN INVESTIGATION
OF EXPERIENCED PERSON IN
HAND LAY-UP FABRICATION
METHOD - CONVERTING
TACIT KNOWLEDGE TO
EXPLICIT IN THE FIBER
REINFORCED PLASTICS
MOLDINGTetsuo KIKUCHI (Toyugiken
Co.-Ltd.-Kanagawa), Erika
SUZUKI (Toyugiken Co.-Ltd.),
Yuka TAKAI (Osaka Sangyo
University), Akihiko GOTO
(Osaka Sangyo University),
Hiroyuki HAMADA (Kyoto
Institute of Technology)
2104-1 THE FATIGUE OF
CARBON FIBRE COMPOSITES
CONTAINING INTERLAMINAR
INKJET PRINTED POLYMER
DROPLETS
Andrew Cartledge (The
University of Sheffield),
Christophe Pinna (The
University of Sheffield), Alma
Hodzic (The University of
Sheffield), Patrick Smith (The
University of Sheffield)
KEYNOTE
2106-1 THICK-WALLED
“CRACK-FREE” CFRP PIPES
USING NOVEL STRESS
REDUCTION METHOD
Kazunori Takagaki (The
University of Tokyo), Shu
Minakuchi (The University
of Tokyo)
2107-1 A RATE-TYPE
CRYSTALLIZATION KINETICS
MODEL FOR PROCESS
MODELLING OF PEEK AND
PEEK MATRIX COMPOSITES
Kamyar Gordnian (The
University of British
Columbia), Anoush Poursartip
(The University of British
Columbia)
2108-1 RESIDUAL
PROPERTIES AND DAMAGE
EVOLUTION OF FLAX-EPOXY
COMPOSITES SUBJECTED
TO FATIGUE LOADING
Farida Bensadoun (KU
Leuven), Ignaas Verpoest
(KU Leuven), Aart Willem Van
Vuure (KU Leuven)
2109-1 APPLICATION OF
ATMOSPHERIC PLASMA
TREATMENTS TO ENHANCE
THE MECHANICAL
PROPERTIES OF UNSIZED
CARBON FIBRE /EPOXY
COMPOSITES
Kate O’Flynn (University
College Dublin), Denis
Dowling (Dublin)
2106-2 EFFECT OF BUCKLES
MESOSCOPIC DEFECTS
ON THE COMPOSITE
PROPERTIES
Samir Allaoui (Orleans
University), Madjid Haddad
(UTC), Romain Agogue
(ONERA), Kamel Khellil
(UTC), Gilles hivet (Orleans
University), Pierre Beauchene
(ONERA), Zoheir Aboura (UTC)
2107-2 ADVANCED
3D FINITE ELEMENT
SIMULATION OF
THERMOPLASTIC
COMPOSITE INDUCTION
WELDING
Miro Duhovic (Institut
für Verbundwerkstoffe
GmbH-Erwin-SchrödingerStr.-Gebäude 58 ), Pierre
L’Eplattenier (Livermore
Software Technology
Corporation-7374 Las Positas
Road), Inaki Caldichoury
(Livermore Software
Technology Corporation-7374
Las Positas Road), Joachim
Hausmann (Institut für
Verbundwerkstoffe GmbHErwin-Schrödinger-Str.Gebäude 58)
2108-2 CALCIUM
PHOSPHATE CEMENT
REINFORCED WITH NATURAL
CELLULOSIC FIBERS FROM
DIFFERENT SOURCES
Pierre Leuret (Université
de Nantes), Franck Tancret
(Université de Nantes), Paul
Pilet (Laboratoire d’ingénierie
osteoarticulaire et dentaire),
Jean-Michel Bouler (université
de Nantes), Bruno Bujoli (université de Nantes)
2109-2 FUNCTIONALISATION
OF CARBON FIBRE
SURFACES FOR ENHANCED
FIBRE/MATRIX ADHESION
Linden Servinis (Deakin
University), Luke Henderson
(Deakin University), Bronwyn
Fox (Deakin University),
Mickey Huson (CSIRO),
Thomas Gengenbach (CSIRO)
This study investigated the
relation between the pressure
force applied by the operator
when using a roller for fabrication work and the degree of
proficiency in the hand lay up
fabrication method.
15:20 2101-2 COST AND WEIGHT
EFFICIENT ASSEMBLY OF
AERONAUTICAL COMPOSITE
STRUCTURES
Mathilda Karlsson Hagnell
(Lightweight structures),
Malin Åkermo (Lightweight
structures)
This research discusses cost
implications and trends of a
generic wing box with regards
to integration and mechanical
assembly. Costs are defined
using a previously developed
cost estimation model.
Auditorium 10
2103 Multifunctional
Composites - Sensing and
Actuation 4
2102-1 REACTIVE
2103-1 COMPARATIVE
SYNTHESIS: A PROMISING
STUDY ON MONITORING
ROUTE FOR THE IN-SITU
STRUCTURAL DEFECTS IN
FORMATION OF NANOSIZED FRPS USING GLASS FIBRES
REINFORCEMENTS IN METAL WITH CARBON NANOTUBES
MATRIX COMPOSITES
AND GRAPHENE COATING
Nassim Samer (University
Bin HAO (The Xinjiang
Lyon 1), Jérôme Andrieux
Technical Institute of Physics
(University Lyon 1), Bruno
and Chemistry-Chinese
Gardiola (University Lyon
Academy of Sciences), Peng1), Sophie Gourdet (Airbus
Cheng MA (The Xinjiang
Group Innovations), Olivier
Technical Institute of Physics
Martin (Mecachrome), Hiroki and Chemistry-Chinese
Kurita (CEA-Saclay), Laurent Academy of Sciences)
Chaffron (CEA-Saclay), Olivier
Dezellus (University Lyon 1)
This paper studied the structural defects in composites by
The present paper describes monitoring the deformation
a new in-situ synthesis route of glass fibers with CNTs
of MMCs leading to enhanced or graphene coating and
mechanical properties and
compared the different effects
to nanosized reinforcement
between them.
without handling of nanosized
particles.
2102-2 APPLICATION
OF THE EMBEDDED
ELEMENT TECHNIQUE
TO THE MODELLING OF
NANO-ENGINEERED FIBERREINFORCED COMPOSITES
Anna Matveeva (KU Leuven),
Valentin Romanov (KU
Leuven), Stepan Lomov (KU
Leuven), Larissa Gorbatikh
(KU Leuven)
2103-2 HYDROGEL
CORE FLEXIBLE MATRIX
COMPOSITE (H-FMC)
ACTUATORS
Michael Dicker (University
of Bristol), Paul Weaver
(University of Bristol), Ian
Bond (University of Bristol),
Jonathan Rossiter (University
of Bristol), Charl Faul
(University of Bristol)
The Embedded Element
technique is applied to model
fiber-reinforced composites
with carbon nanotubes. Its
advantages and limitations
for micro-stress analysis are
discussed.
H-FMC actuators are muscle-like devices powered by
soft, pH-responsive hydrogels.
This presentation explores
how anisotropic composites
and hydrogel micro-structure
effect H-FMC performance.
A study of the addition of
interlaminar inkjet printed
polymer droplets upon the
fatigue life of unidirectional
carbon fibre composites in 4
point bending
2104-2 A STUDY ON THE
BIAXIAL FATIGUE OF
E-GLASS/EPOXY LAMINATES
UNDER NORMAL AND SHEAR
LOADINGS
Pankaj Mallick (University
of Michigan-Dearborn),
Raghuram Mandapati
(University of MichiganDearborn)
Fatigue behavior of a fiber
reinforced polymer laminate
under a combination of
normal and shear stresses is
determined. The role of shear
stress on biaxial fatigue life is
demonstrated.
2110-1 EFFECT OF RELATIVE
DENSITY ON SHOCK WAVE
2105-1 RECENT
SPEED OF CELLULAR
DEVELOPMENTS OF
MATERIAL UNDER DYNAMIC
DISCRETE MATERIAL
IMPACT
OPTIMIZATION OF
Shilong Wang (University
LAMINATED COMPOSITE
of Science and Technology
STRUCTURES
of China), Yuanyuan Ding
Erik Lund (Aalborg University),
(University of Science
René Sørensen (Aalborg
Significant radial tensile
and Technology of China),
University)
stress is induced in thickThe present study focuses
Changfeng Wang (University
walled CFRP pipes. This
A rate type modelling apon the characterization of the A number of different atmos- of Science and Technology
This presentation will give
study proposes a novel stress proach is presented which
residual properties of flaxpheric plasma sources are in- of China), Zhijun Zheng
a quick summary of recent
reduction method using
is capable of predicting the
epoxy composites subjected vestigated for the treatment of (University of Science and
developments of the DMO
an asymmetric layup, and
degree of crystallinity during to fatigue loading as well as glass and carbon fibres used Technology of China), Jilin
approach for structural opti- demonstrates a crack-free
processing of carbon fibre re- the damage development.
in composites. The aim is to Yu (University of Science and
mization of laminated comthick CFRP pipe.
inforced PEEK composites.
achieve enhanced composite Technology of China)
posites including examples
mechanical properties.
of challenging optimization
We investigated the dynamic
problems.
mechanical behavior of
closed-cell metallic foam under high constant-velocity impact and found that the shock
wave speed increases linearly
with the relative density.
The aim of this study is to
evaluate the effect of mesoscopic defects of shaping
processes on composite.
Specimens with calibrated
defects were fabricated and
then tested and compared to
healthy ones.
The joining of carbon fiber
reinforced thermoplastic
(CFRTP) composites via
electromagnetic (EM) induction welding is studied and
simulated using the finite
element simulation software
LS-DYNA®.
50
Meeting room 16
2110 Foams, Cellular and
Lattice Materials 3
Mechanical properties of a
novel injectable biomaterial
cement for bone defect
filling reinforced with natural
cellulosic fibers from different
sources.
2110-2 THE INFLUENCE OF
REDUCING THE CELL SIZE
TO THE NANOSCALE ON THE
PHYSICAL PROPERTIES OF
POLYMERIC NANOCELLULAR
FOAMS.
Belen Notario (University
of Valladolid), Javier Pinto
(Istituto Italiano di Tecnologia
(IIT)), Miguel Angel Rodriguez
Perez (University of Valladolid)
The paper demonstrates that
reducing the cell size to the
nanoscale is a successful
strategy to improve several
physical properties of cellular
polymers.
Tuesday 21 July · Scientific
Meeting room 5
2111 Textile-Based
Composites and Fibre
Architecture 4
2111-1 SIMULATION
METHODOLOGY FOR
IMPACT DAMAGE AND
FAILURE OF AERO-ENGINE
COMPONENTS MADE OF
TEXTILE COMPOSITES
Elena Sitnikova (University
of Nottingham), Qing Pan
(University of Nottingham),
Tian-Hong Yu (University of
Nottingham), Weiyi Kong
(University of Nottingham),
Xiantao Zhao (University of
Nottingham), Shuguang Li
(University of Nottingham),
Richard Brooks (University
of Nottingham), Andrew
Long (University of
Nottingham), Shoufeng Hu
(AVIC Commercial Aircraft
Engine), Victor Wang
(AVIC Commercial Aircraft
Engine), Jian Zhang (AVIC
Commercial Aircraft Engine)
A multi-scale modelling
strategy developed for
predicting the constitutive
behaviour of textile composites under impact loading in
aerospace applications.
2111-2 THERMAL
CYCLING OF A 3D
WOVEN COMPOSITE:
IN SITU X-RAY MICROTOMOGRAPHY STUDY
AND STRAIN FIELD
MEASUREMENTS
Yannick Pannier (Institut
Pprime), Pascal Doumalin
(Institut Pprime),
Romain Boijoux (Institut
Pprime), Camille Guigon
(Institut Pprime), Carole
Rakotoarisoa (SNECMA)
This work deals with in situ
thermal loading of 3D woven
polymer composite materials in a synchrotron x-ray
micro-tomograph and strain
field measurements by digital volume correlation.
Meeting room 6
Meeting room 7
2112 Graphene, Graphene- 2113 X-ray Computed
Based Composites 4
Tomography 3
M1
2114 Fracture
and Damage Micromechanics 4
2112-1 GRAPHENE
2113-1 FAILURE
2114-1 EXPERIMENTAL
WOVEN FABRICS/EPOXY
MECHANISMS IN
AND NUMERICAL
COMPOSITES WITH
CENOSPHERE EPOXY
ANALYSIS OF THE PEEL
EXCEPTIONAL FRACTURE SYNTACTIC FOAMS UNDER FRACTURE ENERGY
TOUGHNESS AND
UNIAXIAL COMPRESSION BETWEEN ALUMINA
MECHANICAL PROPERTIES Ruoxuan Huang (Nanyang
CERAMICS AND GLASS
Xu Liu (The Hong Kong
Technological University),
FIBRE-REINFORCED
University of Science and
Peifeng Li (Nanyang
COMPOSITES
Technology), Xinying Sun
Technological University),
Tom Thorvaldsen
(The Hong Kong University Tong Liu (Singapore
(Norwegian Defence
of Science and Technology), Institute of Manufacturing
Research Establishment
Xiuyi Lin (The Hong Kong
Technology)
(FFI)), Luiz Kawashita
University of Science and
(University of Bristol),
Technology), Xi Shen (The
Syntactic foams have
Bernt Brønmo Johnsen
Hong Kong University of
become attractive in
(Norwegian Defence
Science and Technology),
transpotation applications. Research Establishment
Ying Wu (The Hong Kong
This work investigated the (FFI)), Tyler Paul Jones
University of Science and
behaviour and the associ(Norwegian Defence
Technology), Zhenyu Wang ated failure mechanisms in Research Establishment
(The Hong Kong University syntactic foams subjected to (FFI)), Dennis Bo Rahbek
of Science and Technology), uniaxial compression.
(Norwegian Defence
Jang-Kyo Kim (The Hong
Research Establishment
Kong University of Science
(FFI))
and Technology)
The fixed arm peel test and
Graphene woven fabric
FEM using CZM have been
(GWF) is synthesized by
employed to investigate the
a template-based CVD
failure between an alumina
method. The GWF/epoxy
ceramic and a GFRP comcomposites exhibit excellent
posite under quasi-static
electrical conductivities,
loading.
high mechanical properties
and fracture toughness.
2112-2 CONTINUUM
2113-2 APPLICATION
2114-2
MODEL FOR GRAPHENEOF X-RAY COMPUTED
CHARACTERISATION
BASED COMPOSITES
MICRO-TOMOGRAPHY TO OF VOIDS AND THEIR
Junjun Shang (College of
THE STUDY OF DAMAGE
INFLUENCE ON DAMAGE
Mechanical Engineering
AND OXIDATION KINETICS PROPAGATION IN RESIN
and Applied Electronics
OF THERMOSTRUCTURAL TRANSFER MOULDED
Technology -Beijing
COMPOSITES
CARBON FIBRE
University Of Technology),
Olivier Caty (LCTS), Mathieu REINFORCED POLYMERS
Qingsheng Yang (College
Herbreteau (LCTS), Francis Sanjay Sisodia (Uppsala
of Mechanical Engineering Rebillat (LCTS), Gérard
University), Mark
and Applied Electronics
Vignoles (LCTS)
Mavrogordato (University
Technology -Beijing
of Southampton), Andrew
University Of Technology)
In CMC, Weakening pheGeorge (Brigham Young
nomena (mechanical and
University), Daniel Bull
A coarse-grid beam model chemical) are 3D and inside (University of Southampton),
of graphene is proposed
the material. μCT is thus
Mark Spearing (University
based on molecular struc- applied to the study of fail- of Southampton), Kristofer
tural mechanics approach
ure for mechanical loading Gamstedt (Uppsala
to simulate graphene-based and to the oxidation of self University)
composite. The amount of
healing phases.
calculation and time cost
This study focuses on the
are reduced remarkably.
formation of voids in resin
infused carbon composites
and their effect on the damage development to final
failure during impact and fatigue using X-ray computed
tomography.
M2
2115 Fracture and
Damage - Laminate
Scale 4
2115-1 NUMERICAL
ANALYSIS ON OPEN-HOLE
CARBON-FIBRE/EPOXY
STITCHED LAMINATES
WITH DIFFERENT STITCH
ORIENTATION
Prabij Joshi (Tokyo
Metropolitan University),
Satoshi Morooka (Tokyo
Metropolitan University),
Atsushi Kondo (e-Xtream
Engineering-MSC Software
Company), Hikaru Hoshi
(Japan Aerospace
Exploration Agency (JAXA)),
Naoyuki Watanabe (Tokyo
Metropolitan University)
M5
2118 Joints - Design,
Manufacturing and
Testing 4
KEYNOTE
2117-1 PROGRESSIVE
2118-1 DOMINANT EFFECT
FAILURE ANALYSIS OF
OF END DISTANCES ON
2116-1
CARBON/EPOXY FILAMENT GUARDED FAILURE OF
CHARACTERIZATION OF
WOUND COMPOSITE
COMPOSITE BOLTED
FATIGUE R-CURVES BASED TUBES UNDER BIAXIAL
JOINTS
ON GMAX-CONSTANT
LOADING
Fengrui Liu (Beihang
DELAMINATION TESTS IN José Humberto Almeida Jr. University), Jianyu Zhang
CF/PEEK LAMINATES
(UFRGS - Federal University (China), Libin Zhao (Beihang
Masaki Hojo (Kyoto
of Rio Grande do Sul), Volnei University)
University), Takahira Aoki
Tita (Engineering School
(The University of Tokyo)
of São Carlos - University
Influence of end distances
of São Paulo), Hugo
on failure of composite
The true growth law which Faria (INEGI - Institute of
double-lap single-bolt joints
is not affected by fiber
Mechanical Engineering and was studied by tests and
bridging was obtained from Industrial Management),
PDM analyses. Lateral gaps
a series of Gmax-constant António Marques (FEUP between laminates and
fatigue tests. Then, the
Faculty of Engineering of the intrinsic critical length Lc
increase in the crack growth University of Porto), Sandro were discovered.
Open-hole woven stitched resistance was evaluated.
Amico (UFRGS - Federal
laminate showed a good
University of Rio Grande
agreement with experimendo Sul)
tal stress-strain distribution.
Meanwhile, stress conA damage model is decentration factor has been
veloped for predicts the
improved by 14% with lonmechanical behavior of
gitudinally than transve
composite tubes subjected
to internal pressure. Failure
in matrix by transverse
tensile stress and in-plane
shear were noticed.
2115-2 COMPOSITE
SANDWICH STRUCTURE
WITH A NOTCH IN
BENDING/TORSION: TEST
AND SIMULATION UP TO
RUPTURE
Olivier Montagnier (French
Air Force), Jean-Paul
Charles (CNRS), Gabriel Eyer
(CNRS), Christian Hochard
(CNRS), Noël Lahellec
(CNRS)
The aim of this work is to
validate experimentally
a CDM model for woven
materials on a structural
part consisting of a large
sandwich notched specimen
loaded in static bending/
torsion.
M3
2116 Fracture and
Damage - Delamination 4
M4
2117 Pressure Vessels
and Piping 1
2117-2 A NEW FIBERBUNDLE BASED MODELING
APPROACH FOR THE
ANALYSIS OF COMPOSITE
PRESSURE VESSELS
Jörg Multhoff (ISATEC
GmbH)
A new approach motivated
by the tenets of netting
analysis and based on a
finite element formulation
with an embedded fiber-bundle model is being
explored.
2118-2 USE OF
PIEZOELECTRIC THICK
FILM SENSORS TO
MEASURE STRESS
DISTRIBUTION WITHIN A
LAP JOINT
Aikaterini Deligianni
(Newcastle University ),
George Kotsikos (newcastle
university), Jack Michael
Hale (Newcastle University )
programme
M6
2119 Applications Aerospace 3
M7
2120 Dynamic Fracture 1
2119-1 EVALUATION OF
LIGHTNING DAMAGE
RESISTANCE OF PANIBASED CONDUCTIVE
THERMOSETTING
COMPOSITE
Yoshiyasu Hirano (Japan
Aerospace Exploration
Agency), Tomohiro Yokozeki
(The University of Tokyo),
Teruya Goto (Yamagata
University), Tatsuhiro
Takahashi (Yamagata
University), Danna Qian
(Mitsubishi Plastics-Inc.),
Shouji Itou (Mitsubishi
Plastics-Inc.), Yuichi
Ishida (Japan Aerospace
Exploration Agency),
Toshio Ogasawara (Japan
Aerospace Exploration
Agency), Masaru Ishibashi
(GSI Creos)
2120-1 MODELING
HYPERVELOCITY-IMPACT
RESPONSE OF CFRP-AL/HC
LAMINATE
Vaibhav A Phadnis (The
University of Sheffield),
Vadim Silberschmidt
(Loughborough University),
Anish Roy (Loughborough
University)
M8
A response of a composite
structure with CFRP sheets
and aluminium-foam core to
hypervelocity impact (with
velocity up to 1 km/s and
projectile radius 3 mm) was
studied with a developed 3D
FE model.
Newly developed PANIbased conductive thermosetting composite is
proposed to improve a
lightning damage resistance
and their applicability was
confirmed with a simulated
lightening test.
2119-2 LASER REMOVAL
OF RAC COATING FROM
COMPOSITE MATERIAL
SURFACES
Tong Zhang (Beijing Institute
of Aeronautical Materials),
Yan Zhao (Beihang
University), Zhiyong
Wang (Beijing Institute of
Aeronautical Materials),
Pengrui Liu (Beijing Institute
of Aeronautical Materials),
A novel approach of obtain- Shengrong Xiao (Beijing
ing quantitative, interfacial Institute of Aeronautical
strength information in
Materials)
adhesively bonded joints
is proposed, using piezocoating removal effects
electric thick film sensors
of three methods were
embedded into the overlap compared, and mechanical
area of the bond
properties and surface
morphology of composite
substrate after paint removal processes were tested.
2120-2 STRAIN RATE
DEPENDENT TENSILE
PROPERTIES OF INJECTION
MOLDED LONG GLASS
FIBER REINFORCED
THERMOPLASTICS
Taesung Kim (Waseda
University), Yoshihiko Arao
(Doshisha University),
Norihiko Taniguchi
(ASICS Corporation),
Tsuyoshi Nishiwaki
(ASICS Corporation), Norio
Hirayama (NITTO BOSEKI
CO.), Atsushi Hosoi (Waseda
University), Hiroyuki Kawada
(Waseda University)
Mechanical properties and
strain rate dependency of
injection molded long glass
fiber reinforced thermoplastics under impact loading
were investigated.
51
Scientific programme · Tuesday 21 July
Congress Hall A
15:40 2101-3 THE
MANUFACTURING ENERGY
INTENSITY OF CARBON
FIBER REINFORCED
POLYMER COMPOSITES AND
ITS EFFECT ON LIFE CYCLE
ENERGY USE FOR VEHICLE
DOOR LIGHTWEIGTING
Deborah Sunter (U.S.
Department of Energy), Joe
Cresko (U.S. Department of
Energy)
Meeting room 18
2106-3 A NEW DEVICE FOR
THE MEASUREMENT OF
DIMENSIONAL VARIATIONS
OF ANISOTROPIC
COMPOSITE MATERIALS
DURING CURE
Mael Péron (Laboratoire de
Thermocinétique de Nantes
- UMR CNRS 6607), Vincent
Sobotka (Laboratoire de
A method to optimise manu- Thermocinétique de Nantes
A powder based prepregging
The theory of micro-mechan- facturable variable stiffness
- UMR CNRS 6607), Nicolas
method was adapted to
ics of failure (MMF) is exlaminates is shown and used Boyard (Laboratoire de
This paper performs a life
engineer composite with
tended to analyze the fatigue to study the influence of
Thermocinétique de Nantes
cycle analysis of the substimatrix heterogeneity. The na- Pre-heat treatment appears to progressive failure and predict manufacturing constraints
- UMR CNRS 6607), Steven
tution of a conventional steel no-toughened materials have improve stacking interactions the strength for the bolted
on performance. Examples
Le Corre (Laboratoire de
light duty vehicle door with
at least 50 vol% fibres and
between PDA and MWCNTs
joint structures of carbon fibre include buckling and strength Thermocinétique de Nantes a carbon fiber reinforced
could be used in structural
due to intercalation of
reinforced polymer (CFRP)
design.
UMR CNRS 6607)
polymer door for vehicle light- applications.
monomers between MWCNT composite.
weighting.
bundles, improving the elecAn original device measuring
trochromic response in these
chemical shrinkage and thercomposites.
mal expansion coefficients
of anisotropic composite
materials along in-plane and
through-thickness directions
during cure is presented.
16:00 2101-4 STUDY ON HYBRID
INJECTION MOULDING OF
CARBON FIBRE REINFORCED
THERMOPLASTIC
Masao Tomioka (MITSUBISHI
RAYON CO.-LTD.), Takeshi
Ishikawa (MITSUBISHI RAYON
CO.-LTD.), Tatsuya Tanaka
(Dohshisha Univ.)
Auditorium 15
2102-3 HIGH PERFORMANCE
NANO AND HIERARCHICAL
COMPOSITES
Tomi Herceg (Imperial College
London), Emile Greenhalgh
(Imperial College London),
Alexander Bismarck (Imperial
College London), Milo Shaffer
(Imperial College London),
David Anthony (London)
2102-4 ATMOSPHERIC
DC PLASMA PROCESSING
OF TIO2/PEDOT:PSS
NANOCOMPOSITE
Dan Sun (Queen’s University
Belfast), Yazi Liu (Nanjing
University), Sadegh Askari
(University of Ulster), Jenish
Patel (University of Ulster),
Manuel Macias-Montero
This study relates to the
(University of ulster), Richao
hybrid injection moulding. This Zhang (Zhejiang University),
paper shows the influences
Davide Mariotti (University
of the temperature of inserted of Ulster), Paul Maguire
and injected materials on the (University of Ulster)
adhesion of the insert-injection interface.
In this paper, we report
the synthesis of core-shell
structured TiO2/PEODT:PSS
nanocomposites directly
processed in aqueous solution
using a novel low temperature
atmospheric DC microplasma
technique.
16:20 Coffee in the Exhibition
52
Auditorium 10
2103-3 HOW HEAT
TREATMENT AFFECTS THE
CHROMATIC RESPONSE
OF CARBON NANOTUBE
– POLYDIACETYLENE
COMPOSITES TO
ELECTRICAL STIMULUS
Reinack Hansen (Nanyang
Technological University),
Jinglei Yang (Nanyang
Technological University),
Lianxi Zheng (Khalifa
University)
2103-4 FIBER REINFORCED
COMPOSITES WITH ZINC
OXIDE PIEZOELECTRIC
NANOWIRES FOR
STRUCTURAL HEALTH
MONITORING AND
ENHANCED INTERLAMINAR
STRENGTH
Sean Offenberger (Virginia
Tech), Ayoub Boroujeni
(Virginia Tech), Anahita Emami
(Virginia Tech), Marwan AlHaik (Virginia Tech), Michael
Philen (Virginia Tech)
Auditorium 11
2104-3 FATIGUE STRENGTH
PREDICTION OF BOLTED
JOINT STRUCTURES
OF CARBON FIBRE
REINFORCED POLYMER
COMPOSITE BASED ON THE
MICROMECHANICS
Hongneng Cai (Xi’an Jiaotong
University ), Wangnan LI (Xi’an
Jiaotong University)
2104-4 CRACKING AND
DELAMINATION OF CROSSAND ANGLE-PLY GFRP
BENDING SPECIMENS
UNDER VERY HIGH CYCLE
FATIGUE LOADING
Till Julian Adam (Technische
Universität Braunschweig),
Peter Horst (Technische
Universität Braunschweig)
Auditorium 12
2105-2 EFFECT OF STEERING
LIMIT CONSTRAINTS ON
THE PERFORMANCE OF
VARIABLE STIFFNESS
LAMINATES
Daniël Peeters (Delft
University of Technology),
Mostafa Abdalla (Delft
University of Technology)
2105-3 AN APPROXIMATE
ANALYTIC SOLUTION
FOR THE STRESSES AND
DISPLACEMENTS OF THINWALLED COMPOSITE BEAMS
WITH MONO-SYMMETRIC
CROSS-SECTIONS
SUBJECTED TO BENDING
Marko Vukasovic (University
of Split-Faculty of Electrical
Engineering-Mechanical
A high frequency bending test Engineering and Naval
rig is used to investigate fa- Architecture), Radoslav
tigue of GFRP flat specimens Pavazza (University of
in the very high cycle fatigue Split-Faculty of Electrical
Fiber reinforced plastics with range. Cracking, delamination Engineering-Mechanical
ZnO nanowires is investigated and stiffness degradation is
Engineering and Naval
for improved mechanical
investigated.
Architecture)
properties and impedance-based SHM. Mechanical
An approximate shear
and impedance measuredeformable theory of bending
ments are performed measure
of thin-walled composite
effect of ZnO.
beams of open mono-symmetrical cross-sections is
presented. The stresses and
displacement are given in
closed analytic form.
2106-4 DETERMINATION OF
RESIDUAL STRESSES IN A
LAMINATED THERMOSET
COMPOSITE USING THE
INCREMENTAL SLITTING
METHOD
Michael Gower (National
Physical Laboratory), Richard
Shaw (National Physical
Laboratory), Louise Wright
(National Physical Laboratory),
Jeannie Urquhart (National
Physical Laboratory), Jon
Hughes (National Physical
Laboratory), Sam Gnaniah
(National Physical Laboratory),
Roger Morrell (National
Physical Laboratory), Tomasz
Gartstka (LMAT-UK Limited)
This paper details measurements of ply level residual
stresses in [0°2/90°2]4s laminates fabricated from SE84 LV
carbon fibre-reinforced epoxy
using the incremental slitting
approach.
Meeting room 19
2107-3 COMPRESSION
MOLDING 3D-CAE OF
DISCONTINUOUS LONG
FIBER REINFORCED
POLYAMIDE 6 - INFLUENCE
ON CAVITY FILLING AND
DIRECT FIBER SIMULATIONS
OF VISCOSITY FITTING
METHODS Masatoshi Kobayashi
(Honda R&D Co.-Ltd.), Koji
Dan (Honda R&D Co.-Ltd.),
Tsuyoshi Baba (Honda R&D
Co.-Ltd.), Daisuke Urakami
(Toray Engineering-Co.)
Meeting room 20
2108-3 INVESTIGATION OF
THE BEHAVIOUR OF FLAX
FIBRE REINFORCED EPOXY
COMPOSITES IN HUMID
CONDITIONS
Dieter Perremans (KU Leuven),
Kevin Hendrickx (KU Leuven),
Ignace Verpoest (KU Leuven),
Aart Willem Van Vuure (KU
Leuven)
For compression molding CAE
of L-FRTP, a suitable method
of viscosity measurement
and equation fitting has been
proposed. Cavity filling and
direct fiber simulations were
examined by the method.
2107-4 MODELLING THE
GEOMETRIC VIARIABILITY
OF 3D WOVEN GLASS FIBRE
FABRIC AND ITS EFFECTS
ON PERMEABILITY
Xiantao Zhao (University of
Nottingham), Andrew Long
(University of Nottingham)
A 3D woven ply to ply angle
interlock glass fabric was
characterized with X-ray
micro-CT technology, and
the influence of geometrical
variability on permeability
prediction is studied.
Meeting room 17
2109-3 THE INFLUENCE OF A
THERMAL AND CORROSIVE
TREATMENT ON THE
INTERFACE PROPERTIES OF
POLYMER/METAL HYBRIDS:
ADHESION BEHAVIOUR AND
POLYMER DYNAMICS.
Marieke Fuellbrandt
(Technische Universitaet
Berlin-Stranski-Laboratorium
für Physikalische und
Theoretische Chemie
), Andreas Schoenhals
(Bundesanstalt fuer
Materialforschung und -pruefung), Regine von Klitzing
(Technische Universitaet
Berlin-Stranski-Laboratorium
für Physikalische und
Theoretische Chemie)
Polymer/metal hybrids are
characterized with regard to
their adhesion behaviour and
polymer properties before and
after corrosion testing down
to a (sub)microscopic scale.
2108-4 EFFECT OF THERMAL
TREATMENT ON THE
INTERFACIAL PROPERTIES
OF FLAX FIBERS.
Monica Francesca Pucci
(Ecole des Mines de SaintEtienne), Pierre-Jacques
Liotier (Ecole des Mines de
Saint-Etienne), David Seveno
(Katholieke Univ Leuven),
Carlos Fuentes (Katholieke
Univ Leuven), Aart Van Vuure
(Katholieke Univ Leuven),
Sylvain Drapier (Ecole des
Mines de Saint-Etienne)
Effect of thermal treatment
on the interfacial properties
of flax fibers. Elaboration of
composites reinforced by
treated and untreated fibers.
Void and mechanical properties first characterizations.
2109-4 FINITE ELEMENT
ANALYSIS OF INTERPHASES
PROPERTIES: A CRUCIAL
PART IN THE DEGRADATION
OF A UD COMPOSITES
Lenaik BELEC (University
of Toulon), Yoann JOLIFF
(University of Toulon), Than
Hoi NGUYEN (University of
Danang), Jean François
CHAILAN (University of Toulon)
The evolutions of interphases
in a UD composite are characterized during natural tropical
ageing. A correlation is made
with bending tests which are
simulated by FEA on a realistic microstructure.
Meeting room 16
2110-3 RVE MODELLING OF
DEFORMATION AND FAILURE
BEHAVIOUR OF CLOSED
CELL RIGID POLYMER
FOAMS
Ralf Schlimper (Fraunhofer
Institute for Mechanics
of Materials IWM), Irene
Vecchio (Fraunhofer Institute
for Industrial Mathematics
ITWM), Katja Schladitz
(Fraunhofer Institute for
Industrial Mathematics ITWM),
Ralf Schaeuble (Fraunhofer
Institute for Mechanics of
Materials IWM)
RVE modelling of PMI foam
by 3d random Laguerre tessellation which was adapted
to the cell size distribution of
the real foam. Experimental
investigation by in situ X-ray
computed tomography.
Tuesday 21 July · Scientific
Meeting room 5
2111-3 DEVELOPMENT OF
AN ANALYTICAL MODEL
FOR TUBULAR BRAIDED
COMPOSITES
Garrett Melenka (University
of Alberta), Jason Carey
(University of Alberta)
Meeting room 6
2112-3 CHLORINE-DOPED
GRAPHENE OXIDE/POLY
(VINYLIDENE FLUORIDE)
NANOCOMPOSITES:
EXCEPTIONAL DIELECTRIC
PROPERTIES
Ying Wu (The Hong Kong
University of Science and
Development of a new
Technology), Xiuyi Lin (The
generalized analytical model Hong Kong University of
for the characterization of
Science and Technology),
tubular braided composites. Xi Shen (The Hong Kong
The model allows for the
University of Science and
prediction of diamond, regu- Technology), Xinying Sun
lar and Hercules composite (The Hong Kong University
braids.
of Science and Technology),
Xu Liu (The Hong Kong
University of Science and
Technology), Zhenyu Wang
(The Hong Kong University
of Science and Technology),
Jang-Kyo Kim (The Hong
Kong University of Science
and Technology)
2111-4 THE
MANUFACTURE
AND MECHANICAL
PROPERTIES OF A NOVEL
NEGATIVE POISSON’S
RATIO 3-COMPONENT
COMPOSITE
Guanhua Zhang (University
of Exeter ), Oana Ghita
(University of Exeter ), Ken
Evans (University of Exeter)
This paper introduces a
further development to
the current Helical Auxetic
yarn by addition of a third
component (a sheath), the
presence of the sheath is
expected to overcome previous problems.
We report a novel and facile
method to fabricate the
chlorinated GO by direct addition of SOCl2 into the GO
dispersion and exceptional
dielectric properties are
obtained for Cl-rGO/PVDF
composites.
2112-4 PREPARATION
OF REDUCED GRAPHENE
OXIDE-BASED CARBON
COMPOSITE FILMS AND
THE CHARACTERIZATION
Yao Li (Harbin Institute
of Technology), Yongan
Niu (Harbin Institute of
Technology)
Meeting room 7
2113-3 X-RAY CT IMAGING
OF DAMAGE UNDER INSITU LOADING
Andrew Rhead (University of
Bath), Liam Glen (University
of Bath), Shi Hua (University
of Bath), Richard Butler
(University of Bath)
M1
2114-3 MODELING OF
DAMAGE EVOLUTION
IN HIERARCHICALLY
STRUCTURED COMPOSITE
Songyun Ma (Institute
of Materials ResearchHelmholtz-Zentrum
Geesthacht), Ingo Scheider
(Institute of Materials
In-situ X-ray CT reveals a
Research-Helmholtztwo stage evolution of dam- Zentrum Geesthacht), Ezgi
age in laminates subject to Deniz Yilmaz (Hamburg
transverse, near and onUniversity of Technology),
edge quasi-static impact.
Swantje Bargmann
Initial intra-ply cracking is
(Hamburg University of
seen to give way to Mode
Technology)
I peeling.
A continuum damage
mechanic model coupled to
hyperelasticity is developed
for modeling the initiation
and evolution of damage
in mineral fibers as well as
protein matrix of enamel
2114-4 MICROMECHANICAL MODELING
OF THE PRESSURE
DEPENDENT FAILURE OF
A HIGHLY CROSSLINKED
EPOXY RESIN
Jérémy Chevalier (University
of Louvain), Xavier Morelle
(University of Louvain),
Christian Bailly (University of
Louvain), Thomas Pardoen
(University of Louvain),
Frédéric Lani (University of
Louvain)
A new fracture criterion
of the epoxy resin RTM 6
is presented. The criterion
explains the brittle fracture
of the resin both in compression and tension by
the presence of microscale
defects.
M2
2115-3 THE INFLUENCE OF
FREE EDGES ON CURVED
BEAM STRENGTH
Timothy Fletcher (University
of Bath), Richard Butler
(University of Bath)
M3
2116-2 DELAMINATION
RESISTANCE OF
COMPOSITES USING
INCLINED Z-PINS
Beene M’membe (University
of Bristol), Sam Gannon
(University of Bristol), Mehdi
A new resin edge treatment Yasaee (University of Bristol),
for curved laminates is
Stephen Hallett (University
developed. This improves
of Bristol), Ivana Partridge
4-point bending strength by (University of Bristol)
protecting the free edges
and aids FE analysis, under- This study explores the
taken alongside experimen- effect of inclined Z-pins on
tal work.
the fracture toughness of
laminated composites in
ELS specimens.
M4
2117-3 DESIGN AND
ANALYSIS OF A MULTICELL SUBSCALE TANK
FOR LIQUID HYDROGEN
STORAGE
Ilias Tapeinos (DELFT
UNIVERSITY OF
TECHNOLOGY), Sotiris
Koussios (DELFT
UNIVERSITY OF
TECHNOLOGY), Roger
Groves (DELFT UNIVERSITY
OF TECHNOLOGY)
2115-4 ANALYSIS OF
INITIAL ACCUMULATION
OF MATRIX CRACKS IN
ANGLE-PLY LAMINATES
Vladimir Vinogradov
(Newcastle University)
2117-4 DAMAGE AND
PERMEABILITY OF
COMPOSITE LAMINATES
Hortense Laeuffer (DLA
/ CNES), Christophe Bois
(Univ. Bordeaux), JeanChristophe Wahl (Univ.
Bordeaux), Nicolas Perry
(Arts et Metiers ParisTech)
2116-3 EPOXY REDUCED
GRAPHENE OXIDE/
EPOXY INTERLEAVED
MULTI-SCALE FIBER
REINFORCED COMPOSITES
WITH SIMULTANEOUS
ENHANCEMENT IN
A new variational stress
TOUGHNESS AND
analysis for angle-ply
STRENGTH
laminates with intralaminar Jingjing Jia (The Hong Kong
cracks is proposed. The
University of Science and
method allows analysis of
Technology), Xusheng du
antisymmetric, staggered
(The University of Sydney),
and random arrays of paral- Jiefeng gao (The University
lel cracks.
of Sydney), Xiuyi Lin (The
Hong Kong University of
Science and Technology),
Xi shen (The Hong Kong
University of Science and
Technology), Yiu-Wing Mai
(The University of Sydney),
Jang-Kyo Kim (The Hong
Kong University of Science
and Technology)
M5
2118-3 THROUGH
THICKNESS REINFORCED
CFRP/METAL JOINTS
– THE IMPACT OF THE
PINNING TECHNOLOGY
ON THE JOINT’S TENSILE
STRENGTH
Ludwig Eberl (Technische
Universität München),
Swen Zaremba (Technische
Universität München)
M6
2119-3 RESEARCH ON
MULTI-PHYSICAL FIELD
COUPLING MECHANISM IN
TPS MATERIAL ABLATION
Zhu Yanwei (Harbin
Institute of Technology),
Yi Fajun (Harbin Institute
of Technology), Meng
Songhe (Harbin Institute
of Technology), Pan
Weizhen (Harbin Institute
of Technology), Peng
Quasistatic testing of pinned Zujun (Harbin Institute of
hybrid composite/steel
Technology)
Analysis of the structural
double lap joints by the help
performance of a conforma- of Digital Image Correlation
ble pressurizable tank con- techniques. Joints were
sisting of intersecting spher- created using laser pinning,
ical shells (multi-cell tank) inserted pinning and CMT
for application in cryogenic pinning.
medium (LH2) storage
2118-4 FIBERREINFORCEMENT-BASED
CRACK ARRESTER FOR
COMPOSITE BONDED
JOINTS
Shu Minakuchi (The
University of Tokyo)
programme
M7
M8
2120-3 MICRO AND
MACROSCOPIC
CHARACTERIZATION
OF A-SMC UNDER HIGH
SPEED TENSILE TEST
Mohammadali SHIRINBAYAN
(ARTS-ENSAM), Joseph
Fitoussi (ENSAM), Fodil
MERAGHNI (ENSAM),
Benjamin SUROWIEC
(PLASTIC OMNIUM), Michel
BOCQUET (ENSAM), Abbas
TCHARKHTCHI (ENSAM)
Advanced Sheet Molding
Compound (A-SMC) consists
of high weight content of
glass fibers. This work characterizes A-SMC behavior
under high-speed tension.
2119-4 AN ENGINEERING
VISION ABOUT ACOUSTIC
FATIGUE IN COMPOSITE
MATERIAL
Francisco Kioshi Arakaki
(EMBRAER S.A.)
2120-4 DEVELOPMENT OF
A WORKFLOW FOR THE
VIRTUAL OPTIMIZATION
OF A NANOFIBERINTERLEAVED COMPOSITE
LAMINATE SUBJECTED TO
IMPACT LOADING
According to the literature, Alessandro Pirondi
A new crack arrester emof the early 60’s until the
(Università di Parma),
ploying interlocked continu- mid 80’s, there were few
Francesco Musiari
This study investigates
ous fibers is proposed. The data on theoretical develop- (Università di Parma),
the link between damage
apparent fracture toughness ment about acoustic fatigue. Gregorio Giuliese (Università
development and permea- increased more than
By this time, abacus based di Parma), Andrea Zucchelli
bility evolution in laminates. fivefold, and the maximum on simple theoretical mod- (Università di Bologna)
Permeability and damage
crack opening displacement els has be
experiments were led and a doubled.
The aim of this work is to
prediction of the leak path
develop a virtual optimizanumber is proposed.
tion procedure for the impact strength of a composite
laminate with interleaved
electrospun nylon fiber
nanomats
Developing a novel
CVD-grown 3D network
graphene interleaves in fiber
reinforced composites with
excellent interlaminar fracture toughness and interinterlaminar shear strenth
53
Scientific programme · Tuesday 21 July
Congress Hall A
Auditorium 15
2202 Nano Composites 5
16:40 2201 Processing Manufacturing Technology 5
16:40 2201-1 PERFORMANCE
OF LIGHTWEIGHT HYBRID
COMPOSITES BASED ON
PA6 FOR LOAD-BEARING
AUTOMOTIVE PARTS:
INFLUENCE OF PROCESS
AND USE CONDITIONS
Reda Ourahmoune (Ecole
Centrale de Lyon), Michelle
Salvia (Ecole Centrale de
Lyon), Jerome Laborde (Ecole
Centrale de Lyon)
The objective of this work is
to characterize thermo-mechanical and mechanical
properties of different composites: laminate, injected and
over-molded in relation with
the process conditions
17:00 2201-2 QUASI-STATIC AND
FATIGUE EVALUATION OF
LASER MACHINED CF-PPS
AND CF-PEI COMPOSITES
Peter Hansen (Element
Materials Technology Hitchin),
Richard Staehr (Laser
Zentrum Hannover e.V), Peter
Jaeschke (Laser Zentrum
Hannover e.V)
2202-1 INFLUENCE OF
MWCNTS ON MECHANICAL
AND INTERFACIAL
PROPERTIES OF CARBON
FIBER /EPOXY FILAMENT
WOUND COMPOSITES
Gang Sui (Beijing University
of Chemical Technology),
Xiaoping Yang (Beijing
University of Chemical
Technology), Gang Li (Beijing
University of Chemical
Technology)
The addition of liquid-like
MWCNTs significantly improved the mechanical properties and interface bonding
of T700 carbon fiber filament
wound composites.
2202-2 EFFECT OF “FUZZY”
FIBER MORPHOLOGY ON
THE INTERNAL GEOMETRY
OF TEXTILE COMPOSITES
CHARACTERIZED BY MICROCOMPUTED TOMOGRAPHY
Mohammadali Aravand (KU
Leuven), Oksana Shishkina
(KU Leuven), Ilya Straumit
(KU Leuven), Andrew H. Liotta
(Massachusetts Institute of
This paper investigates the
Technology), Sunny S. Wicks
mechanical properties of laser (Massachusetts Institute of
cut CF-PPS & CF-PEI thermo- Technology), Brian L. Wardle
plastic materials compared
(Massachusetts Institute
to conventionally machined
of Technology), Stepan V.
samples. Several different
Lomov (KU Leuven), Larissa
laser cutting strategies were Gorbatikh (KU Leuven)
used
CNT growth can change
the fiber processibility and
affect the composite meso/
microstructure, its properties.
We study the effects of grown,
radially aligned CNTs on the
textile composite architecture.
54
Auditorium 10
2203 Multifunctional
Composites - Sensing and
Actuation 5
KEYNOTE
2203-1 POWERFUL
ARTIFICIAL MUSCLES FOR
MORPHING COMPOSITES
Ray Baughman (University of
Texas at Dallas)
Auditorium 11
2204 Fatigue 5
Auditorium 12
2205 Structural Analysis
and Optimization 5
2204-1 MICROCRACKING
IN LAYERS OF COMPOSITE
LAMINATES IN CYCLIC
LOADING WITH TENSILE
TRANSVERSE AND SHEAR
STRESS COMPONENTS
Hiba Ben Kahla (Lulea Univ
of Technology), Janis Varna
(Lulea Univ of Technology)
2205-1 ON THE BENDING
BEHAVIORS OF COMPOSITE
CYLINDERS FILLED WITH AN
ELASTIC CORE
Chaiwat Khurukijwanich
(King Mongkut’s University
of Technology Thonburi),
Sontipee Aimmanee (King
Mongkut’s University of
Technology Thonburi)
Meeting room 18
2206 Process Induced
Effects 4
2206-1 INFLUENCE OF POSTCURE ON CARBON FIBRE
POLYIMIDE COMPOSITES
WITH GLASS TRANSITION
TEMPERATURES ABOVE
400C
Patrik Fernberg (Swerea
SICOMP), Roberts Joffe (Luleå
University of Technology),
Spyros Tsampas (Swerea
Intralaminar cracking in
SICOMP), Peter Mannberg
layers of a quasi-isotropic
New models are developed for (Swerea SICOMP)
carbon fiber NCF laminate
predicting bending response
in tension-tension cyclic
of composite cylindrical shells The communication presents
loading is studied experimen- filled with an elastic core.
results from an experimental
tally. Methodology based on
They are good for designing study in which the influence
modified Weibull analysis is
and understanding the light- of post-curing conditions on
suggested
weight components.
physical and microstructural
properties of polyimide composites was investigated.
2204-2 EFFECT OF
EXTREME TEMPERATURES
ON MICRODAMAGE
DEVELOPMENT IN CF/
POLYIMIDE LAMINATES
Hana Zrida (Lulea University
of technology), Andrejs
Pupurs (Lulea University of
technology), Roberts Joffe
(Lulea University of technology), Patrik Fernberg (Swerea
Sicomp), Janis Varna (Lulea
University of technology)
CF/polyimide composite was
produced at arount 390°C.
The composite was subjected
to repeated temperature variations and to isothermal aging
and the micro-damage development was investigated.
2205-2 DEVELOPMENT OF A
15 METRE DIAMETER HIGH
PERFORMANCE, LOW COST
RADIO ANTENNA FOR THE
SQUARE KILOMETRE ARRAY
Gordon Lacy (National
Research Council)
The specifications for the
radio reflector telescopes
required for the Square
Kilometer Array (SKA) project
are particularly challenging
and unique. The SKA project is
an international project with t
Meeting room 19
2207 Process Modelling 5
2207-1 VISCOELASTIC
INTER-PLY SLIP IN UNCURED
LAMINATES: EXPERIMENTAL
CHARACTERISATION AND
MODELLING
Samuel Erland (University
of Bath), Timothy Dodwell
(University of Bath), Richard
Butler (University of Bath)
Meeting room 20
2208 Biocomposites 5
2208-1 PROPERTIES OF
NATURAL REINFORCED
EARTH-BASED
COMPOSITES: ADVANTAGES
AND DRAWBACKS
WITH SYNTHETIC
REINFORCEMENTS
Carmen Galan-Marin
(Universidad de Sevilla),
Carlos Rivera-Gomez
Experimental characterisation (Universidad de Sevilla),
and modelling of inter-ply
Francisco De Paula Garcíaslip for varying ply angles to Galindo (Universidad de
understand the shearing of
Sevilla)
an uncured laminate and its
implications to manufacturing This paper aims for a compreprocesses.
hensive review of literature of
natural or synthetic reinforced
earth based composites.
Characteristics such as type,
composition and mechanical
properties of the studied m
2206-2 EFFECT OF
2207-2 THE NUMERICAL
2208-2 CARBONIZED
PROCESSING PARAMETERS AND EXPERIMENTAL
ELECTROSPUN LIGNIN
ON OUT-OF-AUTOCLAVE
STUDIES ON THE
FIBERS: PROCESSING AND
COMPLEX-SHAPE PREPREG COMPRESSION MOLDING
CHARACTERIZATION
LAMINATE QUALITY
OF THERMOSET COMPOSITE Manju Misra (University of
AND MECHANICAL
MATERIALS
Guelph), Vida Poursorkhabi
PERFORMANCE
Sejin Han (Autodesk), Roy
(University of Guelph),
Nicolas Krumenacker (McGill Bendickson (Premix), Eric
Makoto Schreiber (University
University), Pascal Hubert
Henry (Hampshire)
of Guelph), Singaravelu
(McGill University)
Vivekanandhan (VHNSN
This is on the numerical
College), Amar Mohanty
High-quality flat composite
analysis and the comparison (University of Guelph)
parts can now be readily
with experiment for the commanufactured via out-of-au- pression molding of thermoset Novel carbon fibres were
toclave prepregs and vacucomposite materials with an produced by carbonization of
um-bag-only processing. Still, emphasis on the mechanical lignin-based electrospun fibthe aim of these technologies properties and shrinkage of
ers. These fibers have potenremains the robust manufac- the par
tial applications in sustainable
turing of
energy storage devices and
air filters.
Meeting room 17
2209 Interfaces and
Interphases 5
Meeting room 16
2210 Ductile and Pseudoductile Composites 1
2209-1 TRIAL TO OPTIMIZE
FRACTURE PROPERTIES
AND BIODEGRADABILITY
IN HAP/PLA COMPOSITES
AS BIO-ABSORBABLE BONE
SUBSTITUTE USING HYBRID
INTERFACE CONTROL
Mototsugu Tanaka (Kanazawa
Institute of Technology),
Tomoyuki TAKAHASHI
(Kanazawa Institute of
Technology), Isao KIMPARA
(Kanazawa Institute of
Technology)
KEYNOTE
2210-1 HIGH PERFORMANCE
PSEUDO-DUCTILE
COMPOSITES
Michael Wisnom (University
of Bristol), G Czel (Budapest
University of Technology
and Economics), J D Fuller
(University of Bristol), M
Jalavand (University of Bristol)
Pseudo-ductile response is
created by means of hybridisation, rotation of angle plies
Previously, we had proposed and interfacial slip in disthe hybrid interface control in continuous laminates, hence
HAp/PLA composite materials avoiding sudden catastrophic
as one of the most promising failure.
candidates of scaffold materials for the bone regeneration,
using both pectin and c
2209-2 INVESTIGATION ON
THE INTERFACE COATINGS
WITHOUT STRENGTH
DEGRADATION OF WOVEN
OXIDE CERAMIC FABRICS
Nijuan Sun (Aerospace
Research Institute of Materials
& Processing Technology),
Juan Zhang (Science and
Technology on Advanced
Functional Composites
Laboratory-Aerospace
Research Institute of Materials
& Processing Technology), Chi
Wang (Aerospace Research
Institute of Materials &
Processing Technology), Dahai
Zhang (Aerospace Research
Institute of Materials &
Processing Technology)
Effective interface coatings
prepared for fabric preforms,
which minimized the tensile
strength degradation of
oxide fibers and improved the
strength of ceramic matrix
composite at high temperature.
Tuesday 21 July · Scientific
Meeting room 5
2211 Textile-Based
Composites and Fibre
Architecture 5
2211-1 DYNAMIC
MECHANICAL PROPERTIES
OF WOVEN CARBON
FIBRE REINFORCED
THERMOPLASTIC
COMPOSITE MATERIALS
Diyar Kaka (University of
Sheffield), Jem Rongong
(University of Sheffield),
Alma Hodzic (University
of Sheffield), Charles Lord
(University of Sheffield)
The dynamic mechanical
properties of woven carbon
fibre reinforced Poly ether
Ether ketone (PEEK) was
investigated over a range of
temperatures by using both
experimental and numerical
methods.
2211-2 MICRO-DEBOND
DEVELOPMENT IN THE
FATIGUE OF A NON-CRIMP
3D ORTHOGONAL WEAVE
COMPOSITE LOADED IN
THE WARP AND WEFT
DIRECTIONS
Matthew Poole (University
of Surrey), Steven Ogin
(University of Surrey),
Paul Smith (University of
Surrey), Garry Wells (DSTL),
Prasad Potluri (University of
Manchester), Philip Withers
(University of Manchester),
Tristan Lowe (University of
Manchester)
Early stage fatigue damage
development of a 3D noncrimp orthogonal weave
glass fibre composite has
been studied using optical
microscopy and plan view
photography of transparent
specimens.
Meeting room 6
Meeting room 7
2212 Graphene, Graphene- 2213 X-ray Computed
Based Composites 5
Tomography 4
2212-1 IN-MOULD
COATING OF
THERMOSETTING
COMPOSITES WITH
POLYSULFONE
Siti-Ros Shamsuddin
(Imperial College London),
Alexander Bismarck
(University of Vienna)
We have shown that an
amorphous thermoplastic
PES film can be used as an
in-mould coating material
for the fabrication of carbon
fibre reinforced epoxy
composites.
2212-2 STUDY OF
FUNCTIONALIZEDGRAPHENE
BASED POLYMER
NANOCOMPOSITES
THROUGH DETAILED
ATOMISTIC SIMULATIONS
Vagelis Harmandaris
(University of Crete), Petra
Bacova (Foundation for
Research and Technology
Hellas (FORTH)), Anastassia
Rissanou (University of
Crete)
M1
2214 Fracture
and Damage Micromechanics 5
2213-1
2214-1 IS A
CHARACTERISATION OF
HOMOGENEOUS
CRYOGENICALLY CYCLED REINFORCEMENT
AUTOCLAVE & ATL CF/
DISTRIBUTION
PEEK LAMINATES USING
OPTIMAL? - COMPOSITES
3-D X-RAY CT
WITH TAILORED
David Grogan (National
INHOMOGENEOUS
University of IrelandMICROSTRUCTURE
Galway), Sean Leen
Hua-Xin Peng (Zhejiang
(National University of
University), Lujun Huang
Ireland-Galway), Conchúr Ó (Harbin Institute of
Brádaigh (University College Technology)
Cork)
2213-2 ALGORITHMS FOR
THE DETERMINATION
OF ORIENTATIONTENSORS FROM THREE
DIMENSIONAL MICRO-CT
IMAGES WITH VARIOUS
MICROSTRUCTURES
Pascal Pinter (KIT), Stefan
Dietrich (KIT), Kay André
Weidenmann (KIT)
Three algorithms for orientation analysis, based on
the concepts of anisotropic
Gaussian filtering, Hessian
We present results through matrix and structure tensor
detailed atomistic molecular were implemented and
dynamics simulations of
evaluated.
hybrid nanostructured polymer/graphene materials for
different polymer matrices.
2214-2 PARAMETRIC
STUDY OF PROGRESSIVE
DAMAGE GROWTH AT THE
FIBER/MATRIX SCALE
USING COHESIVE ZONE
ELEMENTS
M. Keith Ballard (Texas A&M
University), John Whitcomb
(Texas A&M University)
Cohesive zone elements
were evaluated for use in
modeling damage initiation
and growth at the fiber/matrix scale. Various aspects of
the parametric study will be
discussed in the paper.
M2
2215 Fracture and
Damage - Laminate
Scale 5
2215-1 LOW-VELOCITY
IMPACT RESPONSE OF
PLANT FIBRE REINFORCED
HYBRID COMPOSITES
Yiou Shen (Tongji University),
Yan Li (Tongji University),
Junjie Zhong (Tongji
University), Hao Ma (Tongji
University)
M3
2216 Fracture and
Damage - Delamination 5
M4
2217 Pressure Vessels
and Piping 2
2216-1 A STRESS
GRADIENT APPROACH
FOR PREDICTING SIZE
EFFECTS ON MODE II
DELAMINATION
Giuliano Allegri (Imperial
College London)
2217-1 DEVELOPMENT
OF DOME STRUCTURING
MODEL OF FILAMENT
WOUND COMPOSITE
PRESSURE VESSEL
El Moussaid Mohammed
(University of Bordeaux),
Wahl jean-christophe
(University of Bordeaux),
Perry Nicolas (Arts et
Métiers ParisTech)
M5
2218 Joints - Design,
Manufacturing and
Testing 5
2218-1 NOVEL HYBRID COCURED CARBON/GLASS
FIBRE COMPOSITE JOINTS
FOR SAFETY CRITICAL
STRUCTURES
Jasim Ahamed (RMIT),
Mathew Joosten (RMIT),
Chun Wang (RMIT)
M6
2219 Applications Aerospace 4
KEYNOTE
programme
M7
2220 Applications - Bio &
Medical 1
2220-1 MULTISCALE
ENTHESIS MECHANICS
2219-1 BONDING
Victor Birman (Missouri
OF CFRP PRIMARY
University of Science and
AEROSPACE STRUCTURES Technology), Guy Genin
– CRACKSTOPPING IN
(Washington University),
COMPOSITE BONDED
Stavros Thomopoulos
JOINTS UNDER FATIGUE
(Washington University)
A nonlocal elastic fracture
Thomas Kruse (Airbus
mechanics approach is
New structurally efficient
Operations GmbH ), Thomas Mechanical issues pertinent
This paper studied the
presented and applied to
joining technique for inteKörwien (Airbus Defence
to multiscale mechanics of
effect of hybrid ratios on
predicting the size effect
grally co-cured hybrid com- and Space), Matthias
enthesis concentrating on
the low-velocity impact
due to through-thickness
A structuring model of com- posite structures has been Geistbeck (Airbus Group
state-of-the art knowledge
performance and energy
compression on mode II
posite pressure vessel dome proposed. Analysis method- Innovations)
are outlined. Coupling
absorption capacity of the
delamination in “transverse is proposed. The structuring ology has been developed
between nanoscale, microsjute/ramie fibre reinforced crack tension” coupons
model takes into account
for accurate prediction of
Fatigue testing of composite cale and macroscale effects
hybrid composites.
the variability and specificity joint strength.
bonded joints validating the is demonstrated.
of the geometry of the dome
crackstopping capability of
area.
different crack stopping features to adress aerospace
certification of bonded
composite joints
2215-2 IN-SITU
2216-2 A VARIATIONAL
2217-2 ASSESSMENT OF 2218-2 MULTI AXIAL
2220-2 DEVELOPING AN
MEASUREMENTS OF
ASYMPTOTIC METHOD
THE TYPE OF STATISTICAL TESTING OF ADHESIVELY
IN-SITU POLYMERISATION
STRUCTURAL DAMAGE
BASED FREE VIBRATION
DISTRIBUTION
BONDED JOINTS OF
PROCESS FOR
IN NOTCHED COMPOSITE ANALYSIS OF A THIN
CONCERNING STRENGTH FIBER REINFORCED
BIOCOMPOSITE
LAMINATES
PRETWISTED AND
PROPERTIES OF
THERMOPLASTIC
MANUFACTURE
Yuri Nikishkov (University
DELAMINATED
COMPOSITE CYLINDERS
POLYMERS
Menghao Chen (the
of Texas at Arlington),
ANISOTROPIC STRIP
Georg Mair (BAM), Ben
Nans ARGOUD (University
University of Nottingham),
Guillaume Seon (University Santosh Salunkhe (Indian
Becker (BAM), Florian
of Burgundy), Stéphane
Derek Irvine (the University
of Texas at Arlington),
Institute of Technology
Scherer (BAM)
FONTAINE (University of
of Nottingham-UK), Andrew
Andrew Makeev (University Bombay), P. J. Guruprasad
Burgundy), Benoit PIEZEL
Parsons (the University of
of Texas at Arlington)
(Indian Institute of
Distribution function influ- (University of Burgundy),
Nottingham), Christopher
Technology Bombay)
ences safety assessment,
Jérôme ROUSSEAU
Rudd (the University of
This work investigates the
but individual determination (University of Burgundy),
Nottingham), Ifty Ahmed (the
in-situ development of
In this work an attempt was isn’t possible. It is shown
Antoine FIORE (VOLVO GTT)
University of Nottingham)
structural damage around
made to analyze the modal why Weibull distribution with
notches in composite lami- behavior of pretwisted
T0=0 is recommanded for This study present a multi
Investigations into mannates based on high fidelity anisotropic strips in the
LC-assessment of compos- axial device for testing adufacturing technique of
three-dimensional X-Ray CT presence of delamination
ite cylinders.
hesively bonded composite
fully bioresorbable polymer
measurements under static based on the mathematical
joints. Results show a large
composites using In-situ
loading.
framework of VAM with
dependency on the load
polymerisation technique
sub-laminate approach.
orientation, joint thickness,
in order to improve and
loading speed and test
replace metal implants for
temperature.
hard tissue repair.
M8
2621 Special Symposium
on Active Composites
2621-1 High-Bandwidth
Sensing and Feedback
Control in Computational
Meta-materials
Nikolaus Correll
2621-2 Closing Remarks
Daniel Inman
55
Scientific programme · Tuesday 21 July
Congress Hall A
17:20 2201-3 INVESTIGATIONS ON
THE PROCESS STRATEGY OF
LASER REMOTE CUTTING OF
CARBON FIBRE REINFORCED
PLASTICS WITH A
THICKNESS OF MORE THAN
3 MM
Matthias Schmidt-Lehr
(Hamburg University
of Technology), Max
Oberlander (Hamburg
University of Technology),
Dirk Herzog (Hamburg
University of Technology),
Marten Canisius (Hamburg
University of Technology),
Markus Radek (Hamburg
University of Technology),
Claus Emmelmann (Hamburg
University of Technology)
Auditorium 15
2202-3 NANOTUBEBUCKYPAPER/
POLYURETHANE COMPOSITES
USING CARBON AND BORON
NITRIDE NANOTUBES
Yadienka Martinez Rubi (SDTNational Research Council
Canada), Michael Jakubinek
(SDT-National Research Council
Canada), Behnam Ashrafi
(Aerospace-National Research
Council Canada), Keun Su
Kim (SDT-National Research
Council Canada), Kayla ONeill
(Aerospace-National Research
Council Canada), Christopher
Kingston (SDT-National
Research Council Canada),
Stéphane Dénommée (SDTNational Research Council
Canada), Benoit Simard (SDTCutting CFRP with laser leads National Research Council
to a wear-free, fast process. Canada)
State of the art is the cutting
of thin laminates of max 3
Carbon nanotube & boron nimm. This paper introduces a tride nanotube papers are prolaser process for parts with
duced and modified by integrathicknesses up to 10 mm.
tion of polyurethane, providing
improved/tailorable mechanical
properties and an intermediate
for hybrid composites
2202-4 TENSILE
17:40 2201-4 RESEARCH ON
CUTTING FORCE AND
PROPERTIES OF CARBON
DELAMINATION DURING
NANOTUBE/EPOXY
MILLING CFRP WITH
COMPOSITE FABRICATED
VARIOUS WORKPIECE
BY PULTRUSION OF CARBON
INCLINED ANGLES
NANOTUBE SPUN YARN
Yan Chen (Nanjing
Yoshinobu Shimamura
University of Aeronautics
(Shizuoka University), Kahori
and Astronautics), Yucan
Oshima (Shizuoka University),
Fu (Nanjing University of
Keiichiro Tohgo (Shizuoka
Aeronautics and Astronautics), University), Tomoyuki Fujii
Jingwen Zhou (Nanjing
(Shizuoka University), Yoku
University of Aeronautics
Inoue (Shizuoka University)
and Astronautics), Honghua
Su (Nanjing University of
High mechanical performance
Aeronautics and Astronautics) carbon nanotube/epoxy
composite fabricated by a
CFRP laminates with varied
pultrusion technique has
bottom fiber direction angle
developed by using carbon
were trimmed at various
nanotube spun yarn produced
workpiece inclination angles. from spinnable carbon nanoThe cutting forces, delamina- tube forest.
tions, and model for delamination were studied.
56
Auditorium 10
2203-2 DAMAGE DETECTION
IN A COMPOSITE SKINSTRINGER PANEL USING
LAMB WAVE PROPAGATION
TECHNIQUE: A NUMERICAL
STUDY
Mohammad Hossein Sherafat
(McGill University), Pascal
Hubert (McGill University),
Larry Lessard (McGill
University)
The finite element modelling
of guided wave propagation
for a composite skin-stringer
assembly is developed, and
the results justify the application of the methods for
disbond detection.
2203-3 INTERNAL
TEMPERATURE AND
THERMAL GRADIENT
SENSING OF COMPOSITES
VIA NANOROD
PLASMON RESONANCE
SPECTROSCOPY
Jeffery Baur (Air Force
Research Laboratory),
Joshua Kennedy (Air Force
Research Laboratory), Keith
Slinker (Air Force Research
Laboratory), Brent Volk (Air
Force Research Laboratory),
Hilmar Koerner (Air Force
Research Laboratory), Gregory
Ehlert (Air Force Research
Laboratory)
Here we discuss a new
method for the determination
of internal temperatures
and temperature gradients
within a composite using a
color change related to the
aspect ratio of dispersed gold
nanorods.
Auditorium 11
2204-3 VARIABLE LOADING
FATIGUE LIFE OF WOVEN
FABRIC CARBON/EPOXY
LAMINATES UNDER
ALTERNATING EQUAL-LIFE
WAVEFORMS OF DIFFERENT
R-RATIOS
Masamichi Kawai (University
of Tsukuba)
Auditorium 12
2205-3 LEVEL SET
OPTIMISATION FOR
COMPOSITE FIBRE PATHS
H Alicia Kim (University of
Bath), Christopher Brampton
(University of Bath)
This work optimises variable orientation composite
structures using a level set
Effect of repeated alternations method. Solutions produced
in R-ratios on fatigue life of a feature continuous fibre
quasi-isotropic woven fabric paths, suitable for advanced
CFRP laminate has been stud- fibre placement (AFP) manied. A variable loading fatigue ufacture.
life prediction methodology is
also developed.
2204-4 REDUCTION
OF FATIGUE DAMAGE
EQUIVALENT LOADS IN THE
WIND TURBINE SYSTEM
THROUGH THE USE OF OFFAXIS PLIES IN THE SPAR
CAPS OF COMPOSITE WIND
TURBINE BLADES
Altan Kayran (METUWind
Center for Wind Energy),
Mehmet Ozan Gözcü
(METUWind Center for Wind
Energy-Middle East Technical
University), Touraj Farsadi
(METUWind Center for Wind
Energy-Middle East Technical
University), Özgün Şener
(METUWind Center for Wind
Energy-Middle East Technical
University)
REDUCTION OF FATIGUE
DAMAGE EQUIVALENT LOADS
IN THE WIND TURBINE
SYSTEM THROUGH THE USE
OF OFF-AXIS PLIES IN THE
SPAR CAPS OF COMPOSITE
WIND TURBINE BLADES.
2205-4 AN IMPROVED
VIRTUAL TESTING
APPROACH FOR LAMINATED
COMPOSITES BASED ON
MICROMECHANICS
Pierre Ladeveze (ENS
Cachan), David Néron (ENS
Cachan), Hadrien Bainier (ENS
Cachan)
Meeting room 18
2206-3 INFLUENCE OF
CARBON FIBRES ON
THE CRYSTALLNITY OF
POLYAMIDE-6
Thomas Guglhoer (University
of Augsburg), Marco Korkisch
(University of Augsburg),
Markus G. R. Sause (University
of Augsburg)
Meeting room 19
2207-3 NUMERICAL
EVALUATION OF RESIDUAL
MANUFACTURING
DEFORMATIONS IN
COMPLEX PULTRUDED
COMPOSITE PROFILES
Alexander Safonov (Skolkovo
Institute of Science and
Technology), Alexander
Konstantinov (Mechanics
The influence of carbon
Research Institute of the
fibres on the crystallinity of
Lobachevsky State University
Polyamide 6 was investigated of Nizhny Novgorod)
in dependence of the cooling
rate during crystallization
The purpose of this study is
from melt.
to develop a methodology
for numeric evaluation of
residual deformations after
pultrusion in complex profiles
of composite materials with
thermoset resin.
2206-4 STUDY OF
NON-DESTRUCTIVE
MEASUREMENT APPROACH
OF RESIDUAL STRESS ON
FRP　LAMINATE BASED ON
THERMAL EXPANSION
Satoshi Hayashi (Kanazawa
Institute of Technology),
Hirokuni Adachi (Kanazawa
Institute of Technology),
The work deals with two
Hiroshi Saito (Kanazawa
enhancements of our damage Institute of Technology), Isao
mesomodel for laminated
Kimpara (Kanazawa Institute
composites: micromeof Technology)
chanics-based modeling of
coupling between ply microc- We focused on the correlation
racking and delamination, and between thermal expansion
prediction of splits.
behavior and residual stress.
Then it is clear there is strong
linear relationship between
residual stress and linear
expansion coefficient.
2207-4 TWO DIMENSIONAL
FINITE ELEMENT MODELING
OF COMMINGLED
YARNS COMPOSITES
CONSOLIDATION PROCESS
Mylene Lagardere (Mines
Douai), Baochao Li (Mines
Douai), Chung-Hae Park
(Mines Douai)
Modelling of consolidation
processes for thermoplastic
matrix composite structures is
adressed, considering hybrid
yarns textiles. Model is validated through analytical and
experimental studies.
Meeting room 20
2208-3 MECHANICAL
PROPERTY AND
FRACTURE BEHAVIOR OF
THERMOSETTING FRP
REINFORCED CARBON
FIBERS AND PAPERBOARD
Takanori Kitamura (Kyoto
Institute of Technology),
Keisuke Kitai (Kitai Seisakusyo
Co.-Ltd), Kanta Ito (Daiwa
Itagami Co. Ltd.), Suguru
Teramura (Daiwa Itagami Co.
Ltd.), Zhiyuan Zhang (Daiwa
Itagami Co. Ltd.), Hiroyuki
Hamada (Kyoto Institute of
Technology)
Meeting room 17
2209-3 INFLUENCE OF FIBER
SIZING ON PROPERTIES OF
BASALT FIBER REINFORCED
COMPOSITE
Lichao Yu (Donghua
University), Zhenjin Cui (Kyoto
Institute of Technology), Yuqiu
Yang (Donghua University)
Meeting room 16
2210-2 CELLULOSE
NANOCOMPOSITES WITH
DUCTILE MECHANICAL
BEHAVIOR
Lars Berglund (KTH Royal Inst
of Technology), Mohd Farhan
Ansari (KTH Royal Inst of
Technology)
Comparison and analysis have
been carried out to discuss
the change of mechanical
property by chang the PUD
pick-up ratio on basalt fibre
and improved mechanical
properties compared with
virgin one.
Ductility mechanisms in
biocomposites based on cellulose nano fibers (CNF) are
discussed.Preparation is as
follows: porous CNF networks
are formed, and impregnated
by unsaturated polyester or
epoxy.
2209-4 INTERFACIAL
ADHESION BETWEEN
GLASS FIBERS AND
ACRYLIC-BASED
MATRICES AS STUDIED
BY MICROMECHANICAL
TESTING
Quentin Charlier (INSA-LyonIngénierie des Matériaux
Polymères-IMP-CNRS
UMR5223-F-69621),
Frédéric Lortie (INSA-LyonIngénierie des Matériaux
Polymères-IMP-CNRS
UMR5223-F-69621), JeanFrançois Gérard (INSA-LyonIngénierie des Matériaux
Polymères-IMP-CNRS
UMR5223-F-69621)
2210-3 BIO-INSPIRED
CONCEPTS FOR NATURAL
& CELLULOSE FIBREREINFORCED COMPOSITES
WITH DUCTILE BEHAVIOUR
Jörg Müssig (Hochschule
Bremen - University of
Applied Sciences), Nina
Graupner (Hochschule
Bremen - University of Applied
Sciences )
Deforestation is a big problem
to the world. The usage of
paperboard can release the
needs to the timber. The
paperboard FRP gives paperboard new properties.
Acrylic/glass fiber model
specimens were prepared by
in-situ polymerizing a MMAbased reactive mixture onto
a single filament and studied
with single fiber fragmentation test and microbond test.
Biological materials show
impressive combinations of
mechanical properties like
strength and toughness. The
structure of a red rhubarb
petiole and a coconut pericarp
are transferred to composites.
Tuesday 21 July · Scientific
Meeting room 5
2211-3 EMBEDDED
ELEMENT METHOD IN
MESO- FINITE ELEMENT
MODELLING OF TEXTILE
COMPOSITE: A”GALLERY”
Seyed Ahmad Tabatabaei
(Katholieke Universiteit
Leuven), Stepan Lomov
(Katholieke Universiteit
Leuven-Leuven)
Meeting room 6
2212-3 STRUCTURAL
HEALTH MONITORING
OF CEMENT BASED
MATERIALS REINFORCED
WITH GRAPHENE
NANOPLATELETS
Zoi S. Metaxa (National
Technical University of
Athens)
Meeting room 7
2213-3 FOUR
DIMENSIONAL
SYNCHROTRON
TOMOGRAPHY OF FATIGUE
CRACK GROWTH AND
DAMAGE IN METAL
MATRIX COMPOSITES
Peter Hruby (Arizona State
University), Sudhanshu
Singh (Arizona State
The present work focuses
University), Jason Williams
The application of the
on the use of graphene
(Arizona State University),
embedded element method nanoplatelets for the devel- Xianghui Xiao (Argonne
in different aspect of textile opment of smart cement
National Laboratory),
composites ranging from
based nanocomposites
Francesco DeCarlo (Argonne
calculation of the homoge- that, contrary to traditional National Laboratory), Nik
nized stiffness properties,
approaches that require the Chawla (Arizona State
stress/strain fields, etc is
use of high-cost attach
University)
investigated.
MMCs have high strength
and toughness, In situ x-ray
synchrotron tomography
and extended finite element
modeling of damage in
2080 aluminum alloy reinforced with SiC particles
was conducted.
M1
2214-3 IMPLEMENTATION
OF A MOLECULAR
INTERPHASE MODEL
WITHIN A MULTISCALE
FRAMEWORK FOR
POLYMER MATRIX
COMPOSITES
Joel Johnston (Arizona State
University), Bonsung Koo
(Arizona State University),
Aditi Chattopadhyay (Arizona
State University)
2211-4 DAMAGE
DEVELOPMENT IN STEEL
FIBRE COMPOSITES WITH
UNIDIRECTIONAL AND
QUASI-UNIDIRECTIONAL
WOVEN ARCHITECTURES
Michaël Guy Callens (KU
Leuven), Larissa Gorbatikh
(KU Leuven), Ignaas
Verpoest (KU Leuven)
2214-4 EFFECT OF FIBER
WAVINESS ON TENSILE
STRENGTH OF FLAX
FIBER-REINFORCED
COMPOSITES
Taweesak Piyatuchsananon
(Yamaguchi University),
Akira Furuya (Yamaguchi
University), Koichi Goda
(Yamaguchi University)
2212-4 POLYETHYLENE/
GRAPHENE
NANOCOMPOSITES
OBTAINED BY SUPPORTED
CATALYST OVER FEW
GRAPHENE LAYERS
Griselda Barrera Galland
(Universidade Federal do Rio
Grande do Sul/Instituto de
Química), Giovani Pavoski
(Universidade Federal do
The effect of the microRio Grande do Sul/Instituto
structure on the damage
de Química), Nara Regina
development in steel fiber
de Sousa Basso (Pontifícia
composites is investigated. Universidade Católica do
Quasi-unidirectional and
Rio Grande do Sul), Thuany
perfectly unidirectional fibre Maraschin (Pontifícia
architectures are studied.
Universidade Católica do Rio
Grande do Sul), Marcéo Auler
Milani (Universidade Federal
do Rio Grande do Sul/Instituto
de Química), Raúl Quijada
(Universidad de Chile), Denise
Azambuja (Universidade
Federal do Rio Grande do Sul/
Instituto de Química)
In this work we synthetized
nanocomposites of polyethylene with two types of
graphites, graphite oxide (GO)
and reduced graphene oxide
(RGO), by in situ polymerization using a metallocene
catalyst. Bo
M2
2215-3 RESIDUAL
FLEXURAL STRENGTH
AFTER IMPACT AND
HYDROSTATIC CYCLING IN
GLASS/SYNTACTIC FOAM
SANDWICH LAMINATES
Prasad Potluri (University
of Manchester), Sofia
Pavlopoulou (University of
Manchester)
Residual flexural strength
of syntactic foam sandwich
A novel multiscale model
composites have been
framework is presented
investigated. Influence of
which studies the effect
cyclic hydrostatic pressure
of the interphase between and impact energy levels
carbon fiber and polymer
on flexural properties have
matrix using atomistic scale been reported.
simulations and subcell
based micromechanics.
The purpose of this study is
to analyze the effect of the
fiber waviness on the tensile
strength of flax fiber-reinforced composites by using
Tsai-Hill theory and spatial
autocorrelation.
M3
2216-3 INTERLAMINAR
DAMAGE ANALYSIS OF
COMPOSITE STRUCTURES
USING ROBUST INTERFACE
ELEMENTS
Tillmann Herwig (Institute
for Structural Analysis),
Werner Wagner (Institute for
Structural Analysis)
M4
2217-3 INTEGRATED
DESIGN AND PRODUCTION
OF FILAMENT-WOUND
COMPOSITE STRUCTURES:
COMPROMISE BETWEEN
STRENGTH AND
MANUFACTURABILITY
Lei Zu (Wuhan University
of Technology), Jihui
Wang (Wuhan University
of Technology), Shuxin
Li (Wuhan University of
Technology)
For the development of
robust interface elements
a hybrid mixed formulation
based on the potential by
Hu-Washizu and a non-po- An integrated design and
tential mixed mode cohesive production method of
law are applied.
filament-wound structures
was outlined to offer an
effective tool able to fill the
gap between “design for
structures” and “design for
manufacturability”.
2216-4 INTERLAMINAR
FRACTURE TOUGHNESS OF
FIBER METAL LAMINATES
Carlos Rubio-Gonzalez
(CIDESI), Jorge Quintero
(ITESM), Edgardo PerezHermosillo (ITESM)
The aim of this paper is to
investigate the feasibility
of applying different DCB
models to predict interlaminar toughness of composite
laminates and FMLs and
compare with experimental
results.
M5
2218-3 EXPERIMENTAL
AND NUMERICAL
INVESTIGATION INTO COBONDED PATCH REPAIRS
FOR STRUCTURAL
COMPOSITES
ADDITIONALLY
REINFORCED WITH
HIGH PERFORMANCE
MULTIFILAMENT YARN
Markus Linke (Hamburg
University of Applied
Sciences), Marie Moebius
(Hamburg University of
Applied Sciences), FrankDavid Georges (Hamburg
University of Applied
Sciences), Philipp Abel
(RWTH Aachen University),
Thomas Gries (RWTH
Aachen University)
programme
M6
2219-2 SIMULATION OF
COMPOSITE DAMAGE DUE
TO LIGHTNING STRIKE
Cédric Huchette (Onera
the French Aerospace lab),
Johann Rannou (ONERA
the french Aerospace Lab),
Laurent Chemartin (ONERA
the french Aerospace Lab)
M7
M8
2220-3 COMPOSITES OF
MGB2 – RARE-EARTHOXIDES: FABRICATION
BY SPARK PLASMA
SINTERING AND
FUNCTIONAL PROPERTIES
Dan Batalu (University
POLITEHNICA of Bucharest),
Robert Bololoi (University
POLITEHNICA of Bucharest),
The aim of this study is to
Gheorghe Aldica (National
propose a first comprehen- Institute of Materials
sion model of the matrix
Physics), Petre Badica
damage due to electro
(National Institute of
thermal loading imposed by Materials Physics)
lightning strike impact on
carbon/epoxy laminates.
Dense MgB2 samples
with La2O3 addition were
obtained by spark plasma
sintering. Formation of
phosphate needles, gathered in bouquets, show a
A co-bonding repair method
possible bioactive behavior
is experimentally as well
of MgB2.
as numerically investigated
using high performance
multifilament yarns to reinforce the bonding area of
single lapped joints.
2218-4 MODELING BLAST
FAILURE OF FIBRE METAL
LAMINATES
Zhongwei Guan (University
of Liverpool), Elena Sitnikova
(University of Nottingham),
Wesley Cantwell (Khalifa
University of ScienceTechnology and Research)
2219-3 A PROOF-OFCONCEPT OF SMART
HANGAR FOR COMPOSITE
AIRCRAFT
See Yenn Chong (Korea
Advanced Institute of
Science and Technology),
Syed Haider Abbas (Korea
Advanced Institute of
Science and Technology),
The perforation failure
Hye-Jin Shin (LANL-CBNU
of fibre metal laminates
Engineering Institutesubjected to blast has been Korea-Chonbuk National
simulated. The model em- University), Truong Thanh
ploys modified 3D Hashin’s Chung (Korea Advanced
criteria with consideration
Institute of Science and
of damage evolution and
Technology), Jung-Ryul Lee
rate-dependence.
(Korea Advanced Institute of
Science and Technology)
2220-4 A NOVEL DESIGN
OF INJECTABLE POROUS
HYDROGELS WITH IN SITU
PORE FORMATION
Ortal Yom-Tov (Technion),
Havazelet Bianco-Peled
(Technion), Dror Seliktar
(Technion)
The use of injectable porous
hydrogels is of great interest
in biomedical applications
due to their excellent
permeability and ease of
integration into sites of
surgical intervention. By
implementing
To enhance the efficiency
of the aircraft maintenance
performance, a new
cutting-edge paradigm
of structural health management – Smart Hangar
for aerospace industry is
proposed in this paper.
57
Scientific programme · Wednesday 22 July
Congress Hall A
Auditorium 15
Auditorium 10
Auditorium 11
Auditorium 12
8:30 Extreme loading of composite materials in naval applications Yapa D. S. Rajapakse, Office of Naval Research, Virginia, USA
3102 Nano Composites 6
3103 ONR Special
3104 Fatigue 6
3105 Structural Analysis
9:30 3101 Processing Manufacturing Technology 6
Symposium on Marine
and Optimization 6
Composites 1
3102-1 A MODEL FOR
KEYNOTE
3104-1 EVALUATION
3105-1 FEASIBILITY STUDY
9:30 3101-1 THE GENESIS OF
ART FRP - BASED ON THE
THE ENHANCEMENT OF
OF BENDING FATIGUE
OF A SANDWICH CHOPPER
JAPANESE TRADITIONAL
YOUNG’S MODULUS OF
3103-1 DEFORMATIONS
CHARACTERISTICS OF CFRP DISC FOR A TIME OF FLIGHT
SENSE OF BEAUTYMACROSCOPIC CARBON
DUE TO EXPLOSIVE AND
FOR MARINE PROPELLERS (TOF) SPECTROMETER
Yuki Ikenobo (Ikenobo), Tetsuo NANOTUBE FIBERS VIA
IMPLOSIVE LOADS OF
Daichi Ogawa (School of
Valeria Antonelli (Technische
KIKUCHI (Toyugiken Co.-Ltd.), POLYMER INFILTRATION
SANDWICH CYLINDERS
Engineering-University of
Universität München),
Hiroyuki HAMADA (Kyoto
Bartolomé Mas (IMDEA
USING THIRD ORDER SHEAR Tokyo), Hideaki Murayama
Matthias Weinzierl
Institute of Technology)
Materials Institute), Juan José AND NORMAL DEFORMABLE (School of Engineering(Technische Universität
Vilatela (IMDEA Materials
THEORY (TSNDT)
University of Tokyo), Kazuro
München), Horst Baier
This study has focused on the Institute)
Romesh Batra (Virginia
Kageyama (Graduate School (Technische Universität
FRP. By combining superior
Polytechnic Institute and
of Engineering-University
München)
FRP functionality, and the
We studied stress transfer
State University), Priyal Shah of Tokyo), Toshio Yamatogi
Japanese traditional sense of mechanisms that take place (Virginia Polytrechnic Institute (Nakashima Propeller Co.
The aim of the feasibility
beauty originating in tradition- in carbon nanotube fibres
and State University)
Ltd.), Makoto Kanai (School
study is the maximisation
al Japanese Kyo-yuzen fabric infiltrated with different
of Engineering-University
of the natural frequency of
and Ikebana.
polymers under axial load.
We use an equivalent single of Tokyo), Takaya Sakurai
a chopper disc. A sandwich
A model to predict the final
layer third order shear and
(Nakashima Propeller Co. Ltd.) design reduces the weight
composite properties is
normal deformable shell thepenalty caused by a CFRP
proposed.
ory (TSNDT) to study transient This paper reports the bend- disc with the same natural
deformations of linear elastic ing fatigue characteristics
frequency.
sandwich cylinders under im- of CFRP manufactured from
plosive and explosive loads. VaRTM process about stiffness. Stiffness degradation
among the number of cycles
was evaluated.
9:50 3101-2 OPEN MICROWAVE
HEATING OF POLYMER
RESIN WITH DISPERSED
CARBON NANOTUBES USING
INTERDIGITAL ELECTRODE
FILM
Ryosuke Matsuzaki (Tokyo
University of Sicence), Shinya
Hatori (Tokyo University of
Science), Akira Todoroki
(Tokyo Institute of Technology)
3102-2 ESTIMATION
OF STRENGTH AND
FRACTURE TOUGHNESS FOR
NANOMATERIALS
Chyanbin Hwu (National
Cheng Kung University),
Yu-Kuei Yeh (National Cheng
Kung University)
The molecular-continuum
model proposed previously
for the estimation of elastic
The present study proposes
constants was extended here
an open-type microwave
for the prediction of ultimate
heating of a polymer resin us- strength and fracture toughing microwaves produced by ness of nanomaterials.
an interdigital electrode array
film positioned between the
composites and the mold.
58
3104-2 FATIGUE-INDUCED
DAMAGE MECHANISMS IN
CARBON/EPOXY LAMINATES
INFLUENCED BY MEAN
STRESS AND FIBRE VOLUME
CONTENT
Julia Brunbauer
(Montanuniversitaet
Leoben), Gerald Pinter
(Montanuniversitaet Leoben)
The combined effect of
fibre volume content, anisotropy, load amplitude and
mechanical mean stress on
the mechanical behaviour
and the fatigue damage of
carbon/epoxy laminates was
investigated.
3105-2 AEROELASTIC
TAILORING OF TOWSTEERED COMPOSITE WING
BOXES
Olivia Stodieck (University
of Bristol), Jonathan Cooper
(University of Bristol), Paul
Weaver (University of Bristol),
Paul Kealy (Airbus Operations
UK Ltd)
Meeting room 18
Meeting room 19
Meeting room 20
Meeting room 17
Meeting room 16
3106 Process Induced
Effects 5
3107 Process Modelling 6
3108 Fibre reinforcement
3109 Interfaces and
Interphases 6
3110 Damage Tolerance of
Composite Structures 1
3106-1 INTEGRATED
ANALYSIS OF COMPACTION,
EDGE DISTORTION AND
RESIDUAL DEFORMATION
OF WIND-TURBINE THICK
COMPOSITES SPAR-CAP
Ganapathi Ammasai
Sengodan (Nanyang
Technological University),
Sunil C. Joshi (Nanyang
Technological University),
Zhong Chen (Nanyang
Technological University)
3107-1 COMPUTATIONAL
SIMULATION OF
COMPRESSION FORMING
OF THE THERMOPLASTIC
PREPREG
Mark Kantor (skoltech), Andrei
Ushakov (skoltech), Alexander
Safonov (skoltech), Boris
Fedulov (skoltech)
3109-1 THE ROLE OF THE
EPOXY RESIN: CURING
AGENT RATIO IN COMPOSITE
INTERFACIAL STRENGTH BY
SINGLE FIBRE MICROBOND
TEST
Ross Minty (University
of Strathclyde), James
Thomason (University of
Strathclyde), Helga Petersen
(Technical University of
Denmark)
3110-1 EXPERIMENTAL
ASSESSMENT AND
NUMERICAL ANALYSIS OF
3D WOVEN COMPOSITE
T-JOINTS UNDER TENSILE
LOADING
Shibo Yan (University of
Nottingham), Andrew Long
(University of Nottingham),
Xuesen Zeng (University of
Nottingham)
3108-1 INVESTIGATION OF
MECHANICAL PROPERTIES
OF FILAMENT WOUND
UNIDIRECTIONAL BASALT
FIBER REINFORCED
POLYMERS FOR
AUTOMOTIVE AND
PRESSURE VESSEL
APPLICATION
Eduard Kessler (NuCellSys
The research is the succesfull GmbH), Rainer Gadow
attempt to demonstrate that (University of Stuttgart),
the thermoplastic composites Patrick Weichand (University
forming problem can be
of Stuttgart)
A numerical method is
solved in the framework of
established to integrate the
the single problem.
Comparison of tensile propcompaction and cure deforerties of fibers and filament
mation of a composite wind
wound polymer composites
turbine spar cap. This predicts
for filament wound pressure
the non-uniform thickness
vessels with focus on basalt
and curvature of the cured
fibers and basalt fiber comspar cap.
posites.
3106-2 INFLUENCE OF
MANUFACTURING-INDUCED
DEFECTS ON THE INTRAAND INTER-LAMINAR
PROPERTIES OF CARBON/
EPOXY NCF LAMINATES
Paolo Andrea Carraro
(University of Padova), Lucio
Maragoni (University of
Padova), Marino Quaresimin
(University of Padova)
3107-2 3-D DYNAMIC
SIMULATION OF FLEXIBLE
FIBER WITH A SYSTEM OF
ARTICULATED BODIES
Khalid El Azzouzi (IRT Jules
Verne), Christophe BINETRUY
(Institute of Civil Enginneering
and Mechanics (GeM)Ecole Centrale de Nantes ),
Sébastien COMAS CARDONA
(Institute of Civil Enginneering
and Mechanics (GeM)-Ecole
Centrale de Nantes)
3108-2 MORI-TANAKA
METHODS FOR
MICROMECHANICS
OF RANDOM FIBRE
COMPOSITES
Stepan Lomov (KU Leuven),
Yasmine Abdin (KU Leuven),
Atul Jain (KU Leuven)
Found that the apparent
IFSS of the glass fibre-epoxy
matrix measured using the
microbond test showed a
significant dependence on
the stoichiometric ratio of the
epoxy resin and curing agent
present.
3109-2 INFLUENCE OF
DIFFERENT SIZING ON
FRACTURE TOUGHNESS AND
FLEXURAL PROPERTIES OF
CARBON FIBER REINFORCED
POLYPHTHALAMIDE
Veronika Radlmaier
(Technische Universität
München-Faculty of
Eshelby/Mori-Tanaka predict Mechanical Engineering),
adequately the homogenised Andreas Erber (Technology
Tow-steered laminates
stiffness, non-linear stress& Innovation), Patrik-Vincent
achieved improved aeroelastic The influence of inter-tow
strain curves stresses in the Brudzinski (Technology &
behaviours compared to
voids on the inter-laminar
fibres and on the fibre/matrix Innovation), Hannes Koerber
straight-fibre laminates by
and intra-laminar properties A new discrete element meth- interface and progressive fibre (Technische Universität
allowing the stiffness distribu- of carbon/epoxy NCF was
od is developed to study the debonding.
München-Faculty of
tions and the wing spanwise analysed on specimens
dynamic motion of a flexible
Mechanical Engineering),
bend-twist coupling to be
infused with different process fibre using articulated body
Klaus Drechsler (Technische
optimised.
parameters.
system and recursive algoUniversität München-Faculty
rithms based on the Newtonof Mechanical Engineering)
Euler equations.
In this study, the influence of
two different carbon fiber sizing materials was investigated
on mode I interlaminar fracture toughness and flexural
properties of composites with
PPA matrix.
This paper presents the
experimental assessment
and numerical analysis of
the mechanical properties of
3D woven composite T-joints
subjected to a tensile pull-off
loading scenario.
3110-2 INDUCED
THERMO-MECHANICAL
DAMAGE IN THE DRILLING
OF THERMOPLASTICTOUGHENED CFRP
COMPOSITES
Julián Luis Merino-Pérez
(The University of Sheffield),
Alma Hodzic (The University
of Sheffield), Eleanor Merson
(Sandvik Coromant-Sandvik
AB), Sabino Ayvar-Soberanis
(The University of Sheffield)
This investigation focused
on the assessment of the
induced thermal and mechanical damage in the vicinity
of the machined surface in
the drilling of carbon fibre
reinforced polymer (CFRP)
composites.
Wednesday 22 July · Scientific
Meeting room 5
Meeting room 6
3111 Textile-Based
Composites and Fibre
Architecture 6
3111-1 THERMOFORMING
SIMULATION OF
THERMOPLASTIC PREIMPREGNATED TEXTILE
REINFORCEMENT
Masato Nishi (JSOL
Corporation), Tei Hirashima
(JSOL Corporation),
Tetsusei Kurashiki (Osaka
University), Masashi Kurose
(Gunma National College
of Technology), Tetsushi
Kaburagi (Gunma), Keisuke
Uenishi (Osaka University)
3112 Graphene, Graphene- 3113 Matrix Materials 1
Based Composites 6
KEYNOTE
3112-1 STRUCTURAL
GRAPHENE COMPOSITES:
TAKING THE LESSONS OF
FUNDAMENTAL STUDIES
THROUGH TO BULK
COMPOSITES
Ian Kinloch (University of
Manchester), Lei Gong
(University of Manchester),
Zhe Ling Li (University of
Manchester), Cristina Valles
(University of Manchester),
Arun Raju (University of
We propose a shell and
Manchester), Konstantin
membrane hybrid FE model Novoselov (University of
of CFRTP for non-isothermal Manchester), Robert Young
forming simulation. The pro- (University of Manchester)
posed model can describe
temperature dependent
The micromechanics of
non-linear in-plane and out- graphene composites has
of-plane behaviors.
been explored using Raman
spectroscopy on model
experimental systems. The
knowledge gained has been
used to produce bulk composites with high loadings.
3111-2 A STUDY OF
WARP-KNITTED FABRIC
STRUCTURE PARAMETERS
AFFECTING THE
MECHANICAL PROPERTIES
OF TEXTILE-REINFORCED
CONCRETE
Oleg Stolyarov (St.
Petersburg State
Polytechnical University), Till
Quadflieg (RWTH Aachen
University), Thomas Gries
(RWTH Aachen University)
The results of investigations
on the warp-knitted reinforced fabric and concrete
samples from glass and
carbon reinforced rovings
with three common types
of warp-knit stitches are
presented.
Meeting room 7
3113-1 CURING OF EPOXY
RESINS: A NANOSCALE
VIEW
David Seveno (KU Leuven),
Adri Van Duin (Penn State)
M1
M2
M3
M4
3114 Fracture and
Damage - Materials
Scale 1
3114-1 A METHOD TO
CHARACTERIZE BIAXIAL
STRENGTHENING EFFECTS
WITH A UNIAXIAL TEST
Adam Biskner (LoadPath),
Emmett Nelson (Autodesk),
Jeffry Welsh (Operationally
Responsive Space Office),
Andrew Williams (Air Force
Research Laboratory Space
Vehicles Directorate)
3115 Models
Homogenization – Micro
to Macro 1
3115-1 A MULTI-SCALE
MODEL FOR THE
MECHANICAL PROPERTIES
OF FIBER-REINFORCED
SILICA AEROGEL
COMPOSITE
Zeshuai Yuan (Beihang
University), Zixing Lu
(Beihang University), Zhenyu
Yang (Beihang University),
Guiping Lin (Beihang
University)
3116 Nanocomposites for
Structural Lightweight Modelling and Testing 1
3116-1 MODELING AND
PREDCITION OF FRACTURE
PROPERTIES IN NANOGRAPHENE REINFORCED
POLYMERS
Samit Roy (University of
Alabama), Avinash Akepati
(University of Alabama), Vinu
Unnikrishnan (University of
Alabama)
3117 Ductile and Pseudo- 3118 Fire Resistance 1
ductile Composites 2
This study presents a methodology to model the curing
process of an epoxy system
at the atomistic scale using
reactive molecular dynamics
simulations (ReaxFF force
field).
This paper seeks to characterize the biaxial behavior of
composites using a unique
uniaxial experimental and
verifying it with biaxial data
and Autodesk Helius analytical predictions
3113-2 NANO-RUBBER
TOUGHENING IN EPOXY
AND EPOXY/CARBON
FIBRE COMPOSITES:
TEMPERATURE EFFECT
Feng Xu (The University of
Sydney), Hong-Yuan Liu (The
University of Sydney)
In this paper, we present
the results of our recent
work on the nano-rubber
toughening effects on bulk
epoxy and epoxy/carbon
fibre composites tested in
temperature range -80℃
to 50℃.
3114-2 EFFECT
OF DAMAGE ON
COMPRESSIVE STRENGTH
IN FIBER DIRECTION FOR
CFRP
Gabriel Eyer (Laboratoire de
Mecanique et d’Acoustique),
Olivier Montagnier (Centre
de Recherche de l’Armée
de l’Air), Christian Hochard
(Laboratoire de Mecanique
et d’Acoustique), Jean-Paul
Charles (Laboratoire de
Mecanique et d’Acoustique), Frédéric Mazerolle
(Laboratoire de Mecanique
et d’Acoustique)
A new multi-scale model
is proposed to investigate
the relationship between
the mechanical properties
and microstructure of fiber-reinforced silica aerogel
composites.
3117-1 EXPLORING
ROUTES TO CREATE
HIGH PERFORMANCE
PSEUDO-DUCTILE FIBRE
REINFORCED COMPOSITES
Omar Bacarreza Nogales
(Imperial College London),
Alexander Bismarck
(Imperial College London),
Jonny Blaker (University
of Manchester), Hele Diao
In this paper, an atomistic
(Imperial College London),
(MD) methodology is
Gael Grail (Imperial College
employed to compute
London), Paul Robinson
J-integral using atomistic
(Imperial College London),
data obtained from molecu- Soraia Pimenta (Imperial
lar dynamics simulations for College London), Milo
epoxy/nanographene using Shaffer (Imperial College
the Reax force field.
London)
3115-2 MICROMECHANICS
MODELING OF MAGNETOSENSITIVE POLYMERIC
MATERIALS DURING
CURING
George Chatzigeorgiou
(Arts et Métiers ParisTech),
Mokarram Hossain
(University of ErlangenNuremberg), Fodil Meraghni
(Arts et Métiers ParisTech),
Paul Steinmann (University
of Erlangen-Nuremberg)
3116-2 NANOCOMPOSITES
BASED ON NONWOVEN
BORON NITRIDE
NANOTUBE SHEETS:
PROCESSING AND
PROPERTIES
Behnam Ashrafi (National
Research Council), Michael
Jakubinek (National
Research Council), Jingwen
Guan (National Research
Council), Yadienka MartinezRubi (National Research
Council), Keun Su Kim
This work proposes a cou- (National Research Council),
pled magneto-mechanical Kayla ONeill (National
multi-scale model, based on Research Council), Meysam
the Mori-Tanaka method, for Rahmat (National Research
Compressive strength of
simulating the curing proCouncil), Christopher
CFRP in fiber direction is
cess of magneto-sensitive Kingston (National Research
investigated. The effect of
polymers.
Council), Ali Yousefpour
matrix damage is particular(National Research Council),
ly studied. It is shown that
Andrew Johnston (National
matrix damage decreases
Research Council), Benoit
significantly the compresSimard (National Research
sive strength.
Council)
Approaches are presented
for creating composites
which exhibit pseudo-ductile behaviour. These include
discontinuous composites,
pre-weakened composites
and composites exploiting
waviness.
3117-2 EXPLORING
THE POTENTIAL
OF HIERARCHICAL
COMPOSITE FIBRE
BUNDLES TO IMPROVE THE
TENSILE PERFORMANCE
OF UNIDIRECTIONAL
COMPOSITES
Gael Grail (Imperial College
London), Marie Coq (Imperial
College London), Soraia
Pimenta (Imperial College
London), Silvestre T. Pinho
(Imperial College London),
Paul Robinson (Imperial
College London)
A numerical study on
the ability of hierarchical
composites (i.e. small FRP
bundles embbeded in a soft
matrix) to reduce stress
concentrations near clusters
of broken fibres and delay
final failure.
M5
M6
M7
3119 Applications Aerospace 5
3120 New Structural
Testing Methods 1
3118-1 POST-FIRE
TENSILE PROPERTIES OF
SANDWICH COMPOSITES
Aslina Anjang (RMIT
University), Mark Spiteri
(RMIT University), Venkata
Chevali (RMIT University),
Stefanie Feih (Singapore
Institute of Manufacturing
Technology), Adrian Mouritz
(RMIT University)
3119-1 DEVELOPMENT
AND INVESTIGATION OF
A HYBRID CURVATUREMORPHING SKIN
STRUCTURE
André Schmitz (TU
Braunschweig), Peter Horst
(TU Braunschweig)
3118-2 FIRE STRUCTURAL
PERFORMANCE OF
AEROSPACE CARBON
FIBRE-EPOXY
COMPOSITES
Katherine Grigoriou (RMIT
University ), Adrian Mouritz
(RMIT University)
3119-2 STRUCTURAL
DESIGN OF THE DTU-ESA
MM-WAVE VALIDATION
STANDARD ANTENNA
Kim Branner (Technical
University of Denmark),
Peter Berring (Technical
University of Denmark),
Christen Malte Markussen
(Technical University of
Denmark), Oleksiy S. Kim
(Technical University of
Denmark), Rolf Jørgensen
(TICRA), Sergey Pivnenko
(Technical University of
Denmark), Olav Breinbjerg
(Technical University of
Denmark)
A new curvature-morphing
skin structure is presented.
Large bending fatigue in
A validated thermal-memorphing-direction and
chanical model for calcutransverse strength (avoidlating the residual stiffness ance of buckling of rubber
and strength of burnt sand- embedded composite bunwich composite structures dles) is focused on.
following fire exposure is
presented.
This paper presents a
comparative study into the
fire performance of four
quasi-isotropic laminates
with different stacking
sequences of the +45/45/90/0 plies.
A new validation antenna
is designed in cooperation
between DTU and TICRA for
European Space Agency.
The antenna is designed
using CFRP and Invar36 to
be extremely thermally and
mechanically stable.
programme
M8
3121 Multifunctional
Composites - Sensing and
Actuation 6
3120-1 MEASUREMENT
3121-1 SELF SENSING
OF IN-PLANE RESIDUAL
GLASS/EPOXY CROSSSTRESSES IN AN AS4/8552 PLY LAMINATES FOR
COMPOSITE LAMINATE
DAMAGE MONITORING
USING THE DEEP-HOLE
UNDER FATIGUE LOADING:
DRILLING METHOD
MODELLING AND
C. Garza (University
EXPERIMENTS
of Bristol), D. J. Smith
Paolo Andrea Carraro
(University of Bristol), A.
(University of Padova),
Shterenlikht (University of
Michele Zappalorto
Bristol), M. Pavier (University (University of Padova),
of Bristol)
Marino Quaresimin
(University of Padova),
The in-plane residual
Francesco Panozzo
stresses in an AS4/8552
(University of Padova)
composite laminate are
experimentally measured
A solution is presented
using the Deep-Hole Drilling to predict the variation of
and compared to finite ele- the electrical resistance in
ment predictions and classi- crossply laminates, caused
cal lamination theory.
by matrix cracking. The
accuracy of the model is
verified by comparison to FE
analyses.
3120-2 AN INNOVATIVE
MECHANICAL TESTING
METHOD FOR MEASURING
YOUNG’S MODULUS
OF MULTI-LAYERED
MATERIALS (OWN-WEIGHT
CANTILEVER METHOD)
Atsumi Ohtsuki (Meijo
university)
Considering large deformation behaviors due to
own-weight, an innovative
method is developed to
measure Young’s modulus
of each layer in a flexible
multi-layered materials (thin
plate, rod, wire).
3121-2 BIOCOMPOSITE
SUBSTRATES FOR
WIRELESS SOIL SENSORS
Chad Ulven (North Dakota
State University), Mitchel
Nordahl (North Dakota
State University), Frederik
Haring (North Dakota
State University), Justin
Hoey (North Dakota State
University), Robert Sailer
(North Dakota State
University)
Biocomposites of flax fiber
reinforced polylactic acid
were demonstrated as
potential substrates for
biobased circuit boards
used to fabricate wireless
soil sensors.
This study focuses on the
development of nanocomposites based on impregnation of boron nitride
nanotube (BNNT) buckypaper using a low viscosity
aerospace grade epoxy.
59
Scientific programme · Wednesday 22 July
Congress Hall A
10:10 3101-3 INNOVATIVE
EQUIPMENT CONCEPTS
FOR COATING OF
COMPOSITE PRODUCTS
WITH DUROPLASTIC
AND THERMOPLASTIC
ADHESIVES.
Ludger Michels (Coatena
Coating Machinery GmbH)
Auditorium 15
3102-3 DEVELOPMENT
OF POLYMER
NANOCOMPOSITES
REINFORCED BY CARBON
NANOTUBES WITH 3-D
NETWORKS
Linfang Cui (The Xinjiang
Technical Institute of Physics
and Chemistry-Chinese
Academy of Sciences),
Growing market and new pol- Peng-Cheng Ma (The Xinjiang
ymer and fabric developments Technical Institute of Physics
demand new and highly
and Chemistry-Chinese
innovative impregnation and Academy of Sciences)
coating machinery concepts
for all kind of prepregs.
CNT foam as reinforcement
for polymer nanocomposites
was developed, ultimately
eliminating the problems
associated with the dispersion
and agglomeration of CNTs in
polymers.
10:30 3101-4 A STOCHASTIC
APPROACH TO MODEL VOID
FORMATION DURING OUTOF-AUTOCLAVE PREPREG
CONSOLIDATION
Rhena Helmus (Technische
Universität München), Pascal
Hubert (McGill University),
Roland Hinterhoelzl
(Technische Universität
München)
A description of mathematical models available in
stochastics that are suitable
to account for variability in
Out-of-Autoclave prepregs
which may result in voids
after material processing.
10:50 Coffee in the Exhibition
60
3102-4 EFFECT OF THE
CRYSTALLINITY ON THE
BARRIER PROPERTIES
OF PLA BASED
NANOCOMPOSITES
Jon Trifol (DTU), Caglar
Mericer (University of
Bologna), Anders Egede
Daugaard (DTU), Cecile Sillard
(Grenoble INP - Pagora),
Ole Hassager (DTU), David
Plackett (The University of
British Columbia), Julien
Bras (Grenoble INP - Pagora),
Marco Giacinti (University
of Bologna), Peter Szabo (DTU)
Auditorium 10
3103-2 BLAST
PERFORMANCE OF
COMPOSITE SANDWICH
STRUCTURES
Mark Kelly (Imperial College
London), Hari Arora (Imperial
College London), Alex Worley
(Imperial College London),
Paolo Del Linz (Imperial
College London), Alexander
Fergusson (Canterbury
Court-1-3 Brixton Road), Paul
Hooper (Imperial College
London), Brian Hayman
(University of Oslo), John Dear
(Imperial College London)
Full scale air blast testing
and finite element analysis
on underwater blast testing
performed on sandwich composite materials, to assess
their suitability for naval
applications.
3103-3 A FLUID/SOLID
MODEL FOR COMPOSITE
SANDWICH SHELLS UNDER
WATER BLAST
Michelle Hoo Fatt (Univ of
Akron), Dushyanth Sirivolu
(Univ of Akron)
Auditorium 11
3104-3 AN APPROACH
TO IDENTIFY MULTIAXIAL
FATIGUE LIFE MODEL
DEDICATED TO WIND
TURBINE BLADES
Damien Caous (I2M),
Christophe Bois (I2M), JeanChristophe Wahl (I2M), Thierry
Palin-Luc (I2M), Julien Valette
(TENSYL)
Auditorium 12
3105-3 A TWO-PLY
TERMINATION STRATEGY
FOR MECHANICALLY
COUPLED TAPERED
LAMINATES
Christopher York (University of
Glasgow)
Meeting room 18
3106-3 EXPERIMENTAL
INVESTIGATION OF PROCESS
INDUCED DEFORMATIONS
OF CFRP COMPOSITES WITH
FOCUS ON FAST CURING
EPOXY RESINS
Fabian Groh (German
Aerospace Center), Erik
Kappel (German Aerospace
Center), Christian Hühne
(German Aerospace Center)
A two-ply termination algorithm is used to develop
permissible tapered designs,
An approach is proposed to
with ply contiguity constraints,
investigate multiaxial cyclic
giving consistent mechanical Experimental study on prostress states in non crimp
coupling characteristics and cess induced deformations
fabrics wind turbine blade
immunity to thermal warping. of composites with focus
plies and laminates, and idenon fast curing epoxy resins.
tify critical stress states.
Including experimental parametric study, comparison of
resin systems and simplified
modelling.
3104-4 INTER FIBRE
CRACKING BEHAVIOUR OF
CFRP UNDER VERY HIGH
CYCLE FATIGUE LOADING:
EXPERIMENTAL AND
NUMERICAL MULTI-SCALE
APPROACH
Gordon Just (TU Dresden), Ilja
The water blast response of a Koch (TU Dresden), Maik Gude
composite sandwich panel is (TU Dresden)
examined. Blast resistances
under water blast/air back,
An energy based approach to
water blast/water back and
model the fatigue behavior of
air blast/air back conditions
CFRP under VHCF loading is
are compared.
proposed. Verification with experimental results for off-axis
cracking in tension and bendThe nanocellulose is an effecing shows good agreement.
tive filler to improve the barrier properties of PLA, specially
when it is combined with clay
decreases the water diffusition through the matrix.
3105-4 ENERGY METHOD
FOR BUCKLING OF CFRP
INTERCONNECTED
PLATES WITH ARBITRARY
BOUNDARY CONDITIONS.
Jose Antonio Martín Esteban
(Airbus Operations S.L.)
3106-4 MEASUREMENT
AND SIMULATION OF EDGE
DEFECTS IN TURNING OF
SICP/AL COMPOSITES
Li Zhou (Shenyang)
SiC particle reinforced Al
matrix (SiCp/Al) composites
An energy method based on exhibit excellent physical
the Rayleigh-Ritz approach
and mechanical properties
is developed for the determi- compared with conventional
nation of the critical buckling materials, such as high
loads of structures formed by specific modulus, improved
a set of interconnected com- resistance to
posite plates.
Meeting room 19
3107-3 VARIABILITY OF
PERMEABILITY IN FIBRE
PREFORMS MANUFACTURED
WITH AFP
Mikhail Matveev (The
University of Nottingham),
Andrew Long (The University
of Nottingham), Arthur Jones
(The University of Nottingham)
Meeting room 20
3108-3 QUALIFICATIONS
FOR STRENGTH: TENSILE
PROPERTIES OF BACTERIAL
CELLULOSE NANOPAPERS
Katri Kontturi (Imperial
College London), Koon-Yang
Lee (University College
London), Eero Kontturi
(Aalto University), Alexander
Bismarck (Imperial College
Geometry of Automated Fibre London)
Placement (AFP) preforms is
analysed by means of image Above a minimum threshold
analysis. Results of the anal- grammage, the loose nanoysis are used for prediction of fibrous bacterial cellulose
realistic variability of permea- network transits into nanobility in the preforms.
paper possessing sufficient
mechanical strength.
Meeting room 17
3109-3 IMPROVING THE
INTERFACE IN CARBON
FIBRE REINFORCED
COMPOSITES WITH
VARIABLE STIFFNESS
Henry Maples (University
of Vienna), Damilola Smith
(Imperial College London),
Christoph Burgstaller
(Transfercenter für
Kunststofftechnik (TCKT)),
Paul Robinson (Imperial
College London), Alexander
Bismarck (University of
Vienna)
Meeting room 16
3110-3 EXPERIMENTAL
CHARACTERIZATION AND
NUMERICAL MODELING
OF BEARING BEHAVIOUR
OF 3D INTERLOCK WOVEN
COMPOSITES
Richard Mounien (SAFRAN),
François-Xavier Irisarri
(ONERA), Christian Fagiano
(ONERA), Bastien Tranquart
(SAFRAN), Nicolas Carrère
(ENSTA-BRETAGNE/LBMSBrest)
3107-4 MODELLING OF
COMPRESSION MOULDING
PROCESS CYCLE TIME AND
APPLICATION OF DFMA
CONCEPT TO EVALUATE
THE TOOLING COSTS FOR
CARBON FIBER REINFORCED
THERMOPLASTIC
COMPOSITES T-SHAPE
PARTS
Anh Dung Ngo (Ecole de technologie superieure), Mohamed
EL Wazziki (Ecole de technologie superieure)
3109-4 ASSESSMENT OF
INTERFACIAL ADHESION
BETWEEN CARBON
FIBER AND EPOXY BY
TRANSVERSE FIBER
BUNDLE AND SINGLE FIBER
FRAGMENTATION TESTS
Guocheng Qi (Beihang
University), Jiaxin Liu (Beihang
University), Yalin Yu (Beihang
University), Boming Zhang
(Beihang University), Shanyi
Du (Beihang University)
3110-4 USING A POLYESTER
POWDERCOATING FOR
THE INTERLAMINAR
TOUGHENING OF GLASS/
EPOXY COMPOSITE
LAMINATES
Lode Daelemans (Ghent
University), Sam van der
Heijden (Ghent University),
Ives De Baere (Ghent
University), Hubert Rahier
(Vrije Universiteit Brussel),
Wim Van Paepegem (Ghent
University), Karen De Clerck
(Ghent University)
The simulated compression
moulding process cycle time
and the estimated mould
costs for carbon fiber reinforced thermoplastic composites T-shape parts were
validated
An experimental approach
to characterize the bearing
An investigation into how
behaviour of 3D woven
improving adhesion at the in- composites is presented.
terleaf/CFRP interface affects Experimental setups descripthe mechanical properties of tion and damage and failure
interleaved composites with mechanisms analysis are
controllable stiffness.
carried out.
This work concentrates on
contrasting interfacial normal
strength and interfacial shear
strength results separately
from the transverse fiber
bundle test and fragmentation test.
In this study we will show that
a proper selection of bisphenol A based polyester binder
(FILCO, ATLAC, …) concentration increase the mechanical
properties of GFRP laminates.
Wednesday 22 July · Scientific
Meeting room 5
3111-3 A STUDY
ON GEOMETRICAL
PARAMETERS
INFLUENCING THE
MECHANICAL SPREADING
OF FIBER BUNDLES
Maximilian Tonejc
(Processing of Composits ),
Ewald Fauster (Processing
of Composits), Ralf
Schledjewski (Processing of
Composits)
Meeting room 6
3112-2 WIDEBAND,
FLEXIBLE AND HIGH
PERFORMANCE EMI
SHIELDING THIN FILM
BASED ON GRAPHENENANOTUBE-IRON 3D
NANOSTRUCTURE
Si-Hwa Lee (KAIST), Il-Kwon
Oh (KAIST)
To fully understand the
mechanisms which influence geometrical behaviour
of direct rovings a study on
spreading was carried out,
via rollers causing mechanical deflection.
Meeting room 7
3113-3 THE STUDY
OF HCL PENETRATION
BEHAVIOR INSIDE OF
AN UNSATURATED
POLYESTER RESIN
UNDER TEMPERATURE
GRADIENT TO SIMULATE
THE ACCIDENTAL
ROOF FAILURE OF FRP
OUTDOOR STORAGE
TANK CONTAINING HIGH
CONCENTRATION HCL
SOLUTION
Pradchar Pradyawong
(Tokyo Institute of
Technology), Masatoshi
Kubouchi (Tokyo Institute
of Technology), Saiko
Aoki (Tokyo Institute of
Technology), Tetsuya Sakai
(Nihon University)
M1
3114-3 STIFFNESS
CRITICAL DAMAGE
ENVELOPES FOR
MULTIDIRECTIONAL
COMPOSITE LAMINATES
UNDER MULTIAXIAL
LOADING CONDITIONS
John Montesano (University
of Toronto), Chandra Veer
Singh (University of Toronto)
A study aims to investigate
a roof failure of FRP chemical tank containing high
HCl. Temperature gradient
experiment show significantly affect to the strength
of UP resin , which decrease
about 50%.
3111-4 MECHANICAL
CHARACTERISATION
OF COMPOSITES
WITH 3D-WOVEN
REINFORCEMENT
Tomas Ekermann
(Lightweight Structures),
Stefan Hallström
(Lightweight Structures)
3112-3 SYNTHESIS OF
GRAPHENENANOPLATES
FROM ORGANOCLAY
TEMPLATES AND THEIR
REINFORCEMENT IN
THERMOSET POLYMER
Vijaya Rangari (Tuskegee
University), Emmanuel
Akugre (Tuskegee
University), Shaik Jeelani
(Tuskegee University)
3113-4 MECHANICAL
PROPERTIES OF A HIGH
STRENGTH ALUMINIUM
ALLOY DEVELOPED
THROUGH POWDER
METALLURGY
Hippolyte Queudet (FrenchGerman Research Institute
of Saint-Louis), Sébastien
Lemonnier (French-German
Carbon/epoxy composite
Research Institute of Saintspecimens, with fully
Louis), Elodie Barraud
interlaced 3D-woven rein- In this research we have
(French-German Research
forcement, were tested and successfully synthesized
Institute of Saint-Louis),
the results are presented.
graphene platelets by
Nathalie Allain (Université de
Focus is on the weave arsimple autogenic pressure Lorraine), Thierry Grosdidier
chitecture’s influence on the reaction. The as synthesized (Université de Lorraine),
mechanical properties.
materials is characterized
Eric Gaffet (Université de
using Rama spectrometer
Lorraine)
and X-ray diffraction.
3114-4 MODE I
FRACTURE TOUGHNESS
OF TRANSVERSELY
LOADED LAYERS OF
GFRP’S FABRICATED WITH
DUCTILE MATRICES
Davi Montenegro (Inspire
AG), Francesco Bernasconi
(ETH Zurich), Rafael Libanori
(ETH Zurich), Markus Zogg
(Inspire AG), Paolo Ermanni
(ETH Zurich), André Studart
(ETH Zurich)
M2
3115-3
MICROMECHANICAL
MODELING OF THE
NONLINEAR DEFORMATION
OF LFTS UNDER
CONSIDERATION OF THE
EFFECTS OF INTERFACE
DAMAGE
Sascha Fliegener
(Fraunhofer Institute for
Mechanics of Materials
IWM), Jörg Hohe (Fraunhofer
Institute for Mechanics of
Materials IWM), Benedikt
Haspel (Karlsruhe Institute
of Technology KIT), Kay
André Weidenmann
(Karlsruhe Institute of
Technology KIT)
M5
3118-3 SIMULATION OF
DELAMINATION AND
COLLAPSE OF A FIRE
EXPOSED FRP COMPOSITE
BULKHEAD
Kim Olsson (SP Technical
Research Institute of
Sweden), Johan Sandström
(SP Technical Research
Institute of Sweden), Joakim
Albrektsson (SP Technical
Research Institute of
We developed an analytical Sweden), Johan Anderson
model and a manufacturing (SP Technical Research
technique which allowed us Institute of Sweden)
to promote and control the
formation of large bundle
Finite element simulation
pull-outs during translam- of large scale fire tests
inar fracture of composite
on sandwich composite
The key focus includes
laminates.
bulkheads. TemperatureFiber debonding is evalunderstanding the chemical
degradation induced
uated by fiber pushout
network structure of the
delamination and collapse,
experiments. The results are bulk matrix and the intersimulated in 2D and 3D
fed into a micromechanical phase in PMC and property
and compared to tested
model (RVE) of LFT. Interface evaluation by experiment
behavior.
damage inside the nonwo- and simulation.
ven structure is visualized
by FE-simulation.
3115-4 DAMAGE
BEHAVIOR IN ANGLEPLY CFRP LAMINATES
WITH DIFFERENT PLY
THICKNESS
Nurul Nabihah A Hamid
(Tokyo University of
Science), Shinji Ogihara
(Tokyo University of Science)
Nowadays, CFRP is being
widely used especially
in aircraft industry in
regards to its strength and
In this work we analyze the light-weighted properties.
flexural behavior (0º and
A unidirectional CFRP lami90º) and mode I intralaminar nates has high stiffness and
fracture toughness (90º) of strength in its fib
unidirectional GFRPs fabricated either with an epoxy
or a thermoset polyurethane
resin.
M3
3116-3 CHEMICAL,
MORPHOLOGICAL
AND MECHANICAL
CHARACTERIZATION
OF THE INTERPHASE
OF POLYMER MATRIX
COMPOSITES
Dhriti Nepal (Universal
Technology Corporation),
Allison Echer (Universal
Technology Corporation),
James Moller (Miami
University), Steve Barr
(Universal Technology
Corporation), Rajiv Berry
(Air Force Research Lab),
Timothy Breitzman (Air
Force Research Lab)
3116-4 TUNING
INTERFACE VIA MULTISCALE MODELING FOR
SUPERIOR CARBON
NANOTUBE-POLYMER
NANOCOMPOSITES/
YARNS
Elif Ozden-Yenigun (Istanbul
Technical University), Canan
Atilgan (Sabanci University),
James Elliott (University of
Cambridge)
This study is concerned with
finding an improved route to
achieve superior properties
of carbon nanotube (CNT)reinforced nanocomposites
by designing their interface
using multi-scale modeling.
M4
3117-3 BIO-INSPIRED
MICROSTRUCTURE
DESIGN TO IMPROVE
TRANSLAMINAR
FRACTURE TOUGHNESS OF
THIN-PLY COMPOSITES
Gianmaria Bullegas (Imperial
College London), Silvestre
T. Pinho (Imperial College
London), Soraia Pimenta
(Imperial College London)
3117-4 USE OF
INTERMITTENT
INTERFACES AND
WEAKENED PLIES TO
ACHIEVE PSEUDODUCTILITY IN CARBONEPOXY COMPOSITES
Omar Bacarreza (Imperial
College London), Paul
Robinson (Imperial College
London)
The deliberate introduction
of defects in unidirectional
carbon fibre composites
was studied as a means of
producing a pseudo-ductile
tensile stress-strain behaviour.
3118-4 EFFECT OF DOPOBASED COMPOUND ON
THE FLAMMABILITY AND
MECHANICAL PROPERTIES
OF RAMIE/POLY(LACTIC
ACID) COMPOSITES
Tao Yu (Tongji University),
Yan Li (Tongji University)
Flame retardant ramie
reinforced PLA composites
were prepared loaded with
DOPO-COOH by twin-screw
extruder. DOPO-COOH in the
composites are proved to
be very effective to improve
flame retardancy.
M6
3119-3 UNDERSTANDING
VOLTAGE AND CURRENT
DISTRIBUTION OF COST
EFFECTIVE CARBON
COMPOSITE TEST
SAMPLES FOR AIRCRAFT
LIGHTNING STRIKE TESTS
Giuseppe Mastrolembo
(Cardiff University), A. Manu
Haddad (Cardiff University),
Matthew Cole (Airbus Group
Innovations), Simon Evans
(Airbus Group Innovations)
programme
M7
3120-3 DAMAGE
DETECTION OF COMPOSITE
LAMINATES BASED ON
VIBRATION TESTING
Zheng Li (Peking University),
Kan Feng (Peking University)
M8
3121-3 ARTIFICIAL
HAIR SENSORS
FROM STRUCTURAL
MICROFIBERS AND CNT
ARRAYS FOR EMBEDDED
FLOW SENSING
Keith Slinker (Air Force
A superposed waveform
Research Laboratory),
method (SWM) is proposed Corey Kondash (Air Force
as a fast, easy and universal Research Laboratory),
vibration-based damage
Matthew Maschmann (Air
detection technique of com- Force Research Laboratory),
posite structures, especially Benjamin Severin (Federal
at high frequencies.
Republic of Germany
Current distribution within a
Liaison Office for Defense
laminated CFRP sample with
Material USA/Canada),
a fastener at its center and
Gregory Reich (Air Force
voltage drop between the
Research Laboratory),
current injection point and
Benjamin Dickinson (Air
the grounding system using
Force Research Laboratory),
a parametric simulation
Jeffrey Baur (Air Force
Research Laboratory)
Artificial hair sensors for air
flow detection or structural
monitoring are fabricated
from S2 microfibers and
CNT arrays to transduce
small force or displacement
changes into changes in
resistance.
3120-4 DOUBLE BEAM
SHEAR (DBS) – A
NEW TEST METHOD
FOR DETERMINING
INTERLAMINAR SHEAR
PROPERTIES OF
COMPOSITE LAMINATES
Gang Zhou (Loughborough
University), Pete Nash
(Loughborough University),
Joanne Whitaker
(Loughborough University),
Nicholas Jones (Nicholas
Jones and Associates Ltd)
Loughborough University
has developed a new interlaminar shear test method,
called the Double Beam
Shear, It not only guarantees
ILS failure but also provides
greater ILS strength.
61
Scientific programme · Wednesday 22 July
Congress Hall A
Auditorium 15
3202 Nano Composites 7
11:20 3201 Processing Manufacturing Technology 7
Auditorium 10
3203 ONR Special
Symposium on Marine
Composites 2
Auditorium 11
3204 Fatigue 7
11:20 3201-1 EFFECTS OF
PROCESSING CONDITIONS IN
UNIDIRECTIONAL CARBON
FIBER THERMOPLASTIC
TAPE LAYING
Daiki Tanabe (Osaka university), Kazuaki Nishiyabu (Kinki
university), Tetsusei Kurashiki
(Osaka university)
3203-1 LOW TEMPERATURE
IMPACT OF COMPOSITE
HULL WALL WITH FLOATING
RIGID BODY
Giancarlo Caprino (University
of Naples “Federico II”),
Antonio Langella (University
of Naples “Federico II”),
Valentina Lopresto (University
of Naples “Federico II”)
KEYNOTE
3205-1 FORCED
VIBRATION ANALYSIS
3204-1 MICROSCOPIC
AND OPTIMIZATION OF
DAMAGE EVOLUTION IN OFF- MODERATELY-THICK FIBER
AXIS PLIES UNDER FATIGUE STEERED LAMINATES WITH
LOADING
EMBEDDED GAPS AND
Marino Quaresimin (University OVERLAPS
of Padova), Lucio Maragoni
Abdolhamid Akbarzadeh
(University of Padova), Paolo Shafaroudi (McGill University),
A. Carraro (University of
Mahdi Arian Nik (McGill
In this study, the effects of
Padova)
University), Damiano Pasini
processing parameters for
Experimental activity to
(McGill University)
carbon fiber thermoplastic
This study is concerned
assess the impact behavior
Glass/epoxy laminates were
tape laying using near infra- with structure-property
at room and low temperature tested under fatigue loading Numerical results have
red heater was investigated to relationships in different
of laminates used in the ship- to observe the damage evolu- shown that plates with gaps
predict the optimum process- types of CNTs, in particular
building industry. Impacts of tion in the off-axis plies. The have a higher amplitude of
ing conditions.
investigating both interfacial a hull with a solid body in the first event was the initiation
dynamic deflection and a
and internal stress transfer for water were reproduced.
of sub-micro cracks in the
lower response frequency
CNTs in nanocomposites.
matrix between the fibres.
compared to a defect-free
plate, as opposed to a plate
with overlaps.
11:40 3201-2 FLEXURAL
PERFORMANCE AND
PROCESS CONDITIONS
OF THERMOPLASTIC
COMPOSITE LAMINATES
PROCESSED BY AUTOMATED
TAPE PLACEMENT
Norimichi Nanami (Nagoya
University), Takashi Sato
(Nagoya University), Tadashige
Ikeda (Nagoya University),
Takashi Ishikawa (Nagoya
University)
The feasibility and advantages of in-situ consolidated
thermoplastic laminates are
investigated through experimental and computational
work to assess their flexural
performance.
62
3202-1 INTERFACIAL
AND INTERNAL STRESS
TRANSFER IN CARBON
NANOTUBE BASED
NANOCOMPOSITES
Robert Young (University of
Manchester), Ian Kinloch
(University of Manchester),
Libo Deng (Chinese Academy
of Sciences), Tamer Wafy
(Military Technical College)
Auditorium 12
3205 Structural Analysis
and Optimization 7
3202-2 DEVELOPING
COMPONENT-SCALE
HEIRARCHICAL COMPOSITES
USING PLASMA
FUNCTIONALISED NANOCARBONS
Mark Eaton (Cardiff
University), Wayne Ayre
(Cardiff University), Martin
Williams (Haydale Limited),
Rhys Pullin (Cardiff University),
Samuel Evans (Cardiff
University)
3203-2 EFFECT OF FRIGID
TEMPERATURES ON THE
DYNAMIC PROPERTIES OF
FIBER REINFORCED MARINE
COMPOSITES
Maen Alkhader (Stony Brook
University), Fu-Pen Chiang
(stony brook university)
Fibre reinforced composites,
such as carbon reinforced
vinyl-ester, are increasingly
being considered as practical
structural materials for current and new classes of civilian and military naval craft
3205-2 ROBUST
AEROELASTIC
OPTIMISATION OF
COMPOSITE WINGS
SUBJECT TO MATERIAL
PROPERTY AND
MANUFACTURING
UNCERTAINTY
Carl Scarth (University of
Bristol), Pia Sartor (University
of Bristol), Jonathan Cooper
(University of Bristol), Paul
Weaver (University of Bristol),
Gustavo Silva (Embraer S.A.)
An efficient approach using
adaptive surrogate modelling
techniques is presented for
the robust aeroelastic optimisation of composite plate
wings with manufacturing
uncertainty in the plies.
Meeting room 18
3206 Process Induced
Effects 6
Meeting room 19
3207 Process Modelling 7
Meeting room 20
3208 Biocomposites 6
3206-1 INFLUENCE OF THE
THERMO-MECHANICAL
PROPERTIES ON THE
PREDICTIONS OF THE CUREINDUCED DEFORMATIONS
IN THERMOSET-BASED
COMPOSITE PARTS
Antoine Parmentier (Cenaero),
Benoît Wucher (Cenaero),
David Dumas (Cenaero)
3207-1 PREDICTION OF
AUTOCLAVE CURING
OF AERONAUTICAL
COMPOSITES PARTS AND
OF RESULTING SPRING-IN
THROUGH ESI COMPOSITES
SIMULATION SOLUTION
Laurent Dufort (ESI Group),
Jia Lijie (Shanghai Aircraft
manufacturing ), Liu Weiping
(Shanghai Aircraft manufacturing), Yan Dongxiu (Shanghai
Aircraft manufacturing)
3208-1 OPPORTUNITIES FOR
BIO-BASED COMPOSITES
IN ADVANCED INDUSTRIAL
SECTORS
Maya John (CSIR), Steve
Chapple (CSIR)
The present study aims at
determining the numerical
model complexity in terms
of material properties and
boundary conditions allowing
to predict the cure-induced
spring-in with sufficient
accuracy.
3206-2 SHAPE DISTORTION
ANALYSIS OF A COMPLEX
SHAPED WING SKIN
SECTION
Erik Hörberg (Saab AB), Tonny
Nyman (Saab AB), Thomas
Hellström (Saab AB), Mats
Rudlund (Saab AB), Jonas
Bohlin (Saab AB), Rolf Berg
(Saab AB)
Prediction of autoclave
curing of SAMC aeronautical composites parts and
resulting spring-in through
ESI Composites Simulation
Solution (funding from BPI
Fr N°A1207028 Q & ISTCP
N°2013DFG52420)
3207-2 3D THERMOMECHANICAL MODEL
BASED SIMULATION
OF THE WELDING OF
THERMOPLASTIC
COMPOSITE TAPE USING
AUTOMATED TAPE LAYING
(ATL) PROCESS
Yann Duplessis Kergomard
(ESI GROUP), Britto Satheesh
(Montanuniversität Leoben),
Laurent Dufort (ESI
GROUP), Ralf Schledjewski
(Montanuniversität Leoben)
In the Clean Sky programme
Saab has developed a cocured fully integrated carbon
fibre upper wing-cover. This
paper covers the shape
This paper presents the
distortion analysis and tooling works done in the STELLAR
technology used.
project about the 3D thermo-mechanical model based
simulation of the welding of
thermoplastic composite tape
using Automated Tape Laying
process.
Meeting room 17
3209 Interfaces and
Interphases 7
3209-1 EFFECTS OF
THERMAL HISTORIES ON
CARBON FIBER/POLYAMIDE
6 MICROCOMPOSITE LOAD
TRANSFER EFFICIENCY:
MEASUREMENT, INTERFACE,
CRYSTALLIZATION AND
The presentation highlights
MODULUS
recent research at the Council Hongfu Li (Beihang
for Scientific and Industrial
University), Boming Zhang
Research (CSIR), South Africa (Beihang University), Yang
on bio-composites for adWang (Beihang University)
vanced industrial applications.
Load transfer efficiencies of
single carbon fiber reinforced
PA 6 microcomposites with
different cooling rates and
annealing treatments were
measured by electrical resistance method.
Meeting room 16
3210 Damage Tolerance of
Composite Structures 2
KEYNOTE
3210-1 CONSTITUTIVE
MODELING AND
EXPERIMENTAL
CHARACTERIZATION OF
THE NON-LINEAR STRESSSTRAIN BEHAVIOR OF
UNIDIRECTIONAL CARBONEPOXY UNDER HIGH STRAIN
RATES
Matthias Vogler (Leibniz
University Hannover),
Hannes Koerber (Technical
University of Munich), Peter
Kuhn (Technical University
of Munich), Raimund Rolfes
(Leibniz University Hannover),
Pedro Camanho (University
of Porto)
The mechanical response of
IM7-8552 carbon epoxy was
investigated and simulated
for transverse tension and
transverse tension / in-plane
shear loadings at static and
dynamic strain rates.
3208-2 MECHANICAL
PERFORMACE OF NCC-FOAM
Peter Mannberg (Swerea
SICOMP AB), Birgitha Nyström
(Swerea SICOMP AB), Fredrik
Ahlqvist (Swerea SICOMP AB)
3209-2 PATTERNED
GLASS FIBER SURFACES
- ROUTE TO INTERFACE
MODIFICATION?
Seethalakshmi Chandramouli
(Katholieke University Leuven),
Mengshi Liu (Katholieke
A newly developed self-asUniversity Leuven), Grim
sembling technique for
Keulemans (Katholieke
crystalline nano cellulose into University Leuven), Frederik
foam gives opportunities to
Ceyssens (Katholieke
tailor properties to a comUniversity Leuven), Larissa
petitive material against fos- Gorbatikh (Katholieke
sil-based oil based foam.
University Leuven), David
Seveno (Katholieke University
Leuven)
The work reports results related to the surface modification
of glass fibers, by formation of
line-space patterns composed
of hydrophilic and hydrophobic functional sequences
along the fiber length.
Wednesday 22 July · Scientific
Meeting room 5
3211 Textile-Based
Composites and Fibre
Architecture 7
Meeting room 6
Meeting room 7
3212 Graphene, Graphene- 3213 Matrix Materials 2
Based Composites 7
M1
3214 Fracture
and Damage Micromechanics 6
M2
3215 Models
Homogenization – Micro
to Macro 2
3211-1 RATE-DEPENDENT
BEHAVIOR OF ARAMID
FIBERS COATED WITH
SHEAR THICKENING
FLUIDS
Sungjin Han (Seoul national
university), Wonjin Na
(Seoul national university),
Hyunchul Ahn (Seoul national university), Woong-Ryeol
Yu (Seoul national university)
3212-1 MELT PROCESSING
AND PROPERTIES OF
POLYAMIDE 6/GRAPHENE
NANOPLATELET
COMPOSITES
Beatriz Mayoral (Queen’s
University), Eileen HarkinJones (University of Ulster),
Noorunnisa Khanam
(Qatar University), Mariam
Alali Al Maadeed (Doha),
Mabrouk Ouederni (Qatar
Petrochemical Company),
Andrew Hamilton (Queen’s
University), Dan Sun
(Queen’s University)
3214-1 COMPUTATIONAL
MICROMECHANICS
APPLIED TO POLYMER
MATRIX COMPOSITES:
FIBER-DEPENDENT
PROPERTIES
Fernando Naya (IMDEA
Materials), Miguel Monclús
(IMDEA Materials), Carlos
González (Polytechnic
University of MadridETSCCP), Jon M. MolinaAldareguia (IMDEA
Materials), Claudio Lopes
(IMDEA Materials)
3215-1 STRENGTH
PREDICTION FOR TEXTILE
COMPOSITES USING
ARTIFICIAL NEURAL
NETWORK, PRINCIPLE
COMPONENT ANALYSIS
AND UNIT CELLS
Qing Pan (University of
Nottingham), Elena Sitnikova
(University of Nottingham ),
Shuguang Li (University of
Nottingham)
3213-1 MECHANICAL
PERFORMANCE OF NOVEL
HIGH TG POLYIMIDE
MATRIX CARBON FIBREREINFORCED LAMINATES
Spyros Anastasios Tsampas
(Swerea SICOMP AB), Patrik
Sven Fernberg (Swerea
SICOMP AB), Roberts
Joffe (Luleå University of
Technology)
In this study, the shear
stress of STF-coated single
aramid fiber was evaluated
by single fiber pull-out
test. The rate-dependent
behavior can be ascribed to Processing and characthe STF effects at microsterization (morphological,
cale level.
thermal, mechanical and
electrical properties) of
Polyamide 6 (PA6)/graphite nanoplatelets (GNPs)
composites prepared by
melt-mixing extrusion.
Mechanical properties of
a newly developed carbon
fiber/polyimide composite
T650/NEXIMID® MHT-R
with exceptionally high Tg
(~370-420°C) are evaluated
and compared with other
commercial materials.
3211-2 THE EFFECT OF
PREFORMING QUALITY
ON THE PERMEABILITY
OF NON-CRIMP FABRICS
AND THE MECHANICAL
PROPERTIES OF THEIR
COMPOSITES
Long Li (Beihang University),
Yan Zhao (Beihang
University), Xiaoran Zhao
(Beihang University), Shitai
Liu (Beihang University),
Gang Liu (AVIC Composites
Center), Jianwen Bao (AVIC
Composites Center)
3213-2 SYNTHESIS AND
CHARACTERIZATION
OF CONDUCTIVE CFRP
& GFRP USING PANIBASED ELECTRICALLY
CONDUCTIVE THERMOSET
POLYMER MATRIX
Vipin Kumar (The University
of Tokyo), Tomohiro Yokozeki
(The University of Tokyo), T.
Goto (Yamagata University),
Tatsuhiro Takahashi
(Yamagata University)
3212-2 COMPRESSION
BEHAVIOUR OF GRAPHENE
FLAKES OF VARIOUS
THICKNESSES EMBEDDED
IN POLYMER MATRICES
Charalampos Androulidakis
(ICEHT/FORTH), Georgia
Tsoukleri (ICEHT/FORTH),
Emmanuel Koukaras
(ICEHT/FORTH), Dimitris
Sfyris (ICEHT/FORTH), John
Parthenios (ICEHT/FORTH),
Konstantinos Papagelis
(ICEHT/FORTH), Costas
Galiotis (ICEHT/FORTH)
In the present work,
PANI-based electrically
Shear deformation, permea- COMPRESSION BEHAVIOUR conductive matrix used to
bility of the non-crimp fabric OF GRAPHENE FLAKES OF prepare conductive therand mechanical behavior
VARIOUS THICKNESSES
mosetting FRP composites.
of the composites are inEMBEDDED IN POLYMER
The conducting component
vestigated, after draping
MATRICES by J. Parthenios, of the matrix is polyaniline,
the reinforcements on a
C. Androulidakis, E. N.
protonated with DBSA.
hemisphere.
Koukaras, G. Tsoukleri, D
Sfyris, K. Papagelis and C
Galiotis
A coupled experimental-computational micromechanical framework
has been developed to
determine longitudinal
mechanical properties of a
fiber-reinforced composite
lamina.
3214-2 INFLUENCE OF
MOLDING OPERATION
TIMES ON MECHANICAL
PROPERTIES OF THE
COMPOSITES PREPARED
BY HAND LAY-UP METHOD
Masakazu Migaki (Kyoto),
Tetsuo Kikuchi (Kyoto
Institute of Technology),
Hiroyuki Hamada (Kyoto
Institute of Technology)
Fiber reinforced plastic
(FRP) has been referred to
a composite material which
has been impregnated fiber-reinforcement with curing
resin as the base material.
FRP is used as an alternative replacemen
M4
M5
3217 Ductile and Pseudo- 3218 Fire Resistance 2
ductile Composites 3
M6
3219 Applications Aerospace 6
M7
3220 New Structural
Testing Methods 2
3216-1 MULTI-SCALE
MECHANICAL ANALYSIS OF
INTERFACE DELAMINATION
IN HIGH-TOUGHNESS
METAL-ELASTOMER
INTERFACES
Johan Hoefnagels
(Eindhoven University of
Technology), Jan Neggers
(Eindhoven University of
Technology), Olaf Sluis van
der (Eindhoven University
of Technology), Marc Geers
Unit cell and Artificial Neural (Eindhoven University of
Network has been employed Technology)
to represent the damage
initiation and evolution of
3D textile composites under
varies loading conditions
from micro to macro scale
level.
3217-1 ANALYTICAL
MODELLING OF PSEUDODUCTILITY IN ANGLE-PLY
CFRP LAMINATES WITH
CENTRAL UNIDIRECTIONAL
PLIES
Jonathan Fuller (University
of Bristol), Meisam
Jalalvand (University of
Bristol), Michael R. Wisnom
(University of Bristol)
3219-1 MODELLING
ACOUSTIC EMISSION
EVENTS IN CARBON
FIBRE LAMINATES FOR
DAMAGE DETECTION AND
IDENTIFICATION UNDER
STATIC AND CYCLIC
LOADS
Luiz Kawashita (University
of Bristol), Mark Eaton
(Cardiff University), Carol
Featherston (Cardiff
University)
3220-1 TEMPERATURE
CONTROLLED HEATED
3-POINT BENDING
SET-UP FOR ELEVATED
TEMPERATURES
Rudi Velthuis (ABB
Switzerland - Corporate
Research), Jan Van
Loon (ABB Switzerland
- Corporate Research),
Udo Lang (HSLU-Lucerne
University of Applied
Sciences and Arts)
3215-2 EFFECT OF
INTERFACIAL SHEAR
STRENGTH ON
MECHANICAL PROPERTY
OF 4D CARBON/CARBON
COMPOSITES
Yingqiang Liao (Xi’an aerospace composites research
institute)
3217-2 NECKING
BEHAVIOUR OF FLATTENED
TUBULAR BRAIDED
COMPOSITES
Mayank Gautam (University
of Manchester), Prasad
Potluri (University of
Manchester), Stephen Ogin
(University of Surrey)
average stiffness increases
when interfacial shear
strength increases , and
axial elastic modulus is
essentially in accord with
experiment test result
when the interfacial shear
strength is 10.0MPa.
M3
3216 Fracture and
Damage - Delamination 6
3216-2 BRIDGE EFFECTS
OF Z-PIN ON DAMAGE
EVOLUTION OF Z-PIN
REINFORCED COMPOSITE
T-JOINT: EXPERIMENT AND
SIMULATION
Yu E Ma (Northwestern
Poltechnical University),
Rong Hua Du (School of
Aeronautics), Pan Fu Xu
(Northwestern Polytechnical
University)
A new analytical method
is developed and subsequently used to predict the
pseudo-ductile, metal-like
stress-strain responses
of thin ply CFRP angle-ply
laminates with a central
zero ply.
3218-1 FIRE STRUCTURAL
PERFORMANCE OF FLAX
FIBRE REINFORCED
LAMINATES
Tanmay Bhat (RMIT
University), Venkata Chevali
(RMIT University), Adrian
Mouritz (RMIT University)
The fire structural performance of a flax reinforced
polymer matrix composite
is experimentally assessed
in this paper. Strength loss
mechanisms in flax fibres
at high temperatures are
investigated.
3218-2
CHARACTERISATION OF
COMPOSITE MATERIAL
BEHAVIOUR UNDER
MECHANICAL LOADING
AND FIRE EXPOSURE
Abdelkibir BENELFELLAH
(Institut Pprime UPR 3346 –
CNRS – ENSMA – Université
de Poitiers), Thi Hai Yen
The paper presents a cohe- QUACH (Institut Pprime UPR
sive study of effect of braid 3346 – CNRS – ENSMA
angle, effect of tow bound- – Université de Poitiers),
Both unpinned and z-pinned ary conditions and effect
Damien HALM (Institut
composite T-joints were
of axial tow insertion upon Pprime UPR 3346 – CNRS
tested under tension load- mechanical performance
– ENSMA – Université de
ing. The ultimate strength
of flattened tubular braided Poitiers), Thomas ROGAUME
and displacements were
composites.
(Institut Pprime UPR
measured, and failure
3346 – CNRS – ENSMA –
modes were analyzed.
Université de Poitiers), Denis
BERTHEAU (Institut Pprime
UPR 3346 – CNRS – ENSMA
– Université de Poitiers)
programme
M8
3221 Multifunctional
Composites - Adaptive
Response and
Reconfiguration 1
3221-1 ACTIVE
COMPOSITES AND 4D
PRINTING
Kai Yu (Georgia Institute
of Technology), Yiqi Mao
(Georgia Institute of
Technology), Martin Dunn
(Singapore University of
Design and Technology), H.
Jerry Qi (Georgia Institute of
Technology)
We present the paradigm of
printed active composites
Techniques for scale-up
The paper shows the design and 4D printing where the
of hierarchical composite
and construction of a heat- shape of a printed 3D object
manufacture are presented. able 3-point bending set-up can change upon external
Including plasma function- in order to enable faster and stimuli, thus offering one
alization of MWCNT and
more accurate determina- additional dimension, time.
graphene and liquid infusion tion of flexural properties at
of stiffened panels up to 0.9 elevates temperatures (to
x 0.55m in size.
210 °C).
3219-2 FULL-FIELD
THROUGH-TRANSMISSION
ULTRASONIC WAVE
PROPAGATION IMAGING
FOR NONDESTRUCTIVE
COMPOSITE INSPECTION
Seung-Chan Hong (LANLCBNU Engineering Institute
Korea), Jung-Ryul Lee
(Korea Advanced Institute of
Science and Technology)
3220-2 CRITICAL STRAIN
DETERMINATION BASED
ON THE EULER-FRESNEL
JIG
Sotiris Koussios (Delft
University of Technology),
Katrin Tazelaar
(Composites), Bert Rozen
(Catholic University
of Leuven ), Adriaan
Beukers (Delft University
of Technology), Rene
In this study, full-field pulse- Alderliesten (Delft University
echo ultrasonic wave prop- of Technology)
agation imaging (UWPI) for
nondestructive composite
In this paper we present a
inspection visualizes the de- novel method for the deterfects induced in composite mination of critical strain
structures.
on composite strip-formed
specimens. The definition
“critical strain” reflects
here on the strain level at
which the fi
3221-2 MATERIALS WITH
VARIABLE STIFFNESS
Angelika Bachinger (Swerea
SICOMP AB), Peter Hellström
(Swerea SICOMP AB), Erik
Marklund (Swerea SICOMP
AB), Gaurav Vyas (Swerea
SICOMP AB), Leif E. Asp
(Swerea SICOMP AB)
Different stiffness-modifiable composite materials
were evaluated regarding
their mechanical and
thermal properties as well
as their feasibility for traffic
safety applications.
Hydrogen is expected to
be valuable energy carrier
for the future. To exploit its
benefits, a study of thermal
degradation property and
influence of a fire on residual mechanical behavior is
proposed.
63
Scientific programme · Wednesday 22 July
Congress Hall A
12:00 3201-3 EFFECTS OF LAYUP
ON THE LASER ASSISTED
FIBER PLACEMENT
PROCESS
Thijs Kok (University of
Twente), Remko Akkerman
(University of Twente), Laurent
Warnet (University of Twente),
Wouter Grouve (TPRC)
Auditorium 15
3202-3 INFLUENCE OF
CARBON NANOTUBES ON
HEATING EFFICIENCY OF THE
AU NANOPARTICLES SMALL
HEAT SOURCE
Rongguo Wang (Harbin
Institute of Technology ),
Chengqin Dai (Harbin Institute
of Technology ), Lifeng Hao
(Harbin Institute of Technology
The interlaminar bond
), Qi Wang (Harbin Institute of
strength of laser assisted fiber Technology ), Zhenxing Cao
placement produced lami(Harbin Institute of Technology
nates is tested. The effects of ), Ping Peng (Harbin Institute
laser power and ply orienta- of Technology ), Dongyao
tion on fracture toughness are Wang (Harbin Institute of
assessed.
Technology ), Wenbo Liu
(Harbin Institute of Technology
), Weicheng Jiao (Harbin
Institute of Technology ),
Fan Yang (Harbin Institute of
Technology )
We studied the thephotothermal effect of the AuNP in a
polymer composites by finite
element simulation. Primary
research the influence of CNT
added to Near the AuNP on
temperature distribution.
3202-4 IMPROVING
12:20 3201-4 EFFICIENT
POST-MACHINING AND
TOUGHNESS AND
AUTOMATED REPAIR
ELECTRICAL CONDUCTIVITY
PREPARATION USING
OF EPOXY ADHESIVE
ADAPTIVE MACHINING
COMPOSITE JOINTS
TECHNOLOGY
USING ALIGNED CARBON
Claus Bremer (BCT GmbH)
NANOFIBRES
Chun Wang (Sir Lawrence
During FRP manufacturing
Wackett Aerospace Research
and repair, deviations of
Centre-RMIT University), Raj
composite components from Ladani (Sir Lawrence Wackett
nominal shape play a decisive Aerospace Research Centrerole. Adaptive machining
RMIT University), Shuying
demonstrates great potential Wu (Sir Lawrence Wackett
for improved efficiency and
Aerospace Research Centrequality.
RMIT University), Kamran
Ghorbani (RMIT University),
Adrian Mouritz (Sir Lawrence
Wackett Aerospace Research
Centre-RMIT University),
Anthony Kinloch (Imperial
College)
Auditorium 10
3203-3 MIXED-MODE
DEBOND FRACTURE
CHARACTERIZATION OF
FOAM CORE SANDWICH
COMPOSITES UNDER
ARCTIC LOW TEMPERATURE
CONDITIONS
Arash Farshidi (Technical
University of Denmark),
Christian Berggreen (Technical
University of Denmark)
Mixed-mode I/II fracture
characterization of low temperature fracture properties
for typical naval foam core
sandwich composites has
been carried out using the
mixed mode bending (MMB)
test fixtrure.
The paper focuses on a
new method to evaluate the
fatigue strength of thick unidirectional laminates to be applied in spar caps. Therefore,
a width-tapered bending
specimen was developed
and tested.
3204-3 EFFECT OF HIGH
TEMPERATURE ON THE
FATIGUE LIFE OF A PLAIN
WEAVE CFRP LAMINATE
UNDER TENSION-TENSION
LOADING
Martin Cardonne (École de
Technologie Supérieure (ÉTS)),
Mohamed Khay (École de
Technologie Supérieure (ÉTS)),
Pierre-Luc Vachon (École
de Technologie Supérieure
(ÉTS)), Martine Dubé (École de
Technologie Supérieure (ÉTS)),
Anh Dung Ngô (École de
Technologie Supérieure (ÉTS))
Auditorium 12
3205-3 MULTI-MATERIALS
SELECTION USING GENETIC
ALGORITHM
Baracchini Paul (CNRS-I2MUMR 5295), Guillebaud Claire
(Univ. Bordeaux-I2M-UMR
5295), Kromm Francois-Xavier
(Univ. Bordeaux-I2M-UMR
5295), Wargnier Hervé (Univ.
Bordeaux-I2M-UMR 5295)
The aim of this study is to
propose a multi-material
design method allowing a
simultaneous selection of
architectures and materials
using genetic algorithm.
3205-4 STRUCTURAL
DESIGN AND STRENGTH
ANALYSIS OF THE NEW
TANK-CONTAINER
WITH COMPOSITE TANK
FOR MULTIMODAL
TRANSPORTATIONS
OF CHEMICALLY
AGGRESSIVE FLUIDS AND
PETROCHEMICAL PRODUCTS
I. Sergeichev (Skoltech),
A. Ushakov (Skoltech), A.
Safonov (Skoltech), B. Fedulov
(Skoltech), W. Brouwer
This paper presents exper(Lightweight Structures B.V.),
imental results from cyclic
M. Timofeev (ApATeCh Co),
crack propagation tests
Yu. Klenin (ApATeCh Co), A.
performed on sandwich spec- In this study, the experimental Fedorenko (Skoltech)
imens with glass/epoxy face characterization of the effect
sheets and PVC foam cores
of a high temperature on
A complete cycle of design,
using the G-control method. the delamination onset of a
manufacturing and finite eleplain weave CFRP laminate is ment strength analysis of the
presented.
tank-container with fiberglass
Aligning carbon nanofillers by
composite tank for multimodexternal electric or magnetic
al transportation of chemically
field can dramatically improve
aggressive fluids and pe
the mechanical and electric
properties of epoxy nanocomposites.
64
3203-4 MIXEDMODE G-CONTROL
DEBOND FATIGUE
CHARACTERIZATION OF
SANDWICH COMPOSITES
WITH PVC FOAM CORES
Marcello Manca (DTU
- Technical University
of Denmark), Christian
Berggreen (DTU - Technical
University of Denmark), Leif
A. Carlsson (FAU - Florida
Atlantic University)
Auditorium 11
3204-2 FATIGUE LIFE
EVALUATION OF SPAR CAP
MATERIALS BY FOUR POINT
BENDING TEST ON WIDTHTAPERED SPECIMENS
Volker Trappe (BAM Federal
Institute for Materials research and Testing), Ricardo
Basan (Siemens)
Meeting room 18
3206-3 MODELING OF
MESO-SCALE VOID
FORMATION IN AN
ARBITRARY RESIN
IMPREGNATION ANGLE OF
VARTM
Masaki Naito (Tokyo University
of Science), Ryosuke
Matsuzaki (Tokyo University
of Science), Daigo Seto (Tokyo
Institute of Technology), Akira
Todoroki (Tokyo Institute of
Technology)
Meeting room 19
3207-3 NUMERICAL STUDY
OF THE INFLUENCE ON
THE MAX TEMPERATURE
INSIDE THE RESIN MATRIX
COMPOSITES WITH
DIFFERENT THICKNESS
DURING THE EXOTHERMIC
CURING PROCESS
Fei Sun (Huazhong University
of Science and Technology),
Dunming Liao (Huazhong
University of Science and
Technology), Yongzhen Jia
(Huazhong University of
For the inhibition of the forScience and Technology), Liu
mation of void, we evaluated Cao (Huazhong University of
the void formation during
Science and Technology), Tao
VaRTM experiments. Based
Chen (Huazhong University of
on the experiments, analytical Science and Technology)
model developed for predicting the void fraction.
Some numerical simulations
for resin matrix composites
are conducted. The temperature and degree of cure fields
are obtained. The max temperature during the exothermic curing is discussed.
3206-4 POROSITY CONTROL
BY PROCESS PARAMETERS
Cédric PUPIN (École
Polytechnique), Annie ROSS
(École Polytechnique),
Edu RUIZ (Formerly ERFT
Composites), Martine
DAUCHIER (HERAKLES),
Nicolas VERNET (SAFRAN
Composites), Bruno
DAMBRINE (SNECMA SAFRAN
Group)
A resol phenolic resin
was investigated by TGA.
Injection process parameters
were chosen based on the
results. The appearance
of defects were observed
directly through the RTM mold
window.
3207-4 BENDING OF
FIBRE-REINFORCED
THERMOPLASTIC TUBES
Jan Böcking (University
of Siegen), Bernd Engel
(University of Siegen)
Meeting room 20
3208-3 WHAT DOES
NANOCELLULOSE DO
TO THE PROPERTIES OF
THERMOPLASTIC NATURAL
FIBRE COMPOSITES?
Marta Fortea Verdejo (Institute
of Materials Chemistry
and Research-Faculty of
Chemistry), Elias Bumbaris
(Institute of Materials
Chemistry and ResearchFaculty of Chemistry), KoonYang Lee (Imperial College
London), Alexander Bismarck
(Imperial College London)
Meeting room 17
3209-3 SURFACE
PROPERTIES OF CARBON
FIBERS: IMPACT ON
THE MECHANICAL
PERFORMANCE OF SHORT
FIBER REINFORCED
POLYPROPYLENE
COMPOSITES
Christoph Unterweger
(Kompetenzzentrum Holz
GmbH (Wood K plus)), Jiri
Duchoslav (Johannes Kepler
University (JKU) Linz),
David Stifter (Johannes
Kepler University (JKU)
Linz), Christian Fürst
Bacterial cellulose was shown (Kompetenzzentrum Holz
to improve the tensile propGmbH (Wood K plus))
erties of PLA/flax composites
by acting as a melt support
Impact of carbon fiber surface
for PLA. The effect of nanocel- properties and coupling agent
lulose on PP/flax composites content on the mechanical
was also investigated.
performance of short carbon
fiber reinforced polypropylene
composites
3208-4 NANOFIBRE
COMPOSITES FROM
CAPRINE BIOMASS
Nurul Ain Mohd Kamal
(Imperial College London),
Koon-Yang Lee (Imperial
College London), Alexander
A bending process for endless Bismarck (University of
fibre reinforced thermoplastic Vienna)
tubes is presented. Heating
tests are performed and used The demand of milk, meat
for validation of a thermal FE and other livestock products
analysis. Bending tests are
increases every year due to
performed and analysed.
population growth, urbanization and increasing income in
developing countries. This results in a significant increase
3209-4 A 3D MULTISCALE
COHESIVE ZONE MODEL
ACCOUNTING FOR
FRICTION, DAMAGE AND
INTERLOCKING
Marco Albarella (Universita’
degli studi del Sannio),
Roberto Serpieri (Universita’
degli studi del Sannio), Giulio
Alfano (Brunel University), Elio
Sacco (Università di Cassino e
del Lazio Meridionale)
Meeting room 16
3210-2 STATIC AND IMPACT
TESTING OF COMPOSITE
FAN BLADE LEADING
EDGE SUBCOMPONENT
DEMONSTRATING IMPROVED
DAMAGE TOLERANCE
THROUGH THERMOPLASTIC
POLYURETHANE INTERLEAVE
Sandi Miller (NASA Glenn
Research Center), Gary
Roberts (NASA Glenn
Research Center), Lee
Kohlman (NASA Glenn
Research Center), Paula
Heimann (Ohio Aerospace
Institute), Michael Pereira
(NASA Glenn Research
Center), Charles Ruggeri
(NASA Glenn Research
Center), Richard Martin
(Cleveland State University)
The intent of this paper is to
evaluate the influence of a
thermoplastic polyurethane
veil interleave on the static
and dynamic performance of
composite test articles.
3210-3 MODELLING THE
MECHANICAL PROPERTIES
OF WRINKLED COMPOSITES
FROM NDT DATA
Ningbo Xie (University
of Bristol), Robert Smith
(University of Bristol), Supratik
Mukhopadhyay (University
of Bristol), Stephen Hallett
(University of Bristol)
This paper introduced the
process that FE models were
This paper presents the latest created to investigate the
advances in the development mechanical performance of
of CZMs that are able to
wrinkled composites, based
account for damage, friction on the NDT data obtained
and interlocking, including in from 3D-characterisation
particular their extension to a techniques.
general 3D case.
Wednesday 22 July · Scientific
Meeting room 5
3211-3 OLU-PREG®
TEXTILE-BASED
THERMOPLASTIC NCFCOMPOSITES
Stefanie Schindler
(Technische Universität
Chemnitz), Frank Helbig
(Technische Universität
Chemnitz), Mike Scheika
(SKM – Schwergewebe
Konfektion Moers GmbH)
Meeting room 6
3212-3 OPTIMISATION OF
THE IN-SITU EXFOLIATION/
DISPERSION PROCESSING
PARAMETERS
OF GRAPHENE
NANOPLATELETS IN
EPOXY FOR ENHANCED
MECHANICAL AND
ELECTRICAL PROPERTIES
Yan Li (Queen Mary
University of London),
Han Zhang (Queen Mary
The OLU-Preg® technology University of London),
offers lightweight materials Emiliano Bilotti (Queen
for large series production Mary University of London),
that meet demands for
Oliver Picot (Queen Mary
structural variability, freeUniversity of London), Ton
dom of design, process
Peijs (Queen Mary University
compatibility - reproducible of London)
and recyclable.
Meeting room 7
3213-3 IMPROVED
MANUFACTURING METHOD
OF P-DCPD USING W, MO
OR RU TYPE CATALYSTS IN
AIR CONDITION
Joung-Man Park
(Gyeongsang National
University), Zuo-Jia Wang
(Gyeongsang National
University), Dong-Jun Kwon
(Gyeongsang National
University), Pyeong-Su
Shin (Gyeongsang National
University), Jin-Yeong Choi
(Gyeongsang National
University), Jung-Chan Ha
(Doha industry Co.-LTD.),
Gyu-Sang Jeong (Doha industry Co.-LTD.), Lawrence
DeVries (Doha industry
Co.-LTD.)
M2
3215-3 GENERATION
OF VIRTUAL FIBER
ARCHITECTURES IN
STONE WOOL USING A
MODIFIED FORCE-BIASED
ALGORITHM
Lucie Chapelle (Rockwool
International A/S), Povl
Brøndsted (Technical
University of Denmark),
Yukihiro Kusano (Technical
University of Denmark),
Mathilde R. Foldschack
(Rockwool International A/S)
M3
3216-3 EFFICIENT FINITE
ELEMENT MODELLING
OF Z-PIN REINFORCED
COMPOSITES USING THE
BINARY MODEL
Matthew Blacklock (RMIT
University), Mathew Joosten
(RMIT University), Adrian
Mouritz (RMIT University)
M4
3217-3 MODELLING THE
NON-LINEAR MECHANCIAL
BEHAVIOUR OF TRIAXIAL
BRAIDED COMPOSITES
Tobias Wehrkamp-Richter
(Technische Universität
München), Silvestre T.
Pinho (Imperial College
London), Roland Hinterhölzl
(Technische Universität
München)
M5
3218-3 FIRE PROTECTED
CARBON FIBER
REINFORCED PLASTICS
FOR STRUCTURAL
AIRCRAFT COMPONENTS
Imke Roese-Koerner (DLR
German Aerospace Center),
Benjamin Schuh (DLR
German Aerospace Center),
Jens Bachmann (DLR
German Aerospace Center),
Peter Wierach (DLR German
Aerospace Center)
M6
3219-3 MECHANICAL
TESTING AND FINITE
ELEMENT ANALYSIS OF
LATTICE STRUCTURE
FUSELAGE PROTOTYPE
Amirhossein Hajdaei
(Element Materials
Technology), Vladimir
Matěják (Element Materials
Technology), Stefanos
Giannis (Element Materials
Technology)
M7
3220-3 DEVELOPMENT OF
A TESTING METHOD FOR
VIBRATION FATIGUE AT
RESONANCE
Fabrizio Magi (University
of Bristol), Dario Di Maio
(University of Bristol),
Ibrahim Sever (Rolls Royce)
3215-4 SEMI-ANALYTIC
SOLUTION OF NONREGULARIZED UNFOLDING
STRESSES IN COMPOSITE
BEAMS EMPLOYING A
SERIES APPROXIMATION
BASED ON LEGENDRE
POLYNOMIALS
Juan Manuel GonzálezThe work proposes a non
Cantero (FIDAMC), Enrique
local damage model and a Graciani (Universidad de
numerical scheme for the
Sevilla), Federico París
analysis of the debonding
(Universidad de Sevilla),
process of quasi-brittle
Bernardo López-Romano
adhesives subjected to uni- (FIDAMC), Daniel MeizosoThe investigation aims at
lateral contact and friction Latova (Airbus)
the development of thereffects.
moplastic PPS-PESU blends
Semi-analytic solution of
with properties comparable
non-regularized unfolding
to PEEK. The focus is set on
stresses in composite
the improvement of thermo
beams employing a series
mechanical properties and
approximation in the
chem. resistance.
displacements based on
Legendre polynomials and
higher-order moments
3216-4 MODE I, MODE II
AND FIXED RATIO MIXED I/
II FATIGUE DELAMINATION
OF DIFFERENT CARBON
FIBER REINFORCED
COMPOSITE LAMINATES
Steffen Stelzer
(Montanuniversitaet
Leoben), Andreas
Brunner (EMPA-Swiss
Federal Laboratories for
Materials Science and
Technology), Gerald Pinter
(Montanuniversitaet Leoben)
3217-4 ENERGY
DISSIPATION IN WEBFLANGE JUNCTIONS OF
PULTRUDED GFRP DECKS
Sonia Yanes (Ecole
Polytechnique Fédérale
de Lausanne (EPFL)),
Julia de Castro (Ecole
Polytechnique Fédérale de
Lausanne (EPFL)), Thomas
Keller (Ecole Polytechnique
Fédérale de Lausanne
(EPFL))
3218-4 HIGH
TEMPERATURE
BEHAVIOR OF PPSBASED COMPOSITES
FOR AERONAUTICAL
APPLICATIONS: INFLUENCE
OF FIRE EXPOSURE
ON TENSILE AND
COMPRESSIVE BEHAVIORS
Aurélien PETIT (Institut
National des Sciences
Appliquées de Rouen),
Benoit VIEILLE (Institut
National des Sciences
Appliquées de Rouen), Alexis
COPPALLE (Institut National
des Sciences Appliquées
de Rouen), Fabrice BARBE
(Institut National des
Sciences Appliquées de
Rouen)
3219-4 ANISOGRID
LATTICE STRUCTURE
FOR AN INNOVATIVE
COMPOSITE USV
FUSELAGE
Giovanni Totaro (CIRAItalian Aerospace Research
Center), Felice De Nicola
(CIRA-Italian Aerospace
Research Center)
3220-4 INVESTIGATION
OF FRACTURE
BEHAVIOR OF CARBON
FIBER REINFORCED
THERMOPLASTICS BY
3-POINT BENDING IMPACT
TEST
Fumiaki Yano (Shimadzu
Corporation), Wataru
Nagatsuka (The University
of Tokyo), Tsuyoshi Matsuo
(The University of Tokyo)
The DCPD fabricated in air
condition possibly, the best
parameters were with 15
psi at 80 °C until 12 hours
exposure time. However, it
is good to fabricate as soon
as possible.
3211-4 IMPROVING
AND MODELLING
THE ELECTRICAL
CONDUCTIVITY OF NCFREINFORCED CFRP
Johannes Rehbein (German
Aerospace Center (DLR))
3212-4 GRAPHENEBASED POLYMER
NANOCOMPOSITES:
THE EFFECT OF FILLER
ORIENTATION AND
DISTRIBUTION ON
THE ELECTRICAL AND
MECHANICAL PROPERTIES
Silver coated knitting yarn Giovanni Santagiuliana
is used in NCF textiles. The (Queen Mary University
z-conductivity of CFRP lam- of London), Luca Rubini
inates produced from these (University of Trento),
textiles is up to 100-times Olivier T. Picot (Queen
higher than in laminates
Mary University of London),
with non-conductive yarn. Ettore Barbieri (Queen
Mary University of London),
Nicola M. Pugno (Queen
Mary University of London),
Emiliano Bilotti (Queen Mary
University of London), Ton
Peijs (Queen Mary University
of London)
3213-4 DEVELOPMENT
OF COST EFFECTIVE
THERMOPLASTIC
COMPOSITES FOR
ADVANCED AIRFRAME
STRURCTURES
Tim Krooß (Institut für
Verbundwerkstoffe GmbH),
Martin Gurka (Institut für
Verbundwerkstoffe GmbH),
Viktor Dück (Institut für
Verbundwerkstoffe GmbH),
Ulf Breuer (Institut für
Verbundwerkstoffe GmbH)
M1
3214-3 ON THE STRENGTH
OF COMPOSITES WITH
HETEROGENEOUS
REINFORCEMENT
Rostislav Rypl (Brno
University of Technology),
Rostislav Chudoba (RWTH
Aachen University), Miroslav
Vořechovský (Brno University
of Technology)
programme
M8
3221-3 ACTIVE
AERODYNAMIC
COMPONENTS
FOR AUTOMOTIVE
APPLICATIONS – FRP
REAR SPOILER WITH
INTEGRATED SMA
ACTUATION
Moritz Hübler (Institute
A testing methodology for
for Composite Materials),
This study investigates the
characterizing the fatigue
Sebastian Nissle (Institute
The contribution describes
feasibility of the compubehaviour of composite
for Composite Materials),
a semi-analytical probatationally efficient binary
A framework for predicting
components under resonant Martin Gurka (Institute
bilistic multiscale model
model for textile composites the non-linear response of
A scaled down prototype
conditions is described. A
for Composite Materials),
of the tensile response of
in predicting the mode
highly compacted triaxial
Investigation on hybrid
of a CFRP lattice fuselage
temperature based critical Ulf Breuer (Institute for
unidirectional brittle-matrix A numerical model for the
I fracture toughness of
braids with meso FE contin- carbon fibre reinforced
section was tested under
event is defined as the fail- Composite Materials)
composites with heteroge- generation of the fibers
z-pin reinforced composite uum unit cells is proposed. plastics materials for struc- pure bending (30 kN.m)
ure criterion.
neous reinforcement and its architectures is presented
laminates.
Nesting effects,delaminatural aircraft components by to evaluate its mechanical
This contribution focuses on
validation.
here. Non-overlapping fibers
tion,damage and plasticity incorporated flame protec- response and validate the
the application potential of
with complex shapes and
are investigated
tion layers and powdered
developed FE models via the
active fiber reinforced polcontrolled orientation and
additives.
recorded strains.
ymer (FRP) structures with
bending are achieved in
integrated shape memory
this work.
alloy (SMA) elements for
new aerodynamic functions.
3214-4 A NON LOCAL
DAMAGE MODEL FOR
ADHESIVE INTERFACES
Marcelo Krajnc Alves
(Universidade Federal de
Santa Catarina), David Roza
José (Universidade Federal
de Santa Catarina)
Monotonic and cyclic mixed
mode I/II delamination tests
of IM7/977-2 and AS4/8552
were carried out. Fatigue
results are analyzed with a
modified Hartman-Schijve
approach for threshold
estimation.
The energy dissipation
capacity resulting from
progressive cracking of
the web-flange junctions
of a pultruded GFRP deck
system was experimentally investigated through
web-cantilever experiments.
An approach to the optimal
design of complex double
curvature anisogrid lattice
structures for the cold fuselage of an unmanned space
reentry vehicle (USV) being
developed at CIRA.
3221-4 SHAPE MEMORY
BEHAVIOURS OF CARBON
FIBRE REINFORCED
POLYURETHANE
COMPOSITES
Xinying Cheng (The
University of Sydney), Lin Ye
(The University of Sydney)
The mechanical properties
and shape memory recovery
behaviours of carbon fibre
reinforced shape memory
In this study, we performed polyurethanes were studied
3-point bending impact test and compared with pure
of two kinds of carbon fiber polyurethanes.
reinforced thermoplastic
composites (CFRTP) and
evaluated strain-rate and
temperature-dependent
characteristics.
Fire exposure influence on
the high-temperature residual tensile and compressive
behaviors of CFRP has been
investigated. It is more
detrimental to compressive
properties than to tensile
ones
65
Scientific programme · Wednesday 22 July
Congress Hall A
12:40 3201-5 BONDED REPAIR OF
COMPOSITE STRUCTURES
Aris Khechen (Laval university), Marie-Laure Dano (Laval
university), Augustin Gakwaya
(Laval university), Chun Li
(National Research Council
Canada)
Auditorium 15
3202-5 DISBOND
MONITORING OF COMPOSITE
ADHESIVE JOINTS WITH DC
RESISTANCE TECHNIQUE
UTILIZING ALIGNED CARBON
NANOFIBRE NETWORK
Raj Ladani (Sir Lawrence
Wackett Aerospace Research
Centre-RMIT University),
This study focuses on testing Shuying Wu (Sir Lawrence
and modeling of bonded
Wackett Aerospace Research
scarf-stepped composite joint Centre-RMIT University),
under tensile loading. Effects Adrian Mouritz (Sir Lawrence
of temperature and scarf an- Wackett Aerospace Research
gle on the bonded repair per- Centre-RMIT University),
formance were investigated. Anthony Kinloch (Imperial
College), Kamran Ghorbani
(RMIT University), Chun
Wang (Sir Lawrence Wackett
Aerospace Research CentreRMIT University)
This paper focuses on the
ability of carbon nanofibre
(CNF) networks for in-situ
monitoring of fatigue induced
disbond damage in carbon
fibre adhesive bonded joints.
13:00 Lunch in the Exhibition
3302 Nano Composites 8
14:00 3301 Processing Manufacturing Technology 8
14:00 3301-1 MICROHOLE
MACHINING ON PRECISION
CFRP COMPONENTS USING
ELECTRICAL DISCHARGING
MACHINING
Soo-Hyun Park (Yonsei
University), Gyuho Kim (Yonsei
university), Byung-Kwon Min
(Yonsei University), Seok-Woo
Lee (KITECH), Tae-Gon Kim
(KITECH)
Micro-EDM drilling of microhole with CFRP has been
studied. Effects of the electrical discharging machining
parameters on tool wear ratio
and machining quality were
investigated.
66
3302-1 STRENGTHENING
BEHAVIOR OF FEW-LAYERED
GRAPHENE/ALUMINUM
COMPOSITES
Seeun Shin (Yonsei
University), Donghyun Bae
(Yonsei University)
Strengthening behaviour
of composite containing
discontinuous reinforcement
is strongly related with load
transfer at the reinforcement–
matrix interface. Few-layer
graphene (FLG) as a reinforcing agen
Auditorium 10
3203-5 SHAPE MEMORY
COMPOSITE SANDWICH
WITH SELF-HEALING
PROPERTIES FOR MARINE
APPLICATIONS
Loredana Santo (University of
Rome “Tor Vergata”), Fabrizio
Quadrini (University of Rome
“Tor Vergata”)
Meeting room 18
Meeting room 19
3206-5 NOVEL METHODS
OF ASSESSING INTER-PLY
PROPERTIES OF TOUGHENED
PREPREGS IN APPLICATION
TO THE ANALYSIS OF FIBRE
PATH DEFECTS
Dmitry Ivanov (University of
Bristol), Julien Volatier (ECOLE
A higher-order theory is used NATIONALE SUPERIEURE
to tailor the full 3D stress field DE MECANIQUE ET
In this study, the feasibility
within laminated beams by
D’AEROTECHNIQUE), Jonathan
of the production of a shape
using variable stiffness plies. Belnoue (University of Bristol),
memory composite (SMC)
An optimisation scheme is
Stephen Hallett (University
sandwich with self-healing
This paper presents an exper- then used to minimise the
of Bristol), Kevin Potter
properties for marine applica- imental study on the damage chance of delaminations.
(University of Bristol)
tions is discussed.
tolerance of stepped and
ply-drop tapered skin doubler
The paper discusses a new
repairs when subjected to
experimental technique for
fatigue loading.
measuring interply adhesion
properties of uncured prepregs. The advantages include
high resolution and a natural
assessment of defect modes.
Meeting room 20
Meeting room 17
3208-5 EFFECT OF
THROUGH-THE-THICKNESS
STITCHING AND FIBER
ARCHITECTURE ON THE
INTERLAMINAR AND IMPACT
FRACTURE PROPERTIES OF
FLAX/EPOXY LAMINATES
M. Ravandi (National
University of Singapore), W.
S. Teo (Singapore Institute of
Manufacturing Technology),
M. S. Yong (Singapore Institute
of Manufacturing Technology),
T. E. Tay (National University of
Singapore)
3303 ONR Special
Symposium on Marine
Composites 3
3304 Fatigue 8
3305 Structural Analysis
and Optimization 8
3306 Process Induced
Effects 7
3307 Process Modelling 8
3308 Biocomposites 7
3303-1 MOISTURE
DIFFUSION UNDER
PRESSURE IN COMPOSITES
Corentin Humeau (Ifremer),
Peter Davies (Ifremer),
Frédéric Jacquemin (GeM)
3304-1 FATIGUE CRACK
PROPAGATION MECHANISMS
OF CORE-SHELL RUBBER
MODIFIED EPOXY RESINS
Satoshi Matsuda (University
of Hyogo), Yoshio Furukawa
(Kaneka Corporation), Hajime
Kishi (University of Hyogo)
3305-1 DAMAGE
PREDICTION DUE TO
SIMULTANEOUS MULTIPLE
IMPACTS IN COMPOSITES
USING PERIDYNAMICS
Erdogan Madenci (University
of Arizona), Atila Barut
(University of Arizona), Nam
Phan (Naval Air Systems
Command (NAVAIR)-Patuxent
River-MD 20670 )
3306-1 A STUDY OF
PROCESS INDUCED VOIDS
IN RESISTANCE WELDING
OF THERMOPLASTIC
COMPOSITES
Huajie Shi (Delft University of
Technology), Irene Fernandez
Villegas (Delft University
of Technology), Harald
Bersee (Delft University of
Technology)
3307-1 EFFECTS
OF DISORDERED
TOUGHENING PARTICLES
ON UNIDIRECTIONAL
FIBER REINFORCEMENT
PERMEABILITY
Timothy Luchini (Michigan
State University), Alfred Loos
(Michigan State University),
Stephen Sommerlot (Michigan
State University )
The study focuses on the
influence of hydrostatic
pressure on water uptake in
composites, and reaveals an
influence of the microstructure on water diffusion under
pressure.
Auditorium 11
3204-4 FATIGUE TEST ON
SKIN DOUBLER SPECIMENS
WITH STEPPED AND PLYDROP TAPERED DOUBLERS
Chao Wu (Monash
University), Andrew Gunnion
(2Cooperative Research
Centre for Advanced
Composite Structures Ltd.),
Bernard Chen (Monash
University), Wenyi Yan
(Monash University)
Auditorium 12
3205-5 LOCAL FULL-FIELD
STRESS TAILORING IN
VARIABLE STIFFNESS
BEAMS
Rainer M J Groh (University
of Bristol), Paul M Weaver
(University of Bristol)
The influences of throughthe-thickness stitching on the
in-plane tensile properties,
delamination growth as well
as impact energy absorption
behavior were experimentally
studied.
3308-1 LIFE CYCLE
ASSESSMENT OF
HIGH PERFORMANCE
NANOCELLULOSEREINFORCED ADVANCED
FIBRE COMPOSITES
Martin Hervy (University
College London), Sara
Evangelisti (University College
Effect of core-shell rubber
London), Paola Lettieri
particles on the fatigue
(University College London),
threshold of the epoxy
Koon-Yang Lee (University
composite depended on the
This study demonstrates the The mechanisms of void
Investigations into the effects College London)
molecular weight between
application of peridynamics
formation in welding of woven of particles and fibers on
crosslinks of the epoxy matrix. to predict damage initiation
fabric reinforced thermoplas- micro-scale permeability.
In the work, the environmental
and progression in composite tic composites were investi- Particle and fiber volume frac- impacts of bacterial cellulose
laminates subjected to simul- gated. The void fraction, void tions are varied to see their
(BC)- and nanofibrillated celtaneous multiple impacts.
distribution and strategies for effects on steady state, single lulose (NFC)-reinforced epoxy
void reduction were studied. phase, permeability.
composites were evaluated
using life cycle assessment
(LCA).
Meeting room 16
3210-4 A FINITE ELEMENT
STUDY ON THE EFFECTS
OF TOUGHNESS AND
PERMANENT OUT-OF-PLANE
DEFORMATION ON POSTIMPACT COMPRESSIVE
STRENGTH
Daniel Bull (University of
Southampton), Mark Spearing
(University of Southampton),
Ian Sinclair (University of
Southampton)
Finite element models were
used to study the role of the
undamaged cone, extent
of permanent indentation
and toughness on residual
compressive strength. Models
included delamination growth
using VCCT.
3309 Recycling of
Composites and
Sustainability 1
3310 Damage Tolerance of
Composite Structures 3
3309-1 COMPRESSION
FAILURE MODES OF CARBON
FIBRE FABRIC SCRAPS EPOXY LAMINATES
Carlos V. Opelt (ITA Technological Institute of
Aeronautics), Christiane S.
R. Souza (ITA - Technological
Institute of Aeronautics), José
M. F. Marlet (EMBRAER S.A.),
Geraldo M. Cândido (UNIFESP
- Federal University of São
Paulo), Mirabel C. Rezende
(UNIFESP - Federal University
of São Paulo)
3310-1 EVALUATING
THE STRUCTURAL
PERFORMANCE OF
MAGNESIUM OXIDE
(MGO) BOARD FOR
IMPLEMENTATION IN THE
CONSTRUCTION INDUSTRY
Haider Al Abadi (La Trobe
University)
This paper investigates
the bending capacity of
Magnesium Oxide boards
in composite with Fibre
Reinforced Polymers component as an attempt for
Uncured prepreg scraps from the development of portable
the production waste were
bushfire shelters.
used to fabricate laminates.
The compression test specimens showed shear and
interlaminar failure modes,
in addition to a mixed mode
of failure.
Wednesday 22 July · Scientific
Meeting room 5
Meeting room 6
Meeting room 7
3213-5 INTERFACIAL
ADHESION AND
MECHANICAL PROPERTIES
OF THERMOPLASTIC
ACRYLIC POLYMER
MATRIX CARBON FIBER
REINFORCED COMPOSITES
Hajime Kishi (University
of Hyogo), Nozomu Nakao
(University of Hyogo), Shiho
Kuwashiro (University of
Hyogo), Satoshi Matsuda
(University of Hyogo)
M1
M2
3214-5 HIERARCHICAL
SIMULATION OF
STRENGTH AND DAMAGE
ACCUMULATION IN FIBREREINFORCED COMPOSITES
UNDER LONGITUDINAL
TENSION
Marco Nicolo Coccon
(Imperial College London),
Soraia Pimenta (Imperial
College London), Ugo
Galvanetto (University of
Padova)
Several functional acrylic
monomers were co-polymerized with the MMA. HEAA
copolymer improved the
interfacial adhesion to CFs,
which gave the two-fold
flexural strength on the
acrylic CFRTP.
We model the composite as
a “bundle of sub-bundles”
(grouping fibres 2-by-2 up
to 7-by-7) and run MonteCarlo analyses based on
fibre-strength distribution
and matrix shear-lag near
fibre breaks
3312 Graphene, Graphene- 3313 Matrix Materials 3
Based Composites 8
3314 Fracture and
Damage - Materials
Scale 2
3315 Models
Homogenization – Micro
to Macro 3
3311-1 SYMMETRIES
AND MATERIAL
CHARACTERISATION
Shuguang Li (University of
Nottingham)
3312-1 DIRECT
OBSERVATION OF
GRAPHENE OXIDE
CONFORMATION AND
POLYMER RADIUS OF
GYRATION WITHIN
NANOCOMPOSITES:
A SCATTERING AND
RHEOLOGICAL STUDY.
Stephen Boothroyd (Durham
University), David Johnson
(Durham University), Mike
Weir (Sheffield University),
Nigel Clarke (Sheffield
University), Richard
Thompson (Durham
University), Karl Coleman
(Durham University)
3314-1 DETERMINATION
OF THE THROUGHTHICKNESS STRENGTH
PROPERTIES TO PREDICT
THE FAILURE OF THICKWALLED COMPOSITE LUGS
Marco Hoffmann (Airbus
Group Innovations), Kristian
Zimmermann (Airbus
Group Innovations), Peter
Middendorf (Universität
Stuttgart)
3315-1 DISTORTIONAL
DEFORMATION OF
MATRIX IN OPEN-HOLE
TENSION COMPOSITES:
EXPERIMENTAL
INVESTIGATION
Don Lee (Toray Composites
(America)), Kenichi
Yoshioka (Toray Composites
(America))
Rotations are found to have
the same effect as reflections for material characterization. A 3D 4-axial braid is
orthotropic, and so is a twill
weave but the principal axes
are not aligned with fibres.
Our paper studies composites of graphene oxide (GO)
and polystyrene (PS), looking at the dispersion and
The impact behaviour of
stability of the GO within the composites based on a
polymer during processing. thermoplastic matrix (PEN)
and different reinforcing
fibres (carbon, basalt and
polymeric fibres) has been
investigated and results
have been compared.
M5
We simulate the determination of cohesive laws by
a J-integral approach for
materials having non-linear
stress-strain behavior by
the use of a DCB sandwich
specimen loaded with pure
bending moments.
M6
M7
3219-5 AN INTEGRATIVE
ANALYSIS OF SPACE
TELESCOPE COMPOSITE
STRUCTURES
Jae-Hung Han (KAIST), JaeSan Yoon (KAIST)
Measurement method for
the thermal and out-gassing
deformation of the composite and data-based integrated analysis are proposed
for the preliminary design
phase of space telescope
composite structures
M8
3221-5 DOUBLE NEGATIVE
CHARACTERISTICS
OF METACOMPOSITES
COMPRISED OF
FERROMAGNETIC
MICROWIRES AND
POLYMER-BASED
COMPOSITES
Yang Luo (University
of Bristol), Faxiang Qin
(National Institute for
Materials Science), Fabrizio
Scarpa (University of Bristol),
Mihail Ipatov (Universidad
del Pais Vasco), Arkady
Zhukov (Universidad del
Pais Vasco), Jorge Carbonell
(Universitat Politècnica de
Valencia), Hua-Xin Peng
(Zhejiang University)
Conventional metamaterials
are structures and their
manufacturing costs are
rather high. We design and
fabricate a composite metamaterial with multifunctional
properties via an engineering strategy.
3311 Textile-Based
Composites and Fibre
Architecture 8
3313-1 POLY(ETHYLENE
2,6-NAPHTHALATE) (PEN)
AS THERMOPLASTIC
MATRIX FOR HIGH
PERFORMANCE WOVEN
COMPOSITES.
Davi de Vasconcellos
(Institute for PolymersComposites and
Biomaterials - CNR), Luigi
Sorrentino (Institute for
Polymers-Composites
and Biomaterials - CNR),
Marco d’Auria (Institute
for Polymers-Composites
and Biomaterials - CNR),
Salvatore Iannace (Institute
for Polymers-Composites
and Biomaterials - CNR),
Fabrizio Sarasini (Università
di Roma “La Sapienza”)
M3
M4
3216-5 THE APPLICATION
OF J INTEGRAL TO
MEASURE COHESIVE
LAWS IN MATERIALS
UNDERGOING LARGE
SCALE YIELDING
Bent F. Sørensen (DTU Wind
Energy), Stergios Goutianos
(DTU Wind Energy)
programme
3316 Nanocomposites for
Structural Lightweight Modelling and Testing 2
3316-1 A MOLECULAR
DYNAMICS STUDY
ON THE STRAIN RATE
DEPENDENCE FOR
ELASTO-PLASTIC
RESPONSE OF
CROSSLINKED EPOXY
Hyungbum Park (Seoul
National University),
Byungjo Kim (Seoul National
University), Hyunseong Shin
The present work was per- (Seoul National University),
formed to demonstrate the Joonmyung Choi (Seoul
A new specimen geomprocess of homogenization/ National University),
etry to determine the
dehomogenization between Seunghwa Yang (Dong-A
through-thickness tensile
micro- and macro-scale
University), Manyoung
strength of composites is
models and to employ the
Lee (Agency for Defense
presented. The determined Onset Theory in the assess- Development), Euigyung
strength is validated by DCB ment of OHT tests.
Jeong (Agency for Defense
and unfolding tests in comDevelopment), Maenghyo
bination with FEA.
Cho (Seoul National
University)
3317 Ductile and Pseudo- 3318 Fire Resistance 3
ductile Composites 4
3319 Applications - Civil
Engineering 1
3320 New Structural
Testing Methods 3
3317-1 PSEUDO-DUCTILE
CARBON/EPOXY HYBRID
COMPOSITES
Gergely Czel (Budapest
University of Technology
and Economics), Meisam
Jalalvand (University of
Bristol), Michael Wisnom
(University of Bristol)
3319-1 MODELLING OF
STEEL-FRP SINGLE-LAP
JOINTS UNDER FREEZETHAW CYCLING
Ankit Agarwal (University
of New South Wales), Ehab
Hamed (University of New
South Wales), Stephen J
Foster (University of New
South Wales)
3320-1 MECHANICAL
TESTING OF ADHESIVELY
JOINED SANDWICH
STRUCTURES
Malte Mund (Technische
Universität Braunschweig),
Michael Griese (Technische
Universität Braunschweig ),
Fabian Fischer (Technische
Universität Braunschweig),
Klaus Dilger (Technische
Universität Braunschweig)
3318-1 POLYFURFURYL
ALCOHOL THERMOSETS
RESINS IN FIRE RESISTANT
COMPOSITE APPLICATIONS
Pietro Di Modica (Newcastle
University), Geoff Gibson
(Newcastle University),
Geroge Kotsikos (Newcastle
University), Hans Hoydonckx
(TransFurans Chemicals
UD interlayer hybrids made bvba), Marco Monti
of different grades of carbon (Proplast), Ivan Sanchez
fibres were studied. The
(Gaiker), Jens Bachmann
best configuration showed (DLR)
pseudo-ductile failure and
1% strain margin between The presentation will feathe first fracture and final
ture results coming from
failure.
FIRERESIST project where
Polyfuryl alcohol resins
were investigated for there
use in fire proof composite
applications.
Impact of freeze-thaw cycles on steel-FRP lap-joints
is examined numerically,
and it has been found that
the interfacial stresses in
the adhesive layer increase
with increase in the number
of cycles.
3321 Multifunctional
Composites - Adaptive
Response and
Reconfiguration 2
3321-1 MODELING
OF LOW-FREQUENCY
BROAD-BAND VIBRATION
MITIGATION USING ZIGZAG INSERTS AND AN
E-DAMPING CONCEPT.
Katherine Reichl (University
of Michigan), Daniel Inman
(University of Michigan)
This research examines a
multifunctional composite
metastructure designed to
Test methods for adhesively provide broadband vibration
joined sandwich structures suppression without inare presented and evaluated creasing the overall weight
concerning their ability to
of the structure.
determine the strength of
the joint and the influences
of joining parameters.
Deformation mechanisms of
epoxy polymer was investigated using well-defined
molecular dynamics simulations, considering crosslink
density and strain rates
dependency.
67
Scientific programme · Wednesday 22 July
Congress Hall A
14:20 3301-2 ALUMINUM/
CUBIC BORON NITRIDE
FUNCTIONALLY GRADED
GRINDING WHEEL FOR
DRILLING CFRP FABRICATED
BY THE CENTRIFUGAL
MIXED-POWDER METHOD
Yoshimi Watanabe (Nagoya
Institute of Technology), Yuta
Suzuki (Nagoya Institute
of Technology), Hisashi
Sato (Nagoya Institute of
Technology)
Auditorium 15
3302-2 MECHANICAL
PROPERTIES OF CARBON
NANOMATERIALS
BASED MACROSCOPIC
ARCHITECTURES
Luqi Liu (National Center
for Nanoscience and
Technology-CHINA), Zhaohe
Dai (National Center for
Nanoscience and TechnologyCHINA), Jun Kuang (National
Center for Nanoscience and
Technology-CHINA), Zhong
Zhang (National Center for
Nanoscience and TechnologyCHINA)
Auditorium 10
3303-2 EFFECTS OF
HUMIDITY ON THE
FRACTURE BEHAVIOR
OF POLYMERIC MATRIX
MATERIAL UNDER DYNAMIC
LOADING
Orlando Delpino Gonzales
(University of Southern
California), Veronica Eliasson
(University of Southern
California)
The effects of water sorption
on the dynamic fracture of
Al matrix cubic boron nitride
notched polymeric matrix
(cBN) particles dispersed
materials were examined.
functionally graded grinding
The materials used were vinyl
wheels for the gyro-driving
To utilize individual carbon
ester resin and poly-methyl
grinding wheel system have nanomaterials excellent prop- methacrylate (PMMA).
been fabricated by the centrif- erties at macroscopic level,
ugal mixed-powder method. graphene based paper and
CNT based sponge are fabricated, and their mechanical
properties are investigated.
3302-3 IMPROVEMENT OF
3303-3 INFLUENCE OF
14:40 3301-3 BEHAVIOUR
OF THERMOPLASTIC
INTERLAMINAR FRACTURE WATER ABSORPTION ON
COMPOSITES WITH HOLES
TOUGHNESS IN CARBON
LONG-TERM STRENGTHS IN
MACHINED USING A
FIBRE/EPOXY COMPOSITES VARIOUS DIRECTIONS OF
THERMALLY-ASSISTED
WITH CARBON NANOTUBES/ UNIDIRECTIONAL CFRP FOR
PIERCING PROCESS
POLYSULFONE (CNTS/PSF) MARINE USE
Nicholas Brown (TWI Ltd.),
INTERLEAVES
Yasushi Miyano (Kanazawa
Chris Worrall (TWI Ltd.), Steve Nan Zheng (The University
Institute of Technology),
Ogin (University of Surrey),
of Sydney), Jiefeng Gao
Masayuki Nakada (Kanazawa
Paul Smith (University of
(The University of Sydney),
Institute of Technology)
Surrey)
Hong-Yuan Liu (The
University of Sydney), Yudong The influence of water
Results are discussed that
Huang (Harbin Institute of
absorption on the long-term
show the possible strength
Technology), Yiu-Wing Mai
strengths in various directions
improvement of CF/PEEK
(The University of Sydney)
of unidirectional CFRP for
specimens with holes
marine use which consists of
machined using a Thermally- A vacuum filtration method
vinylester resin as a matrix
Assisted Piercing process as was used to fabricate carbon was cleared.
opposed to a drilling process. nanotube/polysulfone (CNT/
PSF) paper as an interleaf
to improve the interlaminar
fracture toughness of CF/EP
composite laminates.
68
Auditorium 11
3304-2 SIMULATION
METHODS FOR HIGHCYCLE FATIGUE-DRIVEN
DELAMINATION USING
COHESIVE ZONE MODELS –
FUNDAMENTAL BEHAVIOR
AND BENCHMARK STUDIES
Brian Bak (Aalborg University),
Esben Lindgaard (Aalborg
University), Erik Lund (Aalborg
University)
A novel CZM based method
for simulating fatigue-driven
delamination under cyclic
loading and new benchmark
studies with four other
comparable methods are
presented.
3304-3 MODELLING FATIGUE
CRACK INITIATION IN
COMPOSITE LAMINATES IN
THE PRESENCE OF MICROSIZED VOIDS
Lucio Maragoni (University of
Padova), Paolo Andrea Carraro
(University of Padova), Marino
Quaresimin (University of
Padova)
Auditorium 12
3305-2 DESIGN OF A
CARBON FIBER REINFORCED
PLASTIC SHAFT FOR A HIGH
SPEED FLYWHEEL ROTOR
Stefan Hartl (Vienna University
of Technology), Alexander
Schulz (Vienna University
of Technology), Manfred
Kaltenbacher (Vienna
University of Technology)
A new flywheel rotor design
containing a CFRP hollow
shaft with a hoop wound inertia mass is optimized using
FE method, manufactured
and validated using a laser
scanning vibrometer.
3305-3 POSTBUCKLING OF
PRE-PRESSURE–LOADED
COMPOSITE LAMINATED
CYLINDRICAL PANELS
RESTING ON ELASTIC
FOUNDATIONS SUBJECTED
TO AXIAL COMPRESSION IN
THERMAL ENVIRONMENTS
Hai Wang (Shanghai Jiao
Tong University), Hui-Shen
Shen (Shanghai Jiao Tong
University)
Meeting room 18
3306-2 SIMULATION AND
VERIFICATION OF CUREINDUCED DEFORMATION
FOR INTEGRATED
COMPOSITE STRUCTURES
Kai Liu (Beihang University),
Jinrui Ye (Beihang University),
Boming Zhang (Beihang
University), Lijie Jia (Shanghai
Aircraft Manufacuring Co)
A multi-level simulation
method for cure process of
composite integrated structure was developed to simplify calculation and improve
accuracy of prediction.
3306-3 CHARACTERIZING,
MODELING, AND VALIDATING
THE PROCESSING OF OUTOF-AUTOCLAVE ORGANIC
MATRIX COMPOSITES AS A
FUNCTION OF CURE CYCLE
Tara Storage (Materials and
Manufacturing Directorate),
Brent L. Volk (Materials and
Manufacturing Directorate),
C.w. Lee (University of Dayton
The influence of micro-sized
Research Institute), Ray
voids on crack initiation and
Coomer (University of Dayton
evolution under fatigue is
A postbuckling analysis is
Research Institute), Robert
studied, and a model based
presented for shear-deforma- Brockman (University of
on a RVE is proposed to pre- ble laminated cylindrical pan- Dayton Research Institute)
dict crack initiation in absence els resting on elastic foundaand presence of voids.
tions subjected to combined Experimental (angle bracket
uniform lateral pressure and spring-in) and computacompressive edge loads.
tional (mechanical, unit cell
composite, and constituent
property model) efforts toward
predicting the processing of
OMCs are presented.
Meeting room 19
3307-2 MEASUREMENT AND
NUMERICAL ANALYSIS OF
THROUGH-THICKNESS RESIN
FLOW AND HEAT TRANSFER
DURING OOA PROCESSING
OF THICK-SECTION WIND OR
TIDAL TURBINE BLADES
James Maguire (University
College Cork), Conchúr Ó
Brádaigh (University College
Cork)
Resin characterisation
of powder-epoxy for the
numerical modelling of
through-thickness resin flow
during OOA processing of
thick-section wind or tidal
turbine blades.
3307-3 A COSSERAT
CONTINUUM MODEL FOR
PREDICTING THE ONSET
OF WRINKLES DURING THE
PROCESSING OF COMPOSITE
LAMINATES
Richard Butler (University of
Bath), Tim Dodwell (University
of Bath), Samuel Erland
(University of Bath)
A Cosserat continuum for
uncured composite laminates
is presented, demonstrating
application to layer-wise
mechanics on the macroscale.
Effective modelling of wrinkle
defects is highlighted.
Meeting room 20
3308-2 IMPROVING THE
MECHANICAL PROPERTIES
OF WOOD-PLASTICS
COMPOSITES BY PARTICLE
SURFACE TREATMENT IN
SOLUTION
Ambre Verdaguer (Université
Laval), Denis Rodrigue
(Université Laval)
Meeting room 17
3309-2 FUTURE DIRECTIONS
IN THE RECYCLING OF
COMPOSITE MATERIALS
Geraldine Oliveux (University
of Birmingham), Luke Dandy
(University of Birmingham),
Gary Leeke (University of
Birmingham), Jean-Luc
Bailleul (Laboratoire de
Thermocinetique de Nantes)
Wood-plastic composites
were prepared by dry-blending of linear medium density
polyethylene and maple wood
flour with and without a surface treatment. The samples
were produced by compression molding.
Different technologies based
on solvolysis were applied
to degrade epoxy resins. The
carbon fibres recovered after
the most efficient solvolysis
treatment were then reused in
a new material.
3308-3 ENVIRONMENTAL
RESISTANCE OF FLAX/
BIO-BASED EPOXY AND
FLAX/POLYURETHANE
COMPOSITES
MANUFACTURED BY RESIN
TRANSFER MOULDING
Nils Cuinat-Guerraz (McGill
Univeristy), Pascal Hubert
(McGill Univeristy), MarieJosée Dumont (McGill
Univeristy)
3309-3 STUDY ON
RECYCLING OF CARBON
FIBRE THERMOPLASTIC
PREPREG WASTE
Kawashima Masaya (Doshisha
University), Tanaka Tatsuya
(Doshisha University ), Arao
Yoshihiko (Doshisha University
), Okuyama kento (Doshisha
University), Ishikawa Takeshi
(MITSUBISHI RAYON), Tomioka
Masao (MITSUBISHI RAYON)
This study compares the
evolution of the physical
properties two biocomposites
aged at 90%RH and 30°C: (1)
a flax/bio-based epoxy and (2)
a flax/polyurethane.
We propose the recycling
method of prepreg wastes
and characterize the recycled
material. Furthermore, the
recycled material were investigated the potency.
Meeting room 16
3310-2 INFLUENCE OF
STRUCTURAL STITCHING
ON COMPOSITE T-JOINT
STRENGTH
Michael Magin (Institute
for Composite Materials),
Nicole Motsch (Institute for
Composite Materials)
Structural stitching of CFRPT-joints containing glass
fiber gusset fillers showed
improvements of the failure
resistance of this design
commonly used in aerospace
design.
3310-3 3D FLOATING NODE
METHOD FOR MODELLING
PROGRESSIVE DAMAGE
Bo-Yang Chen (National
University of Singapore), TongEarn Tay (National University
of Singapore), Silvestre Pinho
(Imperial College London),
Nelson Carvalho (National
Institute of Aerospace),
Pedro Baiz (Imperial College
London), Vincent Tan (National
University of Singapore)
This paper develops a 3D
Floating Node Method to
model explicitly the matrix
crack, delamination and their
intersection, such that the
matrix crack/delamination
interaction can be captured
accurately.
Wednesday 22 July · Scientific
Meeting room 5
3311-2 CUTTING
STRATEGIES OF LONG
FIBER PATCH PREFORMS
FOR STRUCTURES
WITH COMPLEX FIBER
ARCHITECTURE
Bernhard Horn (Technische
Universität München),
Christoph Ebel (Technische
Universität München), Klaus
Drechsler (Technische
Universität München)
Load path optimized layup
design using fiber patches
requires special patch
shapes to avoid gaps and
overlaps. A study on the
influence of different patch
geometries on mechanical
properties is shown.
3311-3 INFLUENCE OF
TEST RIG CONFIGURATION
AND EVALUATION
ALGORITHMS ON OPTICAL
2D PERMEABILITY
MEASUREMENT: A
BENCHMARK EXERCISE
David Christian Berg
(Clausthal University
of Technology), Ewald
Fauster (Montanuniversität
Leoben), Harald Grössing
(Montanuniversität Leoben),
Dieter Meiners (Clausthal
University of Technology),
Ralf Schledjewski
(Montanuniversität
Leoben), Gerhard Ziegmann
(Clausthal University of
Technology)
This study investigates the
influence of experimental
setup as well as evaluation
algorithms on radial-flow
permeability experiments by
benchmarking the tests rigs
of the involved institutions.
Meeting room 6
3312-2 FRACTURE
MECHANICS SIMULATIONS
OF GRAPHENE
COMPOSITES USING A 3D
MESHFREE HIERARCHICAL
MODEL
Lucas Brely (università di torino), Federico Bosia (università di torino), Nicola pugno
(University of Trento)
M1
3314-2 AN INVESTIGATION
OF IN-PLANE
PERFORMANCE OF ULTRAHIGH MOLECULAR WEIGHT
POLYETHYLENE FIBRE
COMPOSITES
Mark Hazzard (University
of Bristol), Paul Curtis
(University of Bristol),
Lorenzo Iannucci (Imperial
College London), Stephen
Here, we develop a multiHallett (University of Bristol),
scale numerical model to
Richard Trask (University
simulate the mechanisms
Preparation method of micro of Bristol)
involved in damage progres- scale epoxy fiber specimen
sion and energy dissipation for tensile test was develIn-plane mechanical properat different size scales in
oped to evaluate matrix res- ties of Ultra-High Molecular
hierarchical graphene nano- in mechanical properties at Weight Polyethylene fibre
composites.
length scales representative Dyneema® composites,
of matrix resin in CFRP.
typically used for impact applications, were investigated
at low strain rates.
M2
3315-2
CHARACTERISATION
OF MICRO-SCALE
MECHANICAL BEHAVIOUR
OF COMPOSITES USING
STOCHASTIC BOUNDARY
VALUE PROBLEM
SOLUTIONS
Mikhail Tashkinov (Perm
National Research
Polytechnic University),
Natalia Mikhailova
(Perm National Research
Polytechnic University)
3312-3 INVESTIGATION
OF THE EFFECT OF
MULTI-WALLED
CARBON NANOTUBES
AND GRAPHENE
NANO-PLATELETS ON
INTERLAMINAR FRACTURE
TOUGHNESS OF CFRP
Christina
Kostagiannakopoulou
(University of Patras), Xenia
Tsilimigkra (University of
Patras), George Sotiriadis
(University of Patras),
Vassilis Kostopoulos
(University of Patras)
3315-3 DETERMINATION
OF STRAIN AMPLIFICATION
FACTORS FOR SIFT
THEORY BASED ON RVE
MODELS CONSIDERING
PERIODICAL BOUNDARY
CONDITIONS
Jian Zhao (Shanghai
Jiaotong University), Hai
Wang (Shanghai Jiaotong
University), Xinying Lv
(Shanghai Jiaotong
University), Xiuhua Chen
(Shanghai Jiaotong
University)
The aim of this article is to
investigate the toughening
mechanisms of MWCNTs
and GNPs in CFRP laminates. Mode I & mode II
tests were performed in
order to study the fracture
behavior of composites.
Meeting room 7
3313-2 THE ROLE OF
MATRIX RESIN MICROSCALE PROPERTIES
ON THE AXIAL TENSILE
STRENGTH OF CFRP
Jun Misumi (Toray
Industries Inc.), Raja Ganesh
(University of Delaware),
Subramani Sockalingam
(University of Delaware),
John W. Gillespie, Jr.
(University of Delaware)
3313-3 FRACTURE
BEHAVIOR OF ACRYLIC
THERMOPLASTIC
POLYMER / CARBON FIBER
COMPOSITES IN RELATION
TO MATRIX TOUGHNESS
Tommaso Pini (Politecnico di
Milano), Francesco BriaticoVangosa (Politecnico di
Milano), Roberto Frassine
(Politecnico di Milano),
Marta Rink (Politecnico di
Milano)
3314-3 INVESTIGATION
ABOUT TEMPERATURE
DEPENDENCE OF
UNIDIRECTIONAL
COMPRESSIVE
STRENGTH OF CARBON
FIBER REINFORCED
THERMOPLASTIC
COMPOSITES
Tsuyoshi Matsuo (The
University of Tokyo), Kazuro
Kageyama (The University
of Tokyo)
M3
3316-2 NANO-SCALE
REINFORCEMENT
FOR HIERARCHICAL
AEROSPACE COMPOSITE
LAMINATES
Richard Li (Massachusetts
Institute of Technology),
Mark Payne (Massachusetts
Institute of Technology),
Brian Wardle
(Massachusetts Institute of
Technology)
Carbon nanotubes were
radially grown on carbon
This work offers a mathefibers without degrading
matical model that combine in-plane strengths, thus
several approaches of the
enabling hierarchical comstochastic mechanics to
posites with the potential for
create an analytical tool for improved inter- and intralaassessment of micro-scale minar properties.
stress and strain in multiphase composites
3316-3 MECHANICAL
PROPERTIES
OF GRAPHENE
NANOPLATELET/CARBON
FIBER/EPOXY HYBRID
COMPOSITES: MULTISCALE MODELING AND
EXPERIMENTS
Cameron Hadden (Michigan
Technological University),
Danielle Klimek-McDonald
(Michigan Technological
University), Julia King
(Michigan Technological
Interlaminar fracture
A novel test method and
University), Alex
toughness of an acrylic
kink band failure model for
Reichanadter (Michigan
thermoplastic resin / carbon compressive strength of
Efforts are taken to improve Technological University),
fibre composite produced by unidirectional thermoplastic the precision of strain
Ibrahim Miskioglu (Michigan
infusion molding in relation CFRP were proposed and
amplification factors and
Technological University),
to matrix toughness and
verified its temperature
thermal strain vectors for
Gregory Odegard (Michigan
viscoelastic behaviour
dependence influenced by SIFT by introducing period- Technological University)
shear property.
ical boundary conditions to
RVE models
An experimentally validated
multiscale modeling strategy (molecular dynamics and
micromechanics) is used to
predict the bulk behavior of
graphene nanoplatelet/carbon fiber/epoxy composites.
M4
3317-2 PSEUDODUCTILITY IN MULTIDIRECTIONAL HYBRID
LAMINATES
Meisam Jalalvand
(University of Bristol),
Gergely Czel (University of
Bristol), Michael R. Wisnom
(University of Bristol)
The tensile behaviour of
multi-directional hybrid
laminates made with UD
hybrid sub-laminates is
studied. The final goal is to
introduce pseudo-ductility to
layups with wider industrial
applications.
3317-3 THE EFFECT OF
FIBER CUTS ON THE
TENSILE BEHAVIOR OF
HYBRID CARBON FIBER/
SELF-REINFORCED
POLYPROPYLENE
COMPOSITES
Yannick Meerten (KU
Leuven), Yentl Swolfs (KU
Leuven), Mengdie Yang
(KU Leuven), Jan Ivens (KU
Leuven), Larissa Gorbatikh
(KU Leuven)
Partial fibre cuts were
introduced into the carbon
fibre layers of carbon fibre/
self-reinforced polypropylene hybrids. Their effect on
the tensile behaviour was
analysed.
programme
M5
3318-2 BIO-RESIN FOR
NEW BIO-COMPOSITE
PASSIVE FIRE PROTECTION
FOR OFF-SHORE
APPLICATION
Pietro Di Modica (Newcastle
University), Geoff Gibson
(Newcastle University),
George Kotsikos (Newcastle
University), Hans Hoydonckx
(TransFurans Chemicals
bvba (TFC))
M6
3319-2 PLASTIC HINGE
RELOCATION OF DAMAGED
PRECAST RC COLUMNS
USING CFRP SHELLS
Dylan Brown (University of
Utah), Joel Parks (Univresity
of Utah), Mohammad Ameli
(University of Utah), Chris
Pantelides (University of
Utah)
M7
3320-2 COMPRESSION
AFTER IMPACT TEST
METHOD FOR THIN
LAMINATES
Marina Remacha (FIDAMC),
Sonia Sánchez-Sáez (Carlos
III University of Madrid),
Enrique Barbero (Carlos
III University of Madrid),
Bernardo López (FIDAMC)
M8
3321-2 3D PRINTING OF
METASTRUCTURES FOR
PASSIVE BROADBAND
VIBRATION SUPPRESSION
Jared D. Hobeck (University
of Michigan), Charles M. V.
Laurent (Catholic Institute
of Arts and Crafts), Daniel
J. Inman (University of
Michigan)
A repair technique has been
developed to relocate the
A small propane burner was column plastic hinge of
used to compare fire protec- severely damaged precast
tion performance of a new reinforced concrete bridge
furan resin against a phecolumns, using a combinanolic composite and simple tion of a CFRP shell, epoxy
Kaowool. The bio composite anchored headed st
performed as good as the
phenolic one.
Application thickness
range of a developed CAI
(Compression After Impact)
device to test thin composite laminates was analysed.
Intact and undamaged
specimens were tested and
simulated.
This research presents
experimentally validated
analytical and finite element
models focused on suppressing axial vibration of
a 3D-printed metastructure
rod with 10 internal resonators.
3318-3 MODELLING
THE THERMOMECHANICAL BEHAVIOR
OF AERONAUTICAL
COMPOSITE MATERIALS
EXPOSED TO FIRE.
Denis BERTHEAU (Pprime
Institute), Eric LAINE
(Pprime Institute), Damien
MARCHAND (Pprime
Institute), Rocio DE VICENTE
SUGUE (University of Sevilla)
3319-3 SHEAR
AND BUCKLING
STRENGTHENING OF STEEL
BRIDGE GIRDERS USING
SMALL DIAMETER CFRP
STRANDS
Hamid Kazem (Construction
and Environmental
Engineering), Lucas
Guaderrama (Construction
and Environmental
Engineering), Sami
Rizkalla (Construction and
Environmental Engineering),
Akira Kobayashi (Nippon
Steel & Sumikin Material
Co.)
3320-3 BUCKLING TEST OF
A THIN-WALLED SLENDER
COMPOSITE SLIT TUBE
Gregory Sanford (LoadPath),
Jeremy Banik (AFRL)
Composite structures are
subjected simultaneously
to flame (75 to 200kW/
m²) and mechanical stress
(bending). The correlation
results testing / numerical
simulations with Abaqus®
will be presented.
This paper presents the
results of a comprehensive
research programme undertaken to investigate the
use of small-diameter CFRP
strands for strengthening
steel structures and bridges.
The proposed CFRP s
3321-3 PORO-VASCULAR
COMPOSITES WITH
SURFACE ROUGHNESS
CONTROL
James Thomas (US Naval
Research Laboratory),
Testing and evaluation of
Marriner Merrill (US Naval
Storable Tubular Extendible Research Laboratory),
Members (STEMs) made
Raymond Auyeung (US
from thin composite lamiNaval Research Laboratory),
nates. The research focuses Alberto Pique (US Naval
on STEMs to be used in
Research Laboratory)
numerous spacecraft applications.
Report on current Naval
Research Laboratory R&D of
multifunctional “poro-vascular composites” (PVCs) with
the capability for both structure and active-addressable
surface roughness control.
69
Scientific programme · Wednesday 22 July
Congress Hall A
15:00 3301-4 DELAMINATION
ANALYSIS OF LAMINATED
COMPOSITES IN DRILLING
AND QUASI-STATIC
PENETRATION
Navid Zarif Karimi (University
of Bologna), Parnian Kianfar
(University of Bologna),
Giangiacomo Minak
(University of Bologna)
In this paper, the effect of
machining parameters, feed
rate and cutting speed, on delamination in drilling process
and quasi-static penetration
were investigated.
Auditorium 15
3302-4 ULTRASONICATION
AND MECHANICAL
PROPERTIES OF NANOCLAY/
POLY(ETHYLENE
TEREPHTHALATE)
COMPOSITES
Kazuaki Sanada (Toyama
Prefectural University),
Makoto Kawagoe (Toyama
Prefectural University), Wataru
Mizuno (Toyama Industrial
Technology Center)
Auditorium 10
3303-4 DAMAGE EVOLUTION
IN CARBON FIBER
VINYL ESTER MARINE
COMPOSITES AND SEA
WATER EFFECTS
Akawut Siriruk (University
of Tennessee), Dayakar
Penumadu (University of
Tennessee), Kenneth Thomas
(University of Tennessee)
This paper presents a fundamental study on the damage
Mechanical properties of
evolution of composite
nanoclay/poly(ethylene tere- materials being considered
phthalate) (PET) composites by US Navy made of T700
produced via ultrasonication based carbon fiber fabric and
and melt processing have
vinyl ester resin using VARTM
been investigated experimen- process.
tally and analytically.
Auditorium 11
3304-4 MULTI-SCALE
MODELING OF THE FATIGUE
BEHAVIOR OF SHORT
GLASS FIBER REINFORCED
POLYAMIDE NOTCHED
SPECIMENS
Enrico Belmonte (University of
Padova ), Matthias De Monte
(Robert Bosch GmbH), Marino
Quaresimin (University of
Padova)
This paper presents a
multi-scale strategy for the
lifetime prediction, in terms of
crack initiation, of short fiber
reinforced polyamide notched
specimens.
Auditorium 12
3305-4 OPTIMAL DESIGN
OF POLYMERIC LAMINATES
FOR MAXIMUM ENERGY
DISSIPATION UNDER LOWVELOCITY IMPACT
Romesh Batra (Virginia
Polytechnic Institute and
State University), G. O. Antoine
(Virginia Polytechnic Institute
and State University)
Meeting room 18
3306-4 STRUCTURAL
ANALYSIS OF COMPOSITE
BULKHEAD CONSIDERING
VARIABILITY DUE TO VARTM
PROCESS
Atsushi Kondo (Tokyo
Metropolitan University),
Yutaka Iwahori (JAXA),
Hirotaka Igawa (JAXA),
Naoyuki Watanabe (Tokyo
Metropolitan University)
Meeting room 19
3307-4 DEVELOPMENT OF
SIMULATION MODEL FOR
REPRODUCIBLE 3D MULTILAYERED WOVEN FABRICS
SUITABLE IN LIGHTWEIGHT
ENGINEERING
Knut Großmann (TU DresdenIWM), Michael Löser (TU
Dresden-IWM), Chokri Cherif
(TU Dresden-ITM), Gerald
Hoffmann (TU Dresden-ITM),
Adil Mountasir (TU DresdenITM)
Meeting room 20
3308-4 ULTRASTRUCTURAL
AND MECHANICAL ANALYSIS
OF THE STOMATOPOD
DACTYL CLUB EXOCUTICLE
Nicholas Yaraghi (University
of California-Riverside), Lessa
Grunenfelder (University
of Southern California),
Nobphadon Suksangpanya
(Purdue University),
Steven Herrera (University
of California-Riverside),
A bulkhead for aircraft
Christopher Salinas (University
structure was fabricated with
of California-Riverside),
VaRTM process and effect of A simulation model of weav- Garrett Milliron (Max Planck
the manufacturing process on ing spacer preforms for com- Institute for Colloids and
structural characteristics were posites is used to optimize
Interfaces), Isaias Gallana
experimentally and numerimachine parameters with the (Purdue University), Kenneth
cally investigated.
aim to limit maximum forces Evans-Lutterodt (Brookhaven
acting on reinforcing fibres
National Lab), Elaine DiMasi
during the weaving process. (Brookhaven National Lab),
Steven Nutt (University of
Southern California), Pablo
Zavattieri (Purdue University),
David Kisailus (University of
California-Riverside)
We investigate the multi-scale
structural and compositional
features as well as the
mechanical properties of an
impact-resistant biological
composite material
15:20 Coffee in the Exhibition
70
Meeting room 17
3309-4 RECYCLING OF
WOVEN CARBON FIBER
PATCHES FROM LAMINATED
CFRP BY MEANS OF
INDUCTION HEATING
Anna Schneller (University
of Augsburg), Wolfgang
M. Mueller (University of
Augsburg), Simone Richler
(University of Augsburg),
Siegfried Horn (University of
Augsburg)
Selective heating of CFs in a
laminated CFRP by induction
heating to affect the fiber
matrix interface and recycle
well-defined patches of CF
fabric while preserving the
mechanical properties.
Meeting room 16
3310-4 DAMAGE
ESTIMATION IN NONLINEAR
LAMINATES SUBJECTED
TO A TRANSVERSE
CONCENTRATED LOAD
Hiroshi Suemasu (Sophia
University), Michael Wisnom
(University of Bristol), Stephen
Hallett (University of Bristol),
Xiao Sun (University of Bristol)
An analytical study on
damage growth of nonlinear
laminated plates subjected
to a transverse concentrated
load is conducted to give an
expression for a rough estimate of the damage.
Wednesday 22 July · Scientific
Meeting room 5
3311-4 MECHANICAL
PROPERTIES OF FRP WITH
BRAIDED COMPOSITES
LATERAL COMPRESSIONAL
BEHAVIORS OF GROUND
TUBE
Takeshi Saito (Kyoto Institute
of Technology), AKIO OHTANI
(Gifu University ), Asami
Nakai (Gifu University)
This study deals with the
braided composite tube and
its properties . The influence
of lateral compression on
load and stress caused by
grinding was clarified .
Meeting room 6
3312-4 AROMATIC
POLYAMIDE/GRAPHENE
NANOCOMPOSITES :
EFFECT OF THE EXPANDED
GRAPHITE SURFACE
TREATMENT ON THE
MATERIALS PROPERTIES
Jean-Marie Raquez
(University of Mons), Alexis
Bobenrieth (University of
Mons), Philippe Dubois
(University of Mons)
Meeting room 7
3313-4 MODELLING
CHARACTERISATION OF
A FAST CURING SILICA
NANOPARTICLE MODIFIED
EPOXY
Andre Keller (FHNW
University of Applied
Sciences and Arts
Northwestern Switzerland),
Kunal Masania (FHNW
University of Applied
Sciences and Arts
Northwestern Switzerland),
Ambrose Taylor (Imperial
College London), Clemens
Dransfeld (FHNW University
of Applied Sciences and Arts
Northwestern Switzerland)
The rheology and kinetics
of a fast-curing epoxy were
modelled. The temperature
overshoot due to exotherm
and variation in the Tg
over the thickness were
predicted and validated with
experiments
M1
3314-4
CHARACTERISATION OF
FAILURE PROCESSES OF
COMPOSITE PLIES UNDER
TRANSVERSE LOADING
Christian Marotzke (BAM),
Titus Feldmann (BAM)
M2
3315-4 MEAN FIELD
HOMOGENIZATION OF
DISCONTINUOUS LONG
FIBER REINFORCED
POLYMERS AND
PARAMETER
IDENTIFICATION OF
BIAXIAL TENSILE TESTS
The dependence of the fail- THROUGH INVERSE
ure mode on the specimen MODELING
length and the off axis angle Malte Schemmann (KIT),
taking place in standard off Barthel Brylka (KIT),
axis tests is studied experi- Loredana Kehrer (KIT),
mentally as well as by finite Viktor Müller (KIT), Thomas
element analyses.
Böhlke (KIT)
M3
3316-4 3D TRANSMISSION
ELECTRON MICROSCOPY
TO QUANTIFY
MORPHOLOGY OF
ALIGNED NANOFIBER
NANOCOMPOSITES
Brian L. Wardle
(Massachusetts Institute
of Technology), Bharath
Natarajan (National
Institute of Standards and
Technology), Noa Lachman
(Massachusetts Institute
of Technology), Thomas
Lam (National Institute of
Standards and Technology),
Biaxial tensile test of disDouglas Jacobs
continous fiber reinforced
(Massachusetts Institute
polymers, inverse parameter of Technology), Christian
identification with a Gauss- Long (National Institute of
Newton procedure, comStandards and Technology),
parison with homogenized Minhua Zhao (National
material parameters based Institute of Standards and
on CT analysis
Technology), Renu Sharma
(National Institute of
Standards and Technology),
J. Alexander Liddle (National
Institute of Standards and
Technology)
M4
3317-4 ALIGNED
UNIDIRECTIONAL PLA/
BACTERIAL CELLULOSE
NANOCOMPOSITE FIBRE
REINFORCED PDLLA
COMPOSITES VIA MELT
AND SOLUTION BLOW
SPINNING
Jonny Blaker (University of
Manchseter), Koon-Yang Lee
(University College London),
Alexander Bismarck
(University of Vienna)
M5
3318-4 USE OF
EXPANDABLE MULTILAYER METAL LAMINATES
AS FIRE PROTECTION FOR
ALUMINIUM AND CFRP
AEROSPACE STRUCTURES
Geoff Gibson (Newcastle
University), Sandra Christke
(Newcastle University),
Sheila Wan-Jusoh
(Newcastle University),
George Kotsikos (Newcastle
University), Adrian Mouritz
(RMIT University)
M6
3319-4 FIRE EXPERIMENTS
OF THIN-WALLED CFRP
PRETENSIONED HIGH
STRENGTH CONCRETE
SLABS UNDER SERVICE
LOAD
Giovanni Pietro Terrasi
(Empa), Jing Gao (Xiamen
University), Cristiàn Maluk
(University of Edinburgh),
Luke Bisby (University of
Edinburgh)
Sustainable precast concrete elements are emergExperimental study about a ing utilizing high-perfornovel method of expandable mance, self-consolidating,
polymer-metal laminates
fibre-reinforced concrete
for effective fire protection (HPSCC) reinforced with
of temperature-sensitive
high-strength, lightweight,
and mechanically loaded
and non-corroding prest
aerospace structures
programme
M7
3320-4 QUASI-STATIC
ROLLER AND BALL TEST
FOR COMPOSITE PLATES
Ivonne Bartsch (German
Aerspace Center (DLR))
An indention test for two different test bodies (roller and
ball) based on the IATA ULD
Regulations has been derived. These tests are neceassary to find new materials
fir Unit Load Devices.
M8
3321-4 BIO-INSPIRED
REVERSIBLE
CROSSLINKING, USING
CHELATING POLYMERS
AND METAL ION
BINDING, FOR USE AS
SOFT ACTUATION AND
SELECTIVE GROWTH
Anna Baker (University
of Bristol), Duncan Wass
(University of Bristol),
Richard Trask (University
of Bristol)
Ionoprinting has been used
to create 3D polygons and
origami shapes from flat
homogeneous hydrogels;
morphing trianglar based
pyramid, a cube, an octahedron and an “umbrella”
have all been created.
We present three-dimensional transmission electron
microscopy quantification of
the nanoscale morphology
of polymer nanocomposites
containing up to 20%
volume fraction of aligned
carbon nanotubes.
71
Scientific programme · Wednesday 22 July
Congress Hall A
Auditorium 15
3402 Nano Composites 9
15:40 3401 Processing Manufacturing Technology 9
15:40 3401-1 ANALYSIS
OF PROCESSING
CONDITIONS FOR A
NOVEL 3D-COMPOSITE
PRODUCTION TECHNIQUE
Martin Eichenhofer (ETH
Zürich), Jesus Maldonado
(ETH Zürich), Florian Klunker
(ETH Zürich), Paolo Ermanni
(ETH Zürich)
3402-1 PREPARATION AND
PROPERTIES OF MOS2
NANOSHEETS AND MOS2
NANOSHEETS/EPOXY
COMPOSITES
Rongguo Wang (Harbin
Institute of Technology),
Yafei He (Harbin Institute
of Technology), Chengqin
Dai (Harbin Institute
of Technology), Ning
A novel manufacturing proDing (Harbin Institute
cess for a continuous fiber
of Technology), Lifeng
lattice fabrication (CFLF),
Hao (Harbin Institute of
inspired by 3D-printing, pro- Technology), Qi Wang (Harbin
vides continuously extruded Institute of Technology),
free form structures of rein- Ping Peng (Harbin Institute
forced thermoplastic material. of Technology), Xiaolong
Lu (Harbin Institute of
Technology), Wenbo
Liu (Harbin Institute of
Technology), Weicheng
Jiao (Harbin Institute of
Technology), Fan Yang (Harbin
Institute of Technology)
Prepare MoS2 nanosheets
suspension and MoS2 nanosheets reinforced epoxy
composites and study the
absorbance, photoluminescence, morphology, annealing
property and tensile property
of them.
3402-2 EPOXY
16:00 3401-2 ADDITIVE
MANUFACTURING OF HIGH NANOCOMPOSITES WITH
TEMPERATURE GLASS AND TWO-DIMENSIONAL
CARBON REINFORCED PEEK TUNGSTEN DISULFIDE
COMPOSITES
ADDITIVES
Yuan Wang (University of
Yukun Wang (Beihang
Exeter), Oana Ghita (University University), Yan Zhao (Beihang
of Exeter), Richard Davies
University), Xiao Han (Beihang
(University of Exeter)
University), Muchun Liu
(Beihang University)
This study presents recent
developments in high temIn this study, we chose the
perature laser sintering of
tungsten disulfide with nanocomposites with focus on
sheet structure as a reinforceglass filled PEK (PEK/GB) and ment for the resin matrix. The
graphite platelet filled PEEK
results showed that tungsten
(PEEK/GP) materials.
disulfide was a significant
reinforcement for epoxy.
72
Auditorium 10
3403 ONR Special
Symposium on Marine
Composites 4
KEYNOTE
Auditorium 11
3404 Fatigue 9
Auditorium 12
3405 Structural Analysis
and Optimization 9
3404-1 FATIGUE
BEHAVIOR OF WOOD
3403-1 CHARACTERIZATION FILLED POLYPROPYLENE
OF SINGLE CARBON FIBER
COMPOSITE MATERIALS
MECHANICAL BEHAVIOR BY Mohd Nur Azmi Nordin
NANO-TENSILE TESTING
(Yamaguchi University),
Matthew Kant (University
Yuki Matsuda (Yamaguchi
of Tennessee), Dayakar
University), Koichi Goda
Penumadu (University of
(Yamaguchi University),
Tennessee)
Hirokazu Ito (Toclas
Corporation )
This work demonstrates a
novel approach to single fiber This work includes the develtensile testing for measuring opment of woods as reinforcaxial, elastic properties with ing fillers for polymeric matrix
high fidelity using small am- to form an environmentally
plitude harmonic loading.
friendly composite material,
i.e. wood-plastic composites
(WPCs).
3405-1 BUCKLING AND
FIRST-PLY FAILURE
OPTIMIZATION OF
STIFFENED VARIABLE
ANGLE TOW PANELS
Momchil Jeliazkov (IMDEA
Materials Institute),
Claudio Lopes (IMDEA
Materials Institute), Mostafa
Abdalla (Delft University
of Technology), Daniel
Peeters (Delft University of
Technology)
3404-2 MEAN-FIELD
BASED FATIGUE DAMAGE
MODELING OF COMPOSITES
REINFORCED WITH SHORT
STRAIGHT AND WAVY
FIBERS
Yasmine Abdin (KU Leuven),
Atul Jain (KU Leuven), Ignace
Verpoest (KU Leuven), Stepan
V. Lomov (KU Leuven)
3405-2 DESIGN OF
PASSIVE MORPHING WING
STRUCTURES USING
ELASTIC INSTABILITIES
Falk Runkel (ETH Zurich),
Andres Felipe Arrieta Diaz
(ETH Zurich), Paolo Ermanni
(ETH Zurich)
Meeting room 18
3406 Experimental
Methods for Process
Characterisation 1
3406-1 THE COMPACTION
BEHAVIOUR OF PREPREGS
UNDER PROCESSING
CONDITIONS
Oliver Nixon-Pearson
(University of Bristol),
Jonathan Belnoue (University
of Bristol), Dmitry Ivanov
(University of Bristol), Stephen
Hallett (University of Bristol)
Meeting room 19
3407 Short Fibre
Composites 1
3407-1 A VALIDATION
METHODOLOGY FOR
QUANTITATIVE PREDICTION
OF ANISOTROPIC
MECHANICAL BEHAVIOR
IN FIBER REINFORCED
THERMOPLASTICS
Amin Sedighiamiri (SABIC
Innovative Plastics), Tim
van Erp (SABIC Innovative
Plastics), Julien Cathelin
(SABIC Innovative Plastics),
Dave Brands (SABIC
Innovative Plastics)
Characterisation of compaction behaviour of toughened
prepregs was undertaken to
The current work presents
aid the understanding of mana computationally efficient
ufacturing processes covering Fiber reinforced thermoplastwo-level design methodolAFP deposition, hot debulking, tics offer potential for weight
ogy for the optimization of
and autoclave conditions.
reduction and cost out but
stiffened compression loaded
show anisotropic mechanical
panels having variable stiffbehavior. This has to be
ness panels as their skin.
accounted for during the development of such part.
3406-2 OPTICAL
PERMEABILITY
MEASUREMENT ON
TUBULAR BRAIDED
REINFORCING TEXTILES
Christian Schillfahrt
(Montanuniversität
Leoben), Ewald Fauster
(Montanuniversität
Leoben), Ralf Schledjewski
(Montanuniversität Leoben)
This investigation presents
a concept of utilising local
In this paper modelling
elastic instabilities for passive
approach is proposed for
bending-twisting shape
A novel approach for measurpredicting the quasi-static
adaptation of compliant wing ing the unsaturated 1D perand fatigue behavior of short structures.
meability of braided textiles is
random fiber reinforced
introduced. Furthermore, the
composites in the framework
influence of the compaction
of mean-field homogenization
pressure on the impregnation
techniques.
behavior is investigated.
3407-2 DAMAGE
TOLERANT TOW-BASED
DISCONTINUOUS
COMPOSITES
Soraia Pimenta (Imperial
College London), Akshaya
Ahuja (Imperial College
London), Aik Yong Lau
(Imperial College London)
The properties and failure
mechanisms of several
high-performance discontinuous composites are
analysed, revealing higher
fracture toughnesses than in
continuous CFRP and a notch
insensitive response.
Meeting room 20
3408 Biocomposites 8
Meeting room 17
3409 Recycling of
Composites and
Sustainability 2
3408-1 THE EFFECT OF
3409-1 RECYCLABILITY
PHYSICAL ADHESION
OF RANDOMLY-ORIENTED
PROMOTION TREATMENTS STRAND THERMOPLASTIC
ON INTERFACIAL ADHESION COMPOSITES
IN CELLULOSE-EPOXY
Dominic Leblanc (McGill
COMPOSITE
University), Benoit Landry
Sanna Siljander (Tampere
(McGill University), Marek
University of Technology),
Jancik (McGill University),
Jani Lehmonen (VTT), Essi
Pascal Hubert (McGill
Sarlin (Tampere University of University)
Technology), Jyrki Vuorinen
(Tampere University of
This paper compares two
Technology)
recycling approaches for
carbon/PEEK randomly-oriIn this study we treated foam ented strand composites
formed cellulose fibre sheets manufactured by compression
with plasma and atomic layer moulding and their impact on
deposition (ALD) treatments
flexural properties.
to achieve better adhesion
between cellulose fibres and
epoxy matrix.
3408-2 BENDING
FATIGUE AND CREEP
PROPERTIES OF KENAFFIBER MAT REINFORCED
THERMOSETTING PLASTIC
COMPOSITE
Yuqiu Yang (Donghua
University), Bing Xiao
(Donghua University),
Toshihiko Hojo (Kyoto Institute
of Technology)
3409-2 REGENERATION OF
THERMALLY RECYCLED
GLASS FIBRE FOR COSTEFFECTIVE COMPOSITE
RECYCLING : THE EFFECT OF
FIBRE REGENERATION AND
MATRIX MODIFICATION
Ulf Nagel (University of
Strathclyde), Eduardo Saez
Rodriguez (University of
Strathclyde), Chih-Chuan Kao
(University of Strathclyde),
Liu Yang (University of
Strathclyde), James
Thomason (University of
Strathclyde)
Different approaches to
maximise the reinforcement
potential of thermally recycled
glass fibres were compared.
The fibre regeneration was
found to be more effective
than matrix modification.
Meeting room 16
3410 Damage Tolerance of
Composite Structures 4
3410-1 TRACTION
SEPARATION RESPONSE
OF A UNIDIRECTIONAL
CARBON/EPOXY COMPOSITE
IN INTRALAMINAR MODE I
FRACTURE; EXPERIMENTAL
AND NUMERICAL RESULTS.
Georgios Pappas (ÉCOLE
POLYTECHNIQUE FÉDÉRALE
DE LAUSANNE-EPFL),
John Botsis (ÉCOLE
POLYTECHNIQUE FÉDÉRALE
DE LAUSANNE-EPFL)
Studies in intralaminar Mode
I fracture & bridging mechanisms of a unidirectional
CFRP composite. A semi-experimental method uses FBG
strains to optimize FE models
with an objective bridging
profile.
3410-2 NUMERICAL
MODELING OF FRACTURE IN
TEXTILE COMPOSITES BY
VTMS/BSAM X-FEM
David Mollenhauer (AFRL),
Eric Zhou (University 0f
Dayton Reserach Institute),
Endel Iarve (University 0f
Dayton Reserach Institute)
Textile PMC models were generated by VTMS.Stress analysis was accomplished through
the BSAM. Delamination and
cracks were modeled via an
Rx-FEM method
Wednesday 22 July · Scientific
Meeting room 5
3411 Textile-Based
Composites and Fibre
Architecture 9
3411-1 DENSITY
DEPENDENT MATERIAL
PROPERTIES OF
GLASSFIBRE REINFORCED
COMPOSITES MADE OF
NON-WOVEN FABRICS
Matthias Klaerner
(Technische Universität
Chemnitz), Sebastian Iwan
(Technische Universität
Chemnitz), Lothar Kroll
(Technische Universität
Chemnitz)
Meeting room 6
3412 Foams, Cellular and
Lattice Materials 4
M1
3414 Fracture and
Damage - Materials
Scale 3
3412-1 DIRECTLY MASS- 3413-1 EXPLORATORY
3414-1 PREDICTION OF
PRODUCTION GROWING
STUDY ON THE BEHAVIOUR TENSILE STRENGTH OF
METHOD OF CNT AEROGEL OF GLASS/PDCPD
UNIDIRECTIONAL CARBON
WITH SUPERB LIQUIDCOMPOSITES
FIBER COMPOSITES
ABSORPTION CAPABILITY Katleen Vallons (KULeuven), CONSIDERING THE
Han Wang (Beihang
Renata Drozdzak (Telene
INTERFACIAL SHEAR
University), Min Li (Beihang SAS), Mathieu Charret
STRENGTH
University), Weibang Lv
(Telene SAS), Stepan V.
Wonjin Na (Seoul National
(Suzhou Institute of NanoLomov (KULeuven)
University), Geunsung Lee
Tech and Nano-Bionics),
(Seoul National University),
Yizhou Gu (Beihang
Properties of glass fibre
Minchang Sung (Seoul
University), Shaokai Wang
composites based on a
National University), Mi(Beihang University),
tough thermoset PDCPD
Young Kim (Seoul National
Qingwen Li (Suzhou Institute and a standard epoxy were University), Heung Nam Han
Fibre-reinforced composites of Nano-Tech and Nanocompared. GIc, tensile and (Seoul National University),
based on non-woven fabrics Bionics), Zuoguang Zhang
compressive properties
Woong-Ryeol Yu (Seoul
offer a wide range for the
(Beihang University)
and impact and CAI were
National University)
modification of elastic/
investigated,
dynamic properties like
A kind of CNT aerogel,
In this research the tensile
stiffness, strength and
grown by floating catalyst
strength of unidirectional
damping by varying level of chemical vapor deposition
fiber composites was
consolidation.
method, has great capability
predicted considering its
of oil-absorption, which can
interfacial shear strength.
absorb more than 90 times
The composite strength
of its own weight of oil.
was calculated considering
the IFSS.
M2
3415 Models
Homogenization – Micro
to Macro 4
3415-1 A
MICROMECHANICS BASED
CONSTITUTIVE MODEL FOR
PROGRESSIVE DAMAGE
ANALYSIS OF COMPOSITE
MATERIALS
Van Vu (The University of
Adelaide), Abdul Hamid
Sheikh (The University of
Adelaide), Giang Nguyen
(The University of Adelaide)
3411-2 MECHANICAL
CHARACTERIZATION OF A
THERMOPLASTIC CROSSPLY PREPREG FOR HELMET
PREFORM MANUFACTURE
Lisa Dangora (University
of Massachusetts), James
Sherwood (University of
Massachusetts)
3415-2 DETERMINATION
OF EFFECTIVE THERMAL
AND THERMO-ELASTIC
PROPERTIES OF WOVEN
TEXTILE COMPOSITES
USING VOXEL
BASED VARIATIONAL
ASYMPTOTIC UNIT
CELL HOMOGENIZATION
METHOD
Rajeev G Nair
(Indian Institute of
Technology Bombay), B.
Sivasubramonian (Vikram
Sarabhai Space Centre), P. J.
Guruprasad (Indian Institute
of Technology Bombay)
3412-2 THE INFLUENCE OF
THE META-ARAMID/EPOXY
NANOFIBER MATS ON THE
ADHESION STRENGTH
AT CRYOGENIC
ENVIRONMENTS
Seung A Song (Chonbuk
national university), Seong
Su Kim (Chonbuk national
university), Seung Yoon
Characterization of tempera- On (Chonbuk National
ture-dependent mechanical University)
behaviors of a thermoplastic
cross-ply to investigate the the influence of the
material for use in fabricat- meta-aramid/epoxy nanoing helmet preforms.
fiber mats on the adhesion
strength at cryogenic
environment. Residual strain
was measured by FBG sensor with OFDR and FEA was
performed
Meeting room 7
3413 Matrix Materials 4
3413-2 STRUCTURE AND
PROPERTIES OF SINTERED
MATRIX MATERIALS
USED FOR FABRICATION
OF DIAMOND AND CBN
IMPREGNATED TOOLS
Elżbieta Bączek (The Institute
of Advanced Manufacturing
Technology), Barbara
Staniewicz-Brudnik (The
Institute of Advanced
Manufacturing Technology)
3414-2 APPLICATION
OF ONSET THEORY TO
ONSET OF TRANSVERSE
CRACKING IN FABRIC
COMPOSITES
Shen Hin Lim (UNSW
Australia), Garth Pearce
(UNSW Australia), Don
Kelly (UNSW Australia),
Gangadhara Prusty (UNSW
Australia), Alan Crosky
(UNSW Australia)
The work presents the
possibility of application of
hybrid of CuSn–base with
glass-crystalline materials
from the ZnO-B2O3-SiO2PbO system in the production of sintered diamond
tools.
A failure theory based on
critical strain invariants
(Onset Theory) is applied to
predict damage locations
and failure strain for plain
weave fabric specimens
manufactured from two
material systems.
M3
3416 Nanocomposites for
Structural Lightweight Modelling and Testing 3
3416-1 MODELLING AND
TESTING OF THE SNAPTHROUGH PROCESS OF
CROSS-PLY COMPOSITES
Faustino Mujika (UNIVERSITY
OF THE BASQUE COUNTRY),
M.asuncion CANTERA
(UNIVERSITY OF THE
BASQUE COUNTRY), Itziar
ADARRAGA (UNIVERSITY OF
THE BASQUE COUNTRY),
Jesús M. ROMERA
A new micromechan(UNIVERSITY OF THE
ics-based constitutive model BASQUE COUNTRY)
is developed for fibre reinforced polymer matrix com- The load-displacement
posites having unidirectional curve of bi-stable unsymfibre orientations which
metric cross-ply square
can incorporate elastic and composite plates supported
inelastic responses
at four points and loaded by
a central concentrated force
are analyzed experimentally
and numerically.
3416-2 MECHANICAL
EFFECTS OF THE
INJECTION-CVD
NANOSTRUCTURATION
OF CARBON-FIBRE
COMPOSITES
INVESTIGATED BY BUNDLE
TENSILE TEST AND DMA
Ludovic Chevallier
(Institut Clément Ader),
Quentin Govignon (Institut
Clément Ader), Philippe
Olivier (Institut Clément
Ader), Gérard Bernhart
(Institut Clément Ader),
Martine Mayne-L’Hermite
(Laboratoire Francis Perrin
(CNRS URA 2453))
M4
M5
M6
3417 Manufacturing Up3418 Sensors in
3419 Applications - Civil
Scaling and Automation 1 Experimental Mechanics 1 Engineering 2
3417-1 TACK
CHARACTERIZATION OF
OUT-OF-AUTOCLAVE
PREPREGS FOR AFP
APPLICATIONS
Sanjeev Rao (Khalifa
University), Rehan Umer
(Khalifa University), Wesley
Cantwell (Khalifa University)
In this study, the peel
resistance of unidirectional
out-of-autoclave (OOA)
prepregs tapes has been
evaluated using floating
roller peel tests and Design
of Experiments.
3417-2 CURE DEGREE
MONITORING OF AN
INFUSION PROCESS BY
DEFORMABLE ELECTRONIC
CIRCUIT WITH INTEGRATED
CAPACITIVE SENSORS
Yang Yang (Center for
Microsystems Technology),
Gabriele Chiesura (Ghent
University), Thomas Vervust
(Center for Microsystems
Technology), Frederick
Bossuyt (Center for
Microsystems Technology),
Geert Luyckx (Ghent
University), Markus
Kaufmann (Sirris Leuven
Gent Composites Application
Development of voxel based
Lab), Joris Degrieck (Ghent
variational asymptotic
The purpose of this paper is University), Jan Vanfleteren
method (VAM) homogenito investigate the effects of (Center for Microsystems
zation technique as applied the injection-CVD synthesis Technology)
to woven composites to
on the mechanical strength
determine their thermal/
and more specifically the in- in this paper, we present our
thermo-elastic properties.
terlaminar shear strength of latest progress in applying
nanostructured composites. deformable electronic circuit
for the in situ cure degree
monitoring of a resin infusion process.
3418-1 ULTRASONIC
STRUCTURAL HEALTH
MONITORING OF CFRP BY
USING NOVEL OPTICAL
FIBER SENSING SYSTEMS
Qi Wu (the University of
Tokyo), Yoji Okabe (the
University of Tokyo)
We proposed three novel
ultrasonic optical fiber sensors based on fiber Bragg
grating and erbium fiber
laser, and demonstrated
their performances in structural health monitoring of
composites.
3419-1 COMPRESSION
BEHAVIOR OF CONCRETE
CYLINDERS EXTERNALLY
CONFINED BY FLAX FIBER
REINFORCED POLYMER
COMPOSITES
Guijun Xian (Harbin Institute
of Technology), Yuanyuan
Xia (Harbin Institute of
Technology), Hui Li (Harbin
Institute of Technology)
Concrete cylinders were
confined by FRP tubes
wound with flax or hybrid
of flax and basalt fibers. A
remarkable enhancement of
the compressive stress and
strain was realized.
programme
M7
3420 New Structural
Testing Methods 4
M8
3421 Multifunctional
Composites - Smart
Structures 1
3420-1 APPLICABILITY OF 3421-1 DESIGN,
THE SINGLE CANTILEVER FABRICATION, AND
BEAM TEST FOR
CHARACTERIZATION OF
CHARACTERIZATION OF
MULTIFUNCTIONAL WINGS
SANDWICH MATERIALS
TO HARVEST SOLAR
WITH VERY THIN
ENERGY IN ROBOTIC
FACESHEETS - FRACTURE BIRDS
MECHANICAL ANALYSIS
Hugh Bruck (university of
AND TEST IMPROVEMENT maryland), Satyandra K.
Ralf Schaeuble (Fraunhofer Gupta (university of maryInstitute for Mechanics
land), Ariel Perez-Rosado
of Materials IWM), Anne
(university of maryland)
Geyer (Fraunhofer Institute
for Mechanics of Materials We developed multifuncIWM), Marianne John
tional compliant wings with
(Fraunhofer Institute for
solar cells for flapping wing
Mechanics of Materials
air vehicles (FWAVs) to
IWM), Ralf Schlimper
harvest energy, to increase
(Fraunhofer Institute for
flight time, and to enable
Mechanics of Materials
recharging without external
IWM)
sources.
A simple and robust SCB
test procedure for fracture-mechanical characterization of facesheet/core
disbonding of honeycomb
core sandwich material is
numerically and experimentally analysed.
3418-2 CARBON FIBER
EPOXY ATHERMAL
STRUCTURES FOR
OPTICAL FIBER
GRATING WAVELENGTH
STABILIZATION
C S Shin (National Taiwan
University), Yen-Chang
Huang (National Taiwan
University), Shien-Kuei Liaw
(National Taiwan Univ of
Science and Technology)
3419-2 SMART
COMPOSITE
DEMONSTRATOR DECID2 CONCEPT & RESULTS
Monssef Drissi-Habti
(IFSTTAR)
3420-2 FROM
MEASUREMENTS ERRORS
TO A NEW STRAIN GAUGE
DESIGN FOR COMPOSITE
MATERIALS
Lars Pilgaard Mikkelsen
(Technical University of
A large smart composite
Denmark), Sanita Zike
platform prototype was
(Technical University of
modeled numerically and
Denmark), Jacopo Gili
simulations run for three(Technical University of
point bending loads in static Denmark)
conditions to determine a
Stable wavelength is
stress damage threshold for Strain gauges is found to
required of fiber Bragg grat- future experiments.
over-estimate the material
ings. Carbon fiber reinforced
stiffness with 1-10% for fiblaminate structure is proer rienforced polymers. An
posed as a low cost, easy
over-estimation depending
to mass produce devices
significantly on the present
to offset their thermally
of a soft gelcoat or biax.
induced drift.
3421-2 ON MECHANICALLY
COUPLED TAPERED
LAMINATES WITH
BALANCED PLAIN WEAVE
AND NON-CRIMP FABRICS
Christopher York (University
of Glasgow), Mohd
Shamsudin (University of
Kuala Lumpur)
Tapered designs for
Balanced Plain Weave and
Non-Crimp Fabric laminates
is presented which has consistent mechanical coupling
characteristics and immunity to thermal warping
distortion are preserved.
73
Scientific programme · Wednesday 22 July
Congress Hall A
16:20 3401-3 HIGH
TEMPERATURE ADDITIVE
MANUFACTURING FOR FOR
RAPID MANUFACTURE,
MODIFICATION AND
ADAPTATION OF BESPOKE
MILITARY EQUIPMENT
Richard Davies (University
of Exeter)
Auditorium 15
3402-3 SYNERGY EFFECT IN
CARBON NANOTUBES/ONION
LIKE MIXED COMPOSITES.
Jan Macutkevic (Vilnius
university), Ieva Kranauskate
(Vilnius university), Juras
Banys (Vilnius university), Olga
Shenderova (International
Technology Center),
Nicholas Nunn (International
This paper presents an inves- Technology Center)
tigation into the use of netshaped reinforced PEEK/CNT The dielectric/electric
composites in additive man- properties of polyurethane
ufacturing technologies, also composites filled with carbon
known as Fused Deposition
nanotubes (CNT), onion-like
modelling (FDM).
carbon (OLC) and mixed OLC/
CNT are compared across a
wide frequency range.
16:40
3402-4 MODELLING
NANOSCALE GRAPHENE
STRUCTURES USING
A MULTI-PHYSICS
MOLECULAR-DYNAMICS
FINITE-ELEMENT METHOD
Silvestre Pinho (Imperial
College London), Andre
Wilmes (Imperial College
London)
Auditorium 10
3403-2 FABRICATION AND
PERFORMANCE OF CARBON/
EPOXY COMPOSITES WITH
HYBRID OF NANOCLAY AND
MWCNTS
Mahesh Hosur (Tuskegee
University), Tanjheel Mahdi
(Tuskegee University), Md.
Ekramul Islam (Tuskegee
University), Alfred TcerbiNarteh (Tuskegee University),
Shaik Jeelani (Tuskegee
University)
Auditorium 11
3404-3 DAMAGE AND
FRACTURE OF LAMINATES
UNDER VARIOUS LOADS
Christian Hochard (CNRS),
Juliette Payan (CNRS), Noel
Lahellec (CNRS), Aurore
Girardot (CEA), Sandrine Le
Roch (CEA)
Auditorium 12
3405-3 COMPOSITE TUBES
WITH NOVEL BEND-TWIST
COUPLING
Sean Rohde (University
of Florida), Avinash
Jonnalagadda (University of
Florida), Aniruddha Savant
(University of Florida), Peter
Ifju (University of Florida),
The paper presents a fracture Bhavani Sankar (University
model for UD and woven ply of Florida)
laminates under static and
fatigue loads, based on the
A novel composite tube
reduction of strength in the
with bend-twist coupling is
This paper presents results of fibre direction depending on discussed. A formula for the
experimental investigations
the transverse damage.
distance of the shear center
on the inclusion of nanoclay/
from the tube axis in terms of
MWCNTs hybrids in enhancmaterial properties and tube
ing the performance of carlength is derived.
bon/epoxy composites.
Meeting room 18
3406-3 EXPERIMENTALLY
VALIDATED
MANUFACTURING
RELIABILITY FOR
COMPOSITE STRUCTURES
Douglas Cairns (Montana
State University), Michael
Bauer (Montana State
University)
3403-3 IMPLOSION OF
CYLINDRICAL COMPOSITE
STRUCTURES SUBJECTED
TO UNDERWATER
IMPULSIVE LOADS
Sid Avachat (Georgia
Institute of Technology), Min
Zhou (Georgia Institute of
Technology)
3404-4 ASSESSMENT OF
FATIGUE DAMAGE ONSET
AND GROWTH IN PLAIN
WEAVE COMPOSITES WITH
EMBEDDED FLAWS
Ahmed Maslouhi (Université
de sherbrooke), Braisaz Paul
(Université de sherbrooke),
Nassim Kanouni (Université de
sherbrooke)
3406-4 NON-CONTACT
HOLISTIC MEASUREMENT
OF AEROSPACE FASTENER
HOLES WITH RING LASER
ADAPTIVE OPTICS
George Bullen (Northrop
Grumman-Ret.)
3405-4 DESIGN AND
TESTING OF BI-STABLE
DEPLOYABLE BOOMS FOR
SPACE APPLICATIONS
Mark Pankow (North Carolina
State University)
Design and development of
deployable structures for
small satellite applications.
The response of filament
This paper examines how
A new MDFEM with reactive/ cylindrical carbon-fiber/epoxy The paper proposes an
these structures can be decharge force fields is procomposite structures subject- experimental approach using signed and fabricated along
posed, including rotational
ed to underwater impulsive
acoustic emission to generate with the deployment mechaBCs, bending properties of
loads is analyzed experimen- lifetimes curves and to predict nism for deploy
pillared graphene, graphene tally and computationally.
the onset of fatigue damage
fracture toughness, virtualand the propagation of an
ly-designed porous graphene
embedded artificial flaw in
sensor.
CFRP.
17:15 General Assembly
74
This paper will describe,
illustrate, and define new
non-contact laser inspection
methods for assessing the
acceptability of countersinks
and holes in aerospace
parts made from composite
materials.
Meeting room 19
3407-3 A NOVEL HIGH
TEMPERATURE SINGLE
POLYMER COMPOSITE
Mingming Yu (Shanghai
university), Bin Feng
(Shanghai university), Wang
Xie (Shanghai university), Lin
Fang (Shanghai university),
Liqi liu (Shanghai university),
Musu ren (Shanghai university), Jinliang sun (Shanghai
university), Xiaofeng wang
(Shanghai Tanlon Fiber
Co.-Ltd.)
Meeting room 20
3408-3 STRONG AND TOUGH
FUNGAL BASED CHITINGLUCAN THIN FILM
Wan Mohd Fazli Wan Nawawi
(Imperial College London),
Koon Yang Lee (Imperial
College London), Eero
Kontturi (Imperial College
London), Alexander Bismarck
(University of Vienna)
Meeting room 17
3409-3 RECOVER:
REGENERATING THE
STRENGTH OF GLASS
FIBRES THERMALLY
RECYCLED FROM END-OFLIFE COMPOSITES
James Thomason (University
of Strathclyde), Eduardo
Saez-Rodriguez (University of
Strathclyde), Chih Chuan Kao
(University of Strathclyde),
This study investigate the
Liu Yang (University of
chemical, morphological, and Strathclyde)
mechanical properties of thin
film made from fungi chitin- Cost-effective treatments
The SPC based on polysulous extract. The extract were to restore the massive loss
fonamide was prepared,
from common mushroom and in strength of glass fibres
and the experiments results tree bracket fungi.
thermally recycled from endindicated that the SPC had
of-life composites have been
good thermal properties since
developed and investigated.
its Tg was over 300oC and
decomposition temperature
was over 400oc
Meeting room 16
3410-3 IMPROVING THE
DAMAGE TOLERANCE OF
COMPOSITE JOINTS WITH
TUFTING
James Kratz (University of
Bristol ), Harry Clegg (The
National Composites Centre),
Giuseppe Dell’Anno (The
National Composites Centre),
Ivana Partridge (University
of Bristol)
3407-4 FORMULATION
ABOUT TIME- AND
TEMPERATURE- DEPENDENT
FLEXURAL MODULUS OF
DISCONTINUOUS CARBON
FIBER MAT REINFORCED
THERMOPLASTICS
Wataru NAGATSUKA (The
University of Tokyo), Tsuyoshi
MATSUO (The University
of Tokyo), Fumiaki YANO
(Shimadzu Corporation),
Kenichi FURUKAWA (Suzuki
Motor Corporation), Jun
TAKAHASHI (The University
of Tokyo)
3408-4 AN INVESTIGATION
ON COMPOSITE
CONSTITUTED OF PAPER
AND RESIN BY VENT-TYPE
INJECTION MOLDING
MACHINE
Keisuke Kitai (Kitai Seisakusyo
Co.-Ltd.), Satoshi Harada
(Kitai Seisakusyo Co.-Ltd.),
Takanori Kitamura (Daiwa
Itagami Co.-Ltd.), Mitsunori
Suda (Daisankogyo Co.-Ltd.),
Zhiyuan Zhang (Daiwa Itagami
Co.-Ltd.), Hiroyuki Hamada
(Kyoto Institute of Technology)
3410-4 3D WOVEN
COMPOSITES FOR ENERGY
ABSORBING APPLICATIONS
Harun Bayraktar (Albany
Engineered Composites),
David Ehrlich (Albany
Engineered Composites), Jon
Goering (Albany Engineered
Composites), Michael
McClain (Albany Engineered
Composites)
It was clarified that the timeand temperature-dependence
of flexural modulus of CFRTP
is caused by Young’s modulus
and out-of-plane modulus
influenced from viscoelastic
property of matrix resin.
The objective of this research
is using composite combining
with plastic and paper materials to relieve the depending
on timber from ecological
thinning.
3409-4 THERMOSET
COMPOSITE RECYCLING:
TENSILE STRENGTH
PROPERTIES OF RECOVERED
GLASS FIBER
Justine Beauson (DTU),
Jakob Ilsted Bech (DTU),
Povl Brøndsted (DTU), Helga
Nørgaard Petersen (DTU)
Four different recycling processes, mechanical, burn off,
pyrolysis and glycolysis are
selected and compared based
on the properties of the glass
fiber recovered.
Tufting was used to increase
the delamination resistance of
T-stiffened panels by inserting
carbon threads at the stringer
tip. The failure mode changed
from skin-stringer separation
to web splitting.
This study shows that under
three-point bending, a 3D
woven composite side intrusion beam has 37% higher
specific energy absorption
than a similar high-strength
steel beam.
Wednesday 22 July · Scientific
Meeting room 5
3411-3 A DISCRETE
MESOSCOPIC FINITE
ELEMENT MODEL
USED TO LINK THE
MANUFACTURING
PROCESS TO THE FINAL
PART STIFFNESS
Cynthia Mitchell (University
of Massachusetts Lowell),
James Sherwood (University
of Massachusetts Lowell)
Meeting room 6
3412-3 ARCHITECTURE
AND PROPERTIES OF
STOCHASTIC FOAM
MODELS
Stefan Hallström (Royal
Institute of Technology
(KTH)), Joonas Köll (Royal
Institute of Technology
(KTH))
Meeting room 7
3413-3 CRACK ONSET
IN A POLYMER MATRIX
WITH OPEN-HOLE
CONFIGURATION AND
VISCOELASTIC BEHAVIOR.
APPLICATION OF THE
FINITE FRACTURE
MECHANICS COUPLED
CRITERION.
Afonso Leite (Escuela
Recent results from a
Técnica Superior de
numerical study of the mi- Ingeniería-University of
This paper presents a
crostructure and constitutive Seville), Vladislav Mantič methodology to link the
properties of equilibrium
(Escuela Técnica Superior
structural properties of a
foams are presented and
de Ingeniería-University
textile-reinforced composite discussed focussing on
of Seville), Federico París
components and structures relations between topology (Escuela Técnica Superior
to deformations seen in the and properties.
de Ingeniería-University of
textile during forming.
Seville)
Fracture of stretched openhole PMMA plates is made
by Finite Fracture Mechanics
using Finite Elements with a
linear viscoelastic material
model. Predictions of the
size effect are made and
compared.
M1
3414-3 FAILURE
PREDICTION MODEL FOR
NCF LAMINATES LOADED
IN COMPRESSION AND
THE EFFECT OF OFF-AXIS
LOADING
Anton Shipsha (KTH Royal
Institute of Technology),
Magnus Burman (KTH Royal
Institute of Technology),
Johan Ekh (KTH Royal
Institute of Technology)
Compressive strength of
NCF laminates at various
off-axis angles was studied
experimentally for different
lay-ups. Effect of stacking
sequence was studied as
well. Strength criterion was
proposed.
3414-4 EVALUATION OF
CORRELATION BETWEEN
IMPACT-INDUCED CRACK
GROWTH BEHAVER AND
INTERLAMINAR FRACTURE
TOUGHNESS IN CFRP
LAMINATES
Yasuhiro KOICHI (Kanazawa
Institute of Technology),
Hiroshi SAITO (Kanazawa
Institute of Technology),
Isao KIMPARA (Kanazawa
Institute of Technology)
M2
3415-3 IMPACT OF THE
NUMERICAL MODEL
ASSUMPTIONS ON THE
WATER DIFFUSION
KINETICS OF A UD
COMPOSITES
Yoann JOLIFF (MAPIEM SeaTech - Université de
Toulon), Lénaïk BELEC
(MAPIEM - SeaTech Université de Toulon), JeanFrançois CHAILAN (MAPIEM
- SeaTech - Université de
Toulon)
This work deals with the
impact of the numerical
models assumptions on
the diffusion kinetics of a
unidirectional composite.
Numerical results are
compared with experimental
values (from µ-TA).
3415-4 PREDICTION OF
CRACK TORTUOSITY
IN FIBER REINFORCED
COMPOSITE
MICROSTRUCTURES
Timothy Breitzman (US Air
Force Research Laboratory),
Eric Zhou (University of
Dayton Research Institute)
M3
3416-3 OUT-OF-OVEN
CURING OF COMPOSITE
LAMINATES VIA RESISTIVE
MICROHEATERS
COMPRISED OF ALIGNED
CARBON NANOTUBE
NETWORKS.
Jeonyoon Lee
(Massachusetts Institute
of Technology), Itai Stein
(Massachusetts Institute
of Technology), Seth
Kessler (Metis Design
Corporation), Brian Wardle
(Massachusetts Institute of
Technology)
An in siu curing technique
for polymer matrix composite using a resistive heating
film comprised of an aligned
carbon nanotube network
enables highly efficient
curing while adding multifunctionality.
3416-4 INTERFACIAL
DECOHESION IN FIBER
RICE HUSK POWDER
FAILURE EPOXY
COMPOSITE
Anil Saigal (Tufts University),
Alvaro Del Solar (Tufts
University)
M4
3417-3 ASSESSING THE
STRUCTURAL RESPONSE
OF AFP COMPOSITE
STRUCTURES WITH
GAPS AND OVERLAPS BY
MEANS OF NUMERICAL
APPROACHES
Falk Heinecke (German
Aerospace Center (DLR)),
Wouter van den Brink
(National Aerospace
Laboratory (NLR)), Tobias
Wille (German Aerospace
Center (DLR))
Focusing on the automated
dry fibre placement technique (AFP) the effect on
stiffness and strength of
manufacturing induced gaps
and overlaps are assessed
to enable a so called “asbuilt” analysis.
3417-4 STRUCTURAL
HEALTH MONITORING
AND PROCESSING OF
COMPOSITE STRUCTURES
USING PHOTONIC SENSING
TECHNOLOGY
Gangadhara Prusty (UNSW
Australia), Ginu Rajan
(UNSW Australia), Ebrahim
The paper deals with 2D
Oromiehie (UNSW Australia),
This paper considers the
analysis of a biocomposite Paul Compston (Australian
tortuosity of a minimal
consisting of 30 vol. percent National University)
energy fracture surface
of rice husk powder in an
through a fiber reinforced
epoxy resin matrix in which Utilizing FBG sensors for
In this study, we compared microstructure with variable the interfacial decohesion
structural health monitoring
mapping of fracture mode in fiber volume fractions and failure initiates between
of composite laminates
CFRP laminates after impact material fracture properties. 1-2% strain.
and demonstrate their
and the result of numerical
capabilities for for on-line
simulation, and identified
monitoring of lay-up process
consistency between these.
in the advanced robotic
composites.
M5
3418-3 HEALTH
MONITORING OF WOVEN
COMPOSITE STRUCTURES
BY STRAIN FIELD
METHODS: COMPARISON
BETWEEN FIBRE BRAGG
GRATING SENSORS
ARRAYS AND DIGITAL
IMAGE CORRELATION.
Md Kharshiduzzaman
(Politecnico di Milano),
Andrea Bernasconi
(Politecnico di Milano),
Lorenzo Comolli (Politecnico
di Milano)
In this work the response
of fiber Bragg grating
(FBG) sensors is studied
for non-uniform strain field
present in woven composites for strain based SHM
applications and compared
with DIC results.
M6
M7
3419-3 IN-PLANE
STRUCTURAL BEHAVIOR
OF MASONRY WALLS
STRENGTHENED WITH AN
INNOVATIVE HEMP-BASED
COMPOSITE SYSTEM
Costantino Menna
(University of Naples
Federico II), Domenico
Asprone (University of
Naples Federico II), Massimo
Durante (University of
Naples Federico II), Alberto
Zinno (Stress S.c.a r.l.),
Anna Bozza (University of
Naples Federico II), Andrea
Prota (University of Naples
Federico II)
The in-plane structural
behavior of masonry
panels strengthened with
an innovative hemp-based
composite system was
assessed by means of
diagonal compression tests.
A good performance was
achieved.
3419-4 MECHANICAL
BEHAVIOR OF BFRP-STEEL
COMPOSITE PLATE UNDER
AXIAL TENSION
Yanlei Wang (Dalian
University of Technology),
Yunyu Li (Dalian University
of Technology)
programme
M8
3421-3 NUMERICAL
AND EXPERIMENTAL
INVESTIGATIONS OF
THIN-WALLED NEUTRALLY
STABLE DEPLOYABLE
COMPOSITE BOOMS
Yang Liuyi (Harbin Institute
of Technology), Tan
Huifeng (Harbin Institute
of Technology), Cao
Zongsheng (Harbin Institute
of Technology)
A neutrally stbale boom
was investigated trhough
an analytical model and
numerical method. The coiling process was simulated,
the strain enerygy of two
methods agree well with
each other.
A novel BFRP-steel composite plate (BSP) is proposed,
where a steel plate is sandwiched between two outer
BFRP laminates. The performance of the proposed BSP
under uniaxial tension was
investigated.
75
Scientific programme · Thursday 23 July
Congress Hall A
Auditorium 15
Auditorium 10
Auditorium 11
Auditorium 12
Meeting room 18
8:30 From fibres to tapes, from synthetic to natural fibres: a new generation of textile composites and their applications Ignaas Verpoest, Katholieke Universiteit Leuven, Belgium
4102 Nano Composites 10 4103 ONR Special
4104 Multifunctional
4105 Structural Analysis
4106 Experimental
9:30 4101 Processing Manufacturing Technology
Symposium on Marine
Composites - Self-Healing and Optimization 10
Methods for Process
10
Composites 5
and Bio-inspired Designs 1
Characterisation 2
9:30 4101-1 OPTIMUM
PROCESSING PARAMETERS
FOR HOT DRAPE FORMING
OF OUT-OF-AUTOCLAVE
PREPREG OVER COMPLEX
SHAPE USING DOUBLE
DIAPHRAGM TECHNIQUE
Hassan Alshahrani (Concordia
Center for CompositesConcordia University-), Mehdi
Hojjati (Concordia Center
for Composites-Concordia
University-)
A double-diaphragm set-up
for forming flat prepreg
into complex shapes was
developed. Formability of
out-of-autoclave (OOA)
prepregs and the effects of
processing parameters were
studied.
4102-1 MECHANICAL
AND TRIBOLOGICAL
PERFORMANCE OF CARBON
NANOTUBE BUCKYPAPER
REINFORCED EPOXY
COMPOSITE
Jinhua Han (National
Center for Nanoscience
and Technology-China), Hui
Zhang (National Center for
Nanoscience and TechnologyChina), Zhong Zhang (National
Center for Nanoscience and
Technology-China)
4104-1 SELF-HEALING OF
SKIN-STIFFENER DEBOND
SPECIMENS UNDER FATIGUE
CONDITIONS
Rafael Luterbacher (University
of Bristol), Richard S. Trask
(University of Bristol), Ian P.
Bond (University of Bristol)
4105-1 OPTIMAL DESIGN
OF VARIABLE THICKNESS
COMPOSITE STRUCTURES
MADE BY PATCHES USING
STACKING SEQUENCE
TABLES
François-Xavier Irisarri
(ONERA), Cédric Julien
(ONERA), Dimitri Bettebghor
(ONERA)
Intralaminar damage within
cross-ply laminates and
skin-stiffener debond speci- A bi-level optimization stratmens is addressed via a vas- egy is presented in which
cular self-healing approach. stacking sequence tables
PIV is used to experimentally
are used to link thickness
Carbon nanotube buckypaper/ investigate the asymmetric
variations to stiffness varicomposites (285 mm in
water impact of a rigid wedge.
ations within a continuous
diameter) with remarkable
The effect of a geometric
optimization.
mechanical and tribological
asymmetry on the flow
properties, as well as lightning physics and pressure field is
strike protection performance studied.
have been conducted.
9:50 4101-2 ADVANCED
SMC-PROCESSING WITH
CONTINUOUS FIBER
REINFORCEMENT
Florian Gortner (Institut
für Verbundwerkstoffe),
Luisa Medina (Institut für
Verbundwerkstoffe ), Peter
Mitschang (Institut für
Verbundwerkstoffe)
4102-2 ENCAPSULATION
OF MULTIWALL
CARBON NANOTUBE
VIA SELF-POLYMERIZED
POLYDOPAMINE:
THE IMPROVEMENT
ON PROPERTIES
OF ELASTOMERIC
POLYURETHANE
NANOCOMPOSITES WITH
ULTRALOW NANOTUBE
The combination of textile
LOADINGS
reinforcement with a conChenzhong Mu (Nanyang
ventional short fiber Sheet
Technological University),
Molding Compound (SMC) en- Liying Zhang (Nanyang
ables the production of com- Technological University), Yujie
plex component geometries
Song (Nanyang Technological
with increased mechanical
University), Ming Liu (Nanyang
properties.
Technological University), Xiao
Hu (Nanyang Technological
University)
A facile and eco-friendly
method employing polydopamine (PDA) as a surface
treatment agent was used to
modify the CNTs surfaces and
the influences of PDA-CNTs
on nanocomposites were
studied as well.
76
4103-1 WATER ENTRY OF
ASYMMETRIC WEDGES
THROUGH PARTICLE IMAGE
VELOCIMETRY
Adel Shams (New York
University Polytechnic School
of Engineering), Mohammad
Jalalisendi (New York
University Polytechnic School
of Engineering), Maurizio
Porfiri (New York University
Polytechnic School of
Engineering)
4103-2 FAILURE MECHANICS
OF SANDWICH PANELS
SUBJECTED TO WATER
SLAMMING
Mark Battley (University
of Auckland), Tom Allen
(University of Auckland)
4104-2 ADDITIVE LAYER
MANUFACTURING OF
VASCULAR NETWORKS FOR
REPEATED SELF-HEALING
FUNCTIONALITY
Isabel Qamar (University
of Bristol), Richard Trask
(University of Bristol)
4105-2 STRUCTURAL
OPTIMIZATION TO PREVENT
CRACK PROPAGATION FOR
CFRP CRYOGENIC TANK
Hayato Fukui (Tokyo University
of Science), Akinori Yoshimura
(Japan Aerospace Exploration
Agency), Ryosuke Matsuzaki
(Tokyo University of Science)
4106-1 INFLUENCE OF
PROCESS PARAMETERS
ON THE EFFICIENCY
OF TRANSVERSE
IMPREGNATION OF TEXTILES
David Becker (Institut fuer
Verbundwerkstoffe GmbH),
Joachim Broser (Institut fuer
Verbundwerkstoffe GmbH),
Peter Mitschang (Institut fuer
Verbundwerkstoffe GmbH)
By combining transverse
permeability measurement
with online-compaction
monitoring, the influence
of pressure drop, flow rate
& flow acceleration on the
textile impregnation behavior
was investigated.
4106-2 INFLUENCE OF
COMPACTION BEHAVIOR
OF CARBON NCF ON
PREFORM MECHANICS
FOR CONTINUOUS PROFILE
PREFORMING
Timo Grieser (Institute fuer
Verbundwerkstoffe GmbH),
Peter Mitschang (Institute fuer
Verbundwerkstoffe GmbH)
Meeting room 19
Meeting room 20
Meeting room 17
Meeting room 16
4107 Fibres 1
4108 Biocomposites 9
4109 Liquid Composites
Moulding 1
4110 Sandwich Structures
and Materials 1
4107-1 VISCOELASTIC
BEHAVIOUR OF SINGLE
HEMP FIBRE UNDER
CONSTANT AND CYCLIC
HUMIDITY ENVIRONMENT
- EXPERIMENT AND
MODELLING.
Vincent Placet (FEMTOST), Ousseynou CISSE
(FEMTO-ST), Violaine
GUICHERET-RETEL (FEMTOST), Frédérique TRIVAUDEY
(FEMTO-ST), Lamine
BOUBAKAR (FEMTO-ST)
4108-1 DEGRADATION OF
NFC SANDWICH PANELS
DUE TO ACCELERATED
WEATHERING
Benjamin Hornblow (FORCE
Technology)
4109-1 VACUUM INFUSION
PROCESSING OF CELLULOSE
NANOFIBRE NETWORKS
Yvonne Aitomäki (Luleå
University of Technology),
Sergio Moreno Rodríguez
(Luleå University of
Technology), Staffan
Lundström (Luleå University
of Technology), Kristiina
Oksman (Luleå University of
Technology)
4110-1 COMPARING
UNREINFORCED AND PINREINFORCED CFRP/PMI
FOAM CORE SANDWICH
STRUCTURES REGARDING
THEIR DAMAGE TOLERANCE
BEHAVIOUR
Marianne John (Fraunhofer
IWM), Anne Geyer (Fraunhofer
IWM), Ralf Schlimper
(Fraunhofer IWM), Ralf
Schäuble (Fraunhofer IWM)
The aim of this study is to
investigate and model the
time-dependent tensile behaviour of single hemp fibres
in view of their integration in
composite materials.
4107-2 DEVELOPING
MULTIFILAMENT DRAWING
FACILITIES FOR PHOSPHATE
GLASSES
Andrew Parsons (University
of Nottingham), Nusrat
Sharmin (University of
Nottingham), Sharifah
Failure mechanics of foam
Shaharuddin (International
core sandwich panels subAdditive Manufacturing techIslamic University Malaysia),
jected to water slamming are niques are used to develop
We conducted structural optiIfty Ahmed (University of
characterised demonstrating porous vascular networks
mizations for CFRP cryogenic The influence of process and Nottingham), Martyn Marshall
significant differences in
for self-healing applications, propellant tank by using ge- material parameters on com- (Glass Technology Services),
damage evolution and
permitting multiple healing
netic algorithm, and proposed paction behavior of singly-ply Tim Kermeen (Valmiera
strength depending on the
cycles by keeping the network the structure, which can pre- and multi-ply carbon fiber
Glass UK Ltd.), Chris Rudd
type of material.
intact.
vent crack propagation.
NCF preforms was investigat- (University of Nottingham)
ed to improve stationary and
continuous preforming.
A prototype multi-filament
fibre drawing system was
developed to produce
bound threads of resorbable
phosphate glass fibre. These
threads were then used to
produce a phosphate glass
woven textile.
Epoxy/flax-fibre sandwich
panels were shown to be a
suitable alternative to birch
plywood for the carrying box
of a cargo bicycle. UV resistant coating proved effective at
preventing colour change.
Cellulose nanofibre networks
of different porosity are made
from fibrillated pulp with
the aim of allowing vacuum
infusion to be used to manufacture nanocomposites from
these networks.
4108-2 WASTE SILK/WOOL
HYBRID BIOCOMPOSITES
WITH PBS MATRIX:
PROCESSING, PROPERTIES
AND ELECTRON BEAM
TREATMENT EFFECT
Donghwan Cho (Kumoh
National Institute of
Technology), Hwi Yong Lee
(Kumoh National Institute of
Technology)
4109-2 PERMEABILITY
ENHANCEMENT WITH
DIFFERENT GLASS FIBER
QUASI-UD STRUCTURE
ARRANGEMENTS FOR RTMTP PROCESS
Guillaume Cazaux (Laboratoire
Ondes et Milieux Complexes
- Université du Havre),
Laurent Bizet (Laboratoire
Ondes et Milieux Complexes
- Université du Havre), Joël
The study is focusing on pro- Bréard (Laboratoire Ondes
cessing hybrid biocomposites et Milieux Complexes with waste silk/wool fibers
Université du Havre), Moussa
and PBS and on characteris- Gomina (Centre National de
ing the electron beame treat- Recherche Technologique
ment effect on the thermal
Materiaux - ENSICAEN), Elena
and mechanical properties.
Syerko (Ecole Centrale de
Nantes), Sebastien ComasCardona (Ecole Centrale de
Nantes), Christophe Binetruy
(Ecole Centrale de Nantes),
Gilles Orange (Solvay)
The common work of TAPAS
project members propose an
in-plane permeability comparison of three different glass
fiber fabrics structures, characterized by experiments and
analytical/numerical models.
The SCB-test is used to determine the Energy Release Rate
(ERR) as a characteristic value
of the Damage Tolerance
behavior of unreinforced and
pin-reinforced CFRP/PMI foam
core sandwich structures.
4110-2 STRAIN
VISUALISATION OF
COMPOSITE SANDWICH
STRUCTURES WITH
DIFFERENT CORE
MATERIALS FOR WIND
TURBINE BLADES
Cihan Kaboglu (Imperial
College London), Soraia
Pimenta (Imperial College
London), Andy Morris (EDF
Energy), John P. Dear (Imperial
College London)
This work studies the effect
of grading the density of the
core material of sandwich
structures. It is shown that
a uniform core maximises
flexural strength, but a graded
core may delay final failure.
Thursday 23 July · Scientific
Meeting room 5
Meeting room 6
Meeting room 7
4111 Multifunctional
Composites - Adaptive
Response and
Reconfiguration 3
4111-1 COMPARING
DIFFERENT NANOPARTICLE
EMBEDDING IN A
POLYMERIC MATRIX
TOWARD MULTIFUNCTIONALITY
Biswajit Basu (Trinity
College), Fabio Casciati
(University of Pavia), Sara
Casciati (University of
Catania), Biqiong Chen
(University of Sheffield),
Andrea Spagnoli (University
of Parma)
4112 Composites with
Metallic Components 1
4112-1 SYNERGISTIC
STRENGTHENING EFFECT
IN THE GRAPHENECARBON NANOTUBE
HYBRID-REINFORCED
ALUMINUM MATRIX
COMPOSITES
Genlian Fan (Shanghai
Jiao Tong University),
Zan Li (Shanghai Jiao
Tong University), Zhanqiu
Tan (Shanghai Jiao Tong
University), Zhiqiang
Li (Shanghai Jiao Tong
University), Qiang Guo
Graphene Nanoparticles
(Shanghai Jiao Tong
Embedded in a Polymeric
University), Di Zhang
Matrix for Added/value
(Shanghai Jiao Tong
Multifunctionality. This paper University)
reports some aspects of a
work-in-progress. Scenarios
of extreme environmental
conditions.
M1
M2
M3
M4
4113 Ductile and Pseudo- 4114 Models
ductile Composites 5
Homogenization – Micro
to Macro 5
4115 Identification using
Full-Field Measurements
4116 Dynamic Fracture 2
4117 Manufacturing Up4118 Multiscale Modelling 4119 Applications - Wind, 4120 Sensors in
4121 Multifunctional
Scaling and Automation 2 of Structures 1
Wave and Tidal Energy 1 Experimental Mechanics 2 Composites - Smart
Structures 2
4113-1 ALIGNED SHORT
FIBRE COMPOSITES WITH
DUCTILE BEHAVIOUR
Hana Yu (University of
Bristol), Marco Longana
(University of Bristol), Gael
Grail (Imperial College
London), Soraia Pimenta
(Imperial College London),
Paul Robinson (Imperial
College London), Michael
Wisnom (University of
Bristol), Kevin Potter
(University of Bristol)
4115-1 ULTRA-HIGH SPEED
FULL-FIELD DEFORMATION
MEASUREMENTS TO
IDENTIFY THE HIGH
STRAIN RATE BEHAVIOUR
OF COMPOSITES
Haibin Zhu (University of
Technology of Troyes),
Fabrice Pierron (University of
Southampton), Clive Siviour
(University of Oxford)
4116-1 EXPERIMENTAL
ASSESSMENT AND MODEL
DEVELOPMENT OF FIBRE
REINFORCED COMPOSITE
SANDWICH PANELS
SUBJECTED TO OUT-OFPLANE IMPACT LOADING
Ingrid Schipperen (TNO)
4114-1 NON-CONFORMAL
FINITE ELEMENT
HOMOGENIZATION
APPLIED TO WOVEN
COMPOSITES WITH
COMPLEX TEXTILE
ARCHITECTURES
Benoit Wucher (Cenaero),
Stefan Hallström (Royal
Institute of Technology
(KTH)), David Dumas
(Cenaero), Thomas Pardoen
(Université catholique de
Louvain), Christian Bailly
(Université catholique de
Highly aligned short fibre
Louvain), Philippe Martiny
composites with fibre length (e-Xstream engineering),
close to the critical value,
Frédéric Lani (Université
which can bring a nonlinear catholique de Louvain)
behaviour, are manufactured
and the results are comA simple finite element
pared with the analytical
procedure is developed for
solution.
the homogenization of highly-compacted woven textiles, using non-conformal
meshing and penetration
compensation.
4111-2 SHAPE
4112-2 ON THE
4113-2 EFFECT OF
4114-2 MULTISCALE
MEMORY POLYMER
BEHAVIOUR OF FIBRE
FIBER LENGTH ON THE
ANALYSIS FOR NEGATIVE
NANOCOMPOSITES: NANO- REINFORCED METAL
TENSILE STRENGTH
THROUGH-THE-THICKNESS
REINFORCEMENT AND
MATRIX COMPOSITES
OF UNIDIRECTIONALLY
POISSON’S RATIO OF
MULTIFUNCTIONALIZATION UNDER LOADING AND
ARRAYED CHOPPED
ELASTIC-VISCOPLASTIC
Haibao Lu (Harbin Institute THERMAL CYCLING
STRANDS
ANGLE-PLY CFRP
of Technology), Jinsong
CONDITIONS
Ichiro Taketa (Toray
LAMINATES
Leng (Harbin Institute
Haofeng Chen (University of Industries-Inc.)
Tetsuya Matsuda (University
of Technology), Shanyi
Strathclyde)
of Tsukuba), Keita Goto
Du (Harbin Institute of
A newly-proposed equa(University of Tsukuba),
Technology)
The paper investigates the tion closely reflects the
Nobutada Ohno (Nagoya
shakedown and ratchetting relation between tensile
University), Yusuke
Research and development behaviour of an idealised
strength and fiber length on Kawasaki (Marubeni
of shape memory polymer fiber-reinforced MMC that
unidirectional composites
Information Systems Co.nanocomposites from
consists of a square array
with a stagger-structure of Ltd.), Shintaro Miyashita
nano-reinforcement and
of fibers in an aluminium
chopped strands (UACS).
(Marubeni Information
multi-functional will be
matrix.
Systems Co.-Ltd.)
reviewed and discussed in
this work.
A multiscale analysis for
the negative through-thethickness Poisson’s ratio of
angle-ply CFRP laminates
in the viscoplastic region
is performed based on a
homogenization theory.
M5
M6
M7
programme
4117-1 AUTOMATION
OF COMPOSITE
MANUFACTURING
USING OFF-THE-SHELF
SOLUTIONS; THREE
INDUSTRIAL CASES
FROM THE AEROSPACE
INDUSTRY
Andreas Björnsson
The behaviour of FRP sand- (Linköping University), Marie
wich panels under impact
Jonsson (Swerea Sicomp),
was studied both experiKerstin Johansen (Linköping
This communication prementally and numerically.
University)
sents a new methodology to It was shown that design
obtain composite stiffness for impact and analysis of
The paper explores how
components at high strain impact loaded panels is
off-the-shelf solutions, derate, based on ultra-high
possible.
veloped for other purposes
speed imaging, full-field
than composite manufacmeasurements and inverse
turing, can be used to build
identification.
systems for automated
composite manufacturing.
4118-1 INTEGRATED
MULTI-SCALE MODELLING
OF 3D WOVEN
STRUCTURES
Bassam El Said (University
of Bristol), Dmitry Ivanov
(University of Bristol),
Andrew Long (University of
Nottingham), Stephen Hallett
(University of Bristol)
4120-1 MANUFACTURING
OF HIGH PRESSURE
COMPOSITE VESSEL
WITH INTEGRATED
OPTICAL FIBER SENSORS.
LIMITATIONS AND
BENEFITS
Pawel Gasior (Wroclaw
University of Technology),
Jerzy Kaleta (Wroclaw
University of Technology),
A novel integrated
Radosław Rybczyński
multi-scale modelling
In order to study the through (Wroclaw University of
framework that allows the thickness variation of
Technology)
designer to virtually weave, lamina properties in thick
compact and simulate the
laminates, 60-70mm thick
mechanical performance
unidirectional GFRP infused
of 3D woven composites
panels were divided in
structures.
sub-laminates and tested
(static & fatigue).
4121-1 DAMAGE
MONITORING OF
SANDWICH PANELS
BASED ON IMPACT FORCE
IDENTIFICATION USING
RADIATED SOUNDS
Satoshi Atobe (Tohoku
University), Masato
Muramoto (Tohoku
University), Hisao Fukunaga
(Tohoku University)
4115-2 IDENTIFICATION
OF FAILURE MECHANISMS
IN CFRP LAMINATES
USING 3D DIGITAL IMAGE
CORRELATION
Nora Schorer (University
of Augsburg), Markus G.
R. Sause (University of
Augsburg)
4118-2 MULTISCALE
ANALYSES OF WOVEN
POLYMER MATRIX
COMPOSITES: DAMAGE
MODELING.
Christian Fagiano (ONERA),
Aurelien Doitrand (ONERA),
Martin Hirsekorn (ONERA),
Vincent Chiaruttini (ONERA)
4121-2 EXPERIMENTAL
AND NUMERICAL
STUDY ON INFLUENCE
OF EMBEDDED
INTERROGATOR
GEOMETRY ON
STRUCTURAL
PERFORMANCE OF FIBER
REINFORCED COMPOSITES
Nicolas Lammens (UGent),
Geert Luyckx (UGent), Wim
Van Paepegem (UGent),
Joris Degrieck (UGent)
4116-2 SOFT IMPACT
RESPONSE OF LAMINATED
GLASS PLATES
Iman Mohagheghian
(Imperial College London),
Yi Wang (Imperial College
London), Jie Zhou (Imperial
College London), Xintao
Guo (Beijing Institute of
Aeronautical Materials),
The local strain concentra- Maria Charalambides
tion of artificially introduced (Imperial College London),
defects in unidirectional
John Dear (Imperial College
composites is investigated London)
experimentally and compared to a validated finite
Damage development in
element modelling.
laminated glass plates with
different types of polymer
inter-layer is investigated
under low and high velocity
soft impact.
4117-2 IN-LINE QUALITY
CONTROL SYSTEM
FOR THE INDUSTRIAL
PRODUCTION OF
MULTIAXIAL NON-CRIMP
FABRICS
Marcel Haeske (Institut
fuer Textiltechnik (ITA) of
RWTH Aachen University),
Bahoz Abbas (Institut fuer
Unternehmenskybernetik
e.V. (IfU)), Tobias Fuertjes
(Werkzeugmaschinenlabor
(WZL) of RWTH Aachen
University), Thomas Gries
(Institut fuer Textiltechnik
(ITA) of RWTH Aachen
University)
A new approach is presented, in which a real-time
system for error detection is
developed in order to enable
the inline quality control
during the production process of NCF.
4119-1 STATIC AND
DYNAMIC THROUGH
THICKNESS LAMINA
PROPERTIES OF THICK
LAMINATES
Francisco Lahuerta
(Knowledge Centre WMC),
Rogier Nijssen (Knowledge
Centre WMC ), Frans van der
Meer (TU Delft (CITG)), Bert
Sluys (TU Delft (CITG))
M8
4119-2 DESIGN
AND TESTING OF
THREE-DIMENSIONAL
COMPOSITES FOR
FLYWHEEL ROTOR
Noboru Hiroshima (The
Graduate University for
Advanced Studies School
of Physical Sciences),
Masashi Koyama (MEISEI
A finite element strategy
University), Hiroshi
is proposed to evaluate
Hatta (Japan Aerospace
the effects of mesoscale
Exploration Agency), Yuichi
damage on the macroscopic Nagura (Tokyo University of
mechanical properties of
Science), Ken Goto (Japan
woven polymer matrix
Aerospace Exploration
composites.
Agency), Yasuo Kogo (Tokyo
University of Science)
Carbon fiber reinforced
three-dimensional composites were applied to a high
speed rotation disk. Based
on its optimum design, three
types of prototype rotor
were made and evaluated
by spin test.
4120-2 REAL-TIME
PROCESS MONITORING
OF 3D PRINTED
MULTILAYERED
STRUCTURES USING
OPTICAL FIBER BRAGG
GRATING SENSORS
Charoula Kousiatza
(University of Piraeus),
Dimitrios Karalekas
(University of Piraeus)
The present work investigates the incorporation of
optical fiber Bragg grating
sensors for real-time monitoring of strain build up during the fabrication process
of 3D printed multilayered
structures.
This paper presents a method for identifying impact
forces acting on sandwich
panels, and also detecting
the impact-induced damage
using the information obtained by the impact force
identification.
This work presents a F.E.
technique to model the resin
pocket surrounding any
inclusion in composites, and
the effect on structural performance of the composite
host, and is validated by
experiments.
77
Scientific programme · Thursday 23 July
Congress Hall A
10:10 4101-3 APPLICATIONS AND
CHALLENGES OF PREPREG
FORMING TECHNOLOGIES IN
AIRCRAFT INDUSTRY
Jan Christoph Kako (Airbus
Operations GmbH)
Auditorium 15
4102-3 CARBON NANOTUBEBASED CONDUCTIVE FILMS
FOR INDUCTION WELDING
OF THERMOPLASTIC
POLYMERS AND
COMPOSITES
Rouhollah Dermanaki
Prepreg Forming is widely
Farahani (École de technolapplied in manufacturing of
ogie supérieure), Martine
reinforced panels in aircraft
Dube (École de technologie
production. Recently progress supérieure)
was made on understanding
and description of the proIn this work, two conductive
cess, still challenges remain. nanotube-based films are
fabricated and tested as new
types of heating elements for
welding of thermoplastic polymers using microwave and
induction welding processes.
10:30 4101-4 INTRODUCTION OF A
PRODUCTION TECHNOLOGY
FOR THE PRE-ASSEMBLY
OF MULTI-MATERIALPREFORMS AIMING AT A
LARGE SCALE PRODUCTION
Raphael Schnurr (Technische
Universität Braunschweig),
Christian Löchte (Technische
Universität Braunschweig),
Franz Dietrich (Technische
Universität Braunschweig),
Klaus Dröder (Technische
Universität Braunschweig),
Kristian Lippky (Technische
Universität Braunschweig),
Fabian Fischer (Technische
Universität Braunschweig),
Klaus Dilger (Technische
Universität Braunschweig)
4102-4 SELF-ASSEMBLED
“BRICK-AND-MORTAR”
NANOSTRUCTURE
INSPIRED BY NATURE:
A ROUTE TOWARDS
HIGH MECHANICAL
PERFORMANCE
NANOCOMPOSITES
Francois De Luca (Imperial
College London), Robert
Menzel (Imperial College
London), Jonny Blaker
(Imperial College London),
Milo Shaffer (Imperial College
London), Alexander Bismarck
(Imperial College London)
A hybrid nanostructure was
assembled via Layer-by-Layer
assembly to produce a “brickand-mortar” (LDH/PSS)n coatAutomated pre-assembly ap- ing similar to nacre, but with
proach for hybrid preforms in all dimensions scaled down to
the scenario of a large scale the nanometre lengthscale.
production. Development
of a first demonstration
process for feasibility tests is
presented.
10:50 Coffee in the Exhibition
78
Auditorium 10
4103-3 BLAST MITIGATION
USING ELASTIC
METAMATERIALS WITH
DESIGNABLE MULTIDAMPERS
Guoliang Huang (University of
Missouri)
Auditorium 11
4104-3 THERMAL
REGULATION OF
VASCULARIZED POLYMER
MATRIX COMPOSITES
FOR ENHANCED
THERMOMECHANICAL
PERFORMANCE
Anthony M Coppola
Elastic metamaterials have
(University of Illinois at
been intensively studied in re- Urbana-Champaign), Nancy R
cent years due to their unusu- Sottos (University of Illinois at
al properties in manipulating Urbana-Champaign), Scott R
elastic waves which are not
White (University of Illinois at
readily available in nature. In Urbana-Champaign)
the paper, an elastic me
Results from thermomechanical testing of actively cooled
vascularized polymer matrix
composites are presented
and compared to non-cooled
composites. Performance is
greatly enhanced by active
cooling.
4103-4 FUNCTIONALLY
GRADED COMPOSITES
WITH VERTICALLY ALIGNED
CARBON NANO-TUBE
(VACNT) EMBEDDED LAYERS
FOR ENERGY ABSORPTION
Prabhakar Mantena
(UNIVERSITY OF MISSISSIPPI),
Veera Boddu (ERDC)
Dynamic Mechanical Analysis
and high strain-rate SHPB
compression response of woven fiber-glass polyester/polyurethane matrix composites
with embedded VACNT forest
layers, is presented.
Auditorium 12
4105-3 IN-PLANE MATERIAL
CONTINUITY FOR THE
DISCRETE MATERIAL
OPTIMIZATION METHOD
René Sørensen (Aalborg
University), Erik Lund (Aalborg
University)
Meeting room 18
4106-3 A COMPARISON
OF TWO MEASUREMENT
TECHNIQUES FOR
DETERMINING THE
2D PERMEABILITY
CHARACTERISTICS OF
REINFORCING TEXTILES
Ewald Fauster
In this work, we present in(Montanuniversität
plane material filters for mul- Leoben), Harald Grössing
ti-material topology optimi(Montanuniversität
zation. The filters can impose Leoben), Ralf Schledjewski
a minimum length scale onto (Montanuniversität Leoben)
the optimized design without
the use of a patch approach Two well-known techniques
for 2D permeability characterization based on radial flow
experiments are investigated
in terms of sources for systematic deviations inherent to
the results obtained.
Meeting room 19
4107-3 DEVELOPMENTS
IN HOLLOW
POLYACRYLONITRILE
(PAN) AND PAN/CARBONNANOTUBE- (CNT-) BASED
CARBON FIBERS
Thomas Tsotsis (The
Boeing Company), Satish
Kumar (Georgia Institute
of Technology), Han Gi
Chae (Georgia Insititute of
Technology), Prabhakar
Gulgunje (Georgia Institute
of Technology), Bradley
Newcomb (Georgia Institute
of Technology), Kishor
Gupta (Georgia Insititute of
Technology)
Hollow polyacrylonitrile
(PAN) and PAN/carbon nanotube- (CNT-) based carbon
fibers were processed using
bi-component fiber spinning
yielding fibers with moduli
exceeding standard-modulus
fibers.
Meeting room 20
4108-3 NOVEL BIOPOLYMER
COMPOSITES BASED
ON WS2 INORGANIC
NANOTUBES
Mohammed Naffakh
(Escuela Técnica Superior
de Ingenieros IndustrialesUniversidad Politécnica de
Madrid (ETSII-UPM)), Tyler
Silverman (Escuela Técnica
Superior de Ingenieros
Industriales-Universidad
Politécnica de Madrid
(ETSII-UPM)), Ana M. García
(Escuela Técnica Superior
de Ingenieros IndustrialesUniversidad Politécnica de
Madrid (ETSII-UPM)), Diego
A. Moreno (Escuela Técnica
Superior de Ingenieros
Industriales-Universidad
Politécnica de Madrid (ETSIIUPM)), Carlos Marco (Instituto
de Ciencia y Tecnología de
Polímeros (ICTP-CSIC)), Gary
Elllis (Instituto de Ciencia
y Tecnología de Polímeros
(ICTP-CSIC)), Alla Zak (Holon
Institute of Technology)
The aim of this investigation
is to highlight the latest findings on the use of tungsten
disulphide (WS2) inorganic
nanotubes in the development
of novel biopolymer composite materials.
4104-4 INTERLAMINAR
4105-4 CONCURRENT
4106-4 IMPROVED
4107-4 EFFECTS OF
4108-4 DEVELOPMENT
FRACTURE OF CF/EP
MULTI-SCALE OPTIMIZATION ANISOTROPIC
COMBINED TREATMENT ON OF HIGH PERFORMANCES
COMPOSITE CONTAINING
DESIGN OF COMPOSITE
PERMEABILITY
THE PROPERTIES OF PBO
AND MULTI-FUNCTIONAL
A DUAL-COMPONENT
FRAME STRUCTURES USING CHARACTERIZATION
FIBER AND ITS COMPOSITES PLANT FIBER REINFORCED
MICROENCAPSULATED
HEAVISIDE PENALIZATION
IN UNIDIRECTIONAL
Shi Gang (National University COMPOSITES
SELF-HEALING SYSTEM
DISCRETE MATERIAL
INJECTIONS BASED ON
of Defense Technology), Zhang Yan Li (Tongji University)
Habibah Ghazali (University
OPTIMIZATION
FLOW FRONT ANGLE
Jianwei (National University
of Sydney), Lin Ye (University Zunyi Duan (Dalian
MEASUREMENTS
of Defense Technology), Jiang
of Sydney), Ming Qiu Zhang
University of Technology),
Claudio Di Fratta (ETH Zürich), Dazhi (Changsha)
(Zhongshan University)
Jun Yan (Dalian University
François Trochu (École
of Technology), Guozhong
Polytechnique de Montréal),
Combined treatment of γ-ray
An experimental study on
Zhao (Dalian University of
Paolo Ermanni (ETH Zürich)
radiation, PPA etching and
self-healing ability of carTechnology)
coupling agent coating to
bon fibre/epoxy composite
The work illustrates simple
PBO fibers was proposed
(Vf=65%) with microencapWith considering specific
and cost-effective strategies and effects on mechanical
sulated epoxy and mercaptan manufacturing constraints
to accurately characterize
properties of the PBO and
as healant. Recovery of 80% representative actual indus- in-plane permeability by 1D
PBO/epoxy composites were
original fracture toughness
trial requirement, the paper
injections along only one or
investigated.
was achieved.
realizes the concurrent mul- two textile directions, instead
ti-scale design optimization of of the conventional three.
composite frame structure.
Meeting room 17
4109-3 CAPILLARY
WICKING IN FLAX FIBERS
REINFORCEMENTS;
ORTHOTROPIC ISSUES AND
COMPARISON WITH CARBON
REINFORCEMENTS
Monica Francesca Pucci
(Ecole des Mines de SaintEtienne), Pierre-Jacques
Liotier (Ecole des Mines de
Saint-Etienne), Sylvain Drapier
(Ecole des Mines de SaintEtienne)
Meeting room 16
4110-3 VIRTUAL TESTING
OF NOMEX HONEYCOMB
SANDWICH PANEL INSERTS
Ralf Seemann (Institute of
Product Development and
Mechanical Engineering
Design-Technische Universität
Hamburg-Harburg (TUHH)),
Dieter Krause (Institute of
Product Development and
Mechanical Engineering
Design-Technische Universität
Hamburg-Harburg (TUHH))
Capillary wicking in treated
and untreated flax fibers
reinforcements. Orthotropic
issues in capillary pressure
characterization and comparison with carbon reinforcements.
The study develops a detailed
progressive failure model
based on the Finite Element
Method (FEM) for the widely
used fully potted threaded
sandwich insert under pullout loading.
4109-4 MANUFACTURING
AND TESTING OF CURVED
FIBER COMPOSITES USING
VACUUM ASSISTED RESIN
TRANSFER MOULDING
(VARTM) AND FDMTECHNOLOGY
Jens Schuster (University
of Applied Sciences),
Monis Kazmi (University
of Auckland), Johannes
Lutz (University of Applied
Sciences Kaiserslautern)
4110-4 STATIC RESPONSE
OF SANDWICH BEAMS
USING A VARIABLE
STIFFNESS HONEYCOMB
CORE
Qing Ai (Univeristy of Bristol),
Paul Weaver (Univeristy of
Bristol), Mahdi Azarpeyvand
(Univeristy of Bristol)
A novel sandwich beam
model is proposed and the
effect of stiffness variation in
the core on static response of
3D-printing is used to produce the sandwich beam has been
single and double curved
investigated parametrically
molds for vacuum assisted
using the present formulation.
resin transfer molding
(VARTM). The produced parts
were evaluated in terms of
thickness variations and shear
strength.
Thursday 23 July · Scientific
Meeting room 5
4111-3 MAGNETOMECHANICAL ACTUATION
OF FERROMAGNETIC
SHAPE MEMORY ALLOY
COMPOSITES
Susanne Glock (EPFL), Luis
Canal (EPFL), Veronique
Michaud (EPFL)
Meeting room 6
4112-3 HIGH STRENGTH
AND SUPERIOR OXIDATION
RESISTANCE OF HYBRID
(TIC+TIB)/TI6AL4V
COMPOSITES WITH NOVEL
NETWORK ARCHITECTURE
Lujun Huang (Harbin
Institute of Technology),
Shaolou Wei (Harbin
We investigated the magInstitute of Technology),
neto-mechanical actuation Wei Ren (Harbin Institute
behaviour of composites
of Technology), Lin
made with Ni-Mn-Ga single Geng (Harbin Institute of
crystalline rods embedded Technology)
into epoxy, and compared
with a FE analysis.
4111-4 EMERGENT
MECHANICAL ADAPTIVITY:
CONTROLLING ACTUATION
AND LOCOMOTION
THROUGH GEOMETRYCOMPOSITION-GRADIENT
CORRELATIONS IN
COMPOSITE MATERIAL
SYSTEMS
Richard A. Vaia (Air Force
Research Laboratory), Phil
Buskohl (Air Force Research
Laboratory), David Wang (Air
Force Research Laboratory),
Loon-Seng Tan (Air Force
Research Laboratory)
The design of semi-autonomous materials comprised
of active-nodes in an inactive-matrix is demonstrated
using polyimides that exhibit
motion via energy harvesting from a vapour gradient.
4112-4 MICROSTRUCTURE
AND PROPERTIES OF
IN-SITU TIB2 PARTICLE
REINFORCED AL-4.5CU
COMPOSITES
Qi Gao (Huazhong University
of Science and Technology),
Shusen Wu (Huazhong
University of Science and
Technology), Shulin LÜ
(Huazhong University of
Science and Technology),
Xuecheng Duan (Huazhong
University of Science and
Technology)
5vol% TiB2/Al-4.5Cu composites were prepared by
the salt-metal reactions .
The size of TiB2 particles
is under 0.4μm. extremely
refined equiaxial grains are
formed. mechnical properties have improved.
Meeting room 7
4113-3 EXPERIMENTAL
STUDY OF THE
STRESS TRANSFER
IN DISCONTINUOUS
COMPOSITES ON THE
BASIS OF A UNIT CELL
MODEL
Benjamin Bachmann
(University of Applied
Sciences and Arts
Northwestern Switzerland),
Jeremias Blum (University
of Applied Sciences and Arts
Northwestern Switzerland),
Lian Giger (University of
Applied Sciences and Arts
Northwestern Switzerland),
Kunal Masania (University
of Applied Sciences
and Arts Northwestern
Switzerland), Clemens
Dransfeld (University of
Applied Sciences and Arts
Northwestern Switzerland),
Jesus Maldonado (ETH
Zürich)
M1
4114-3 ACCOUNTING FOR
FIBER BENDING EFFECTS
IN HOMOGENIZATION OF
LONG FIBER REINFORCED
COMPOSITES
Konstantinos Poulios
(Technical University
of Denmark), Christian
Niordson (Technical
University of Denmark)
M3
4116-3 IMPACT DAMAGE
RESPONSE OF CARBON
FIBRE-REINFORCED
AEROSPACE COMPOSITE
PANELS
Hamed Yazdani Nezhad
(Irish Centre for Composites
Research-Materials and
Surface Science InstituteUniversity of Limerick),
Anthony Auffray (Limerick),
A homogenized finite-eleConor McCarthy (Irish
ment model is presented,
Centre for Composites
which captures the miResearch-Materials and
cro-mechanical behavior of
Surface Science Institutelong fiber reinforced com- A two-scale identification
University of Limerick),
posites accurately, including strategy based on the mod- Ronan O’Higgins (Irish
the contribution of the fiber ified constitutive relation
Centre for Composites
bending stiffness.
error is proposed to find
Research-Materials and
heterogeneous properties at Surface Science Institutethe measurement level and University of Limerick)
homogeneous ones at the
specimen level.
This research looks into
the damage response and
energy absorption behaviour
of carbon fibre-reinforced
thermoplastic and thermoset
The stress-strain response
polymer composite panels
of thermoplastic composites
subjected to low-velocity
with a discontinuous ‘brickimpact events.
and-mortar’ archi-tecture
was determined experimentally and compared to
shear-lag stress transfer
model predictions.
4114-4 MODELING CHAIN
FOR HOMOGENISATION
AT MESOSCOPIC SCALE:
APPLICATION FOR
COMPOSITE MATERIALS
WITH 3D WOVEN FABRICS
Julien SCHNEIDER
(SNECMA), Yanneck
WIELHORSKI (SNECMA),
Gaëtan HELLO (LMEE),
Damien DURVILLE (LSSMAT
(ECP))
M2
4115-3 MULTI-SCALE
IDENTIFICATION USING
M-CRE BASED ON FULLFIELD MEASUREMENTS
Shaojuan Huang
(Laboratoire RobervalUniversité de Technologie de
Compiègne), Pierre Feissel
(Laboratoire RobervalUniversité de Technologie de
Compiègne), Pierre VILLON
(Laboratoire RobervalUniversité de Technologie de
Compiègne)
4115-4 ASSESSING 3D
MECHANICAL PROPERTIES
OF COMPOSITES BASED
ON DIGITAL IMAGE
CORRELATION
Guillaume Seon (University
of Texas Arlington), Andrew
Makeev (University of
Texas Arlington), Julia
Cline (University of Texas
Arlington), Erian Armanios
(University of Texas
Arlington)
4116-4 DELAMINATIONS
AND ULTRASOUND
ASSISTED REPAIR OF
BALLISTICALLY LOADED
GFRP
Mikhail Zhikharev (South
Ural State University),
Sergei Vaulin (South Ural
State University), Sergei
Sapozhnikov (South Ural
State University)
M4
4117-3 ADDITIVE
MANUFACTURE OF
MULTIFUNCTIONAL
COMPOSITE STRUCTURES
Konstantine Fetfatsidis
(Aurora Flight Sciences),
Christopher Hansen
(University of Massachusetts
Lowell), Andrew Burke
(University of Massachusetts
Lowell), Bradford Olson
(University of Massachusetts
Lowell), Harshal Tarar
(University of Massachusetts
Lowell)
M5
4118-3 A NEW METHOD
OF SHEAR STIFFNESS
PREDICTION OF PERIODIC
TIMOSHENKO BEAMS
Liang Xu (Dalian University
of Technology), Gengdong
Cheng (Dalian University of
Technology), Sinan Yi (Dalian
University of Technology)
M6
4119-3 EVALUATION OF
SIMPLIFIED LOADING
MODELS FOR FINITE
ELEMENT ANALYSIS
OF COMPOSITE WIND
TURBINE BLADES
Rosemary Barnes (UNSW),
Evgeny Morozov (UNSW),
Krishna Shankar (UNSW)
M7
4120-3 DYNAMIC
DEFORMATION
MONITORING OF GFRP
BEAM USING OPTICAL
FIBER DISTRIBUTED
SENSING SYSTEM BASED
ON OPTICAL FREQUENCY
DOMAIN REFLECTOMETRY
Daichi Wada (The University
of Tokyo), Hideaki
Murayama (The University of
Tokyo), Tetsuo Tamaoki (The
University of Tokyo), Daichi
Ogawa (The University of
Tokyo)
This paper presents a
presents a new method of
shear stiffness prediction
of periodic heterogeneous
beams based on the new
numerical implementation
Automated Fiber Placement of AH method which the auand 3D Printing are used
thors developed earlier.
to fabricate multifunctional
composites using aerospace-grade carbon fiber
prepreg with autoclave and
out-of-autoclave thermoset
epoxy resin systems.
3 loading approximations
used in wind turbine blade
analysis were compared:
CFD load, uniform pressure and tip force. An FEA
model was analysed and
topological optimisation was This paper demonstrates
performed for each.
the dynamic identification of
the deformation of GFRP in
the state of vibration using
an optical fiber distributed
sensing system. A measurement rate was more than
800S/s.
4117-4 IN-SITU
CONSOLIDATION OF
PEEK COMPOSITES BY
AUTOMATED PLACEMENT
TECHNOLOGIES
Fernando Rodriguez-Lence
(FIDAMC AIRBUS GROUP
INNOVATION)
4119-4 BRIDGING THE GAP
BETWEEN COUPON TESTS
AND FULL-SCALE BLADE
TESTS
Arno Van Wingerde
(Fraunhofer IWES), Simon
Pansart (DNV-GL), Florian
Sayer (Fraunhofer IWES),
Eric Putnam (Fraunhofer
IWES)
4118-4 MULTISCALE
MODELLING APPROACH
FOR FLEXIBLE RISERS
Sridhar Narayanaswamy
(Institute of High
Performance Computing),
Tianfu Guo (Institute of High
Performance Computing),
Zhiqian Zhang (Institute
FIDAMC has developed a
of High Performance
thermoplastic fibre placeComputing), Pham Dinh
ment technology based on Chi (Institute of High
There were studied the
laser beam heating that will Performance Computing),
factors influenced on the
enable in-situ consolidation Ben Edmans (Lloyd’s
Simultaneous assessment rheological properties of the of the thermoplastic materi- Register GTC), Graham
of stress-strain curves in
matrix in terms of capillary al out of the autoclave.
Stewart (Lloyd’s Register
all principal material planes effects for repair of delamiEnergy)
using a unidirectional small- nation at the length up to 20
plate torsion specimen and mm for 1.5 min.
We present developments
a full-field strain optimizain the linking of small scale
tion method based on DIC
local nonlinear structural
and FEM
behavior with large scale
global dynamic analysis and
demonstrate its application
for unbonded flexible riser
pipes.
The rotor blade industry
lacks subcomponent tests
in its development cycle,
needed to lower development costs and improve
overall reliability. DNV-GL
and Fraunhofer IWES are
establishing such tests.
programme
M8
4121-3 RIGIDITY TUNABLE
MULTIFUNCTIONAL
COMPOSITES FOR SOFT
ROBOTICS
Wanliang Shan (University
of Nevada-Reno), Carmel
Majidi (Carnegie Mellon
University)
Methods for rigidity tuning
in soft robotics through
multilayered composite
that is directly powered
with electrical current;
Potential applications are
demonstrated with a soft
pneumatic finger
4121-4 ACTIVE WING
SHAPE RECONFIGURATION
USING A VARIABLE
CAMBER COMPLIANT
WING SYSTEM
James Joo (US Air Force
Research Laboratory
), Christopher Marks
(University of Dayton
Research Institute), Lauren
Zientarski (University of
Dayton Research Institute)
US Air Force Research Lab
designed and fabricated a
Variable Camber Compliant
Wing and demonstrated a
new capability and technology for an active wing camber change without discrete
control surfaces.
79
Scientific programme · Thursday 23 July
Congress Hall A
11:20 4201 Processing Manufacturing Technology
11
Auditorium 15
4202 Nano Composites 11
11:20 KEYNOTE
4202-1 DENSIFYING EFFECT
ON THE PROPERTIES OF
4201-1 IMPREGNATION
CARBON NANOTUBE FILM
PERFORMANCE OF NONYanjie Wang (Beihang
ISOBARIC PROCESSES
University), Min Li (Beihang
Peter Mitschang (Institut für
University), Yizhuo Gu
Verbundwerkstoffe GmbH),
(Beihang University), Xiaohua
Marcel Christmann (Simona
Zhang (Suzhou Institute of
AG), Luisa Medina (Institut für Nano-Tech and Nano-Bionics),
Verbundwerkstoffe GmbH)
Shaokai Wang (Beihang
University), Qingwen Li
Scope of the paper is to
(Suzhou Institute of Nanointroduce a process model,
Tech and Nano-Bionics),
which is capable to predict
Zuoguang Zhang (Beihang
the impregnation performance University)
for non-isobaric process
conditions.
The effects of densifying
process parameters and
densifying methods on the
mechanical properties of CNT
film fabricated from spinnable
array were studied.
11:40
4202-2 STRUCTURE
AND PERFORMANCE OF
SILICON-CONTAINING
POLYARYLACETYLENEATTAPULGITE
NANOCOMPOSITES
Jiadong Zhan (East China
University of Science and
Technology), Qiaolong Yuan
(East China University of
Science and Technology),
Farong Huang (East China
University of Science and
Technology), Lei Du (East
China University of Science
and Technology)
Rod-like attapulgite particles
(ATT) were used to reinforce
the silicon-containing polyarylacetylene resin (PSA). The
particle networks constructed
in ATT/PSA affect the property
of the nanocomposite
80
Auditorium 10
4203 ONR Special
Symposium on Marine
Composites 6
Auditorium 11
4204 Multifunctional
Composites - Self-Healing
and Bio-inspired Designs 2
Auditorium 12
4205 Structural Analysis
and Optimization 11
Meeting room 18
4206 Experimental
Methods for Process
Characterisation 3
4203-1 EXTENDED HIGH
ORDER THEORY FOR
SANDWICH PANELS
AND COMPARISON WITH
ELASTICITY
George Kardomateas
(Georgia Institute of
Technology), Yeoshua Frostig
(Technion-Israel Institute of
Technology), Nunthadech
Rodcheuy (Georgia Institute pf
Technology)
4204-1 LIGHT WEIGHT
AND IMPACT RESISTANT
BIOMIMETIC COMPOSITES
David Kisailus (University of
California)
4205-1 COMPOSITE
AIRCRAFT FUSELAGE
STRUCTURE BLUNT IMPACT
DAMAGE PREDICTION
METHODOLOGY
Hyonny Kim (University of
California San Diego), Zhi
Ming Chen (University of
California San Diego)
KEYNOTE
The paper presents the response of a curved sandwich
panels, within the framework
of the EHSAPT model, i.e.
where with the circumferential rigidity of the core is
considered.
4203-2 ANALYSIS OF FINITE
DEFORMATIONS OF THICK
PLATES WITH THIRD ORDER
SHEAR AND NORMAL
DEFORMABLE THEORY
(TSNDT)
Romesh Batra (Virginia
Polytechnic Institute and
State University), Arka
Chattopadhyay (Virginia
Polytechnic Institute and State
University)
4204-2 SELF-HEALING
COMPOSITES: IN-SITU
REPAIR SOLUTIONS?
Tim Coope (University of
Bristol), Rafael Luterbacher
(University of Bristol), Daniel
Turkenburg (TNO Materials),
Amirhossein Hajdaei (Element
Materials Technology),
Stefanos Giannis (Element
Materials Technology),
Konstantinos Kitsianos
(GMI Aero), Hartmut Fischer
(TNO Materials), Ian Bond
(University of Bristol)
Meeting room 20
4208 Biocomposites 10
Meeting room 17
4209 Liquid Composites
Moulding 2
Meeting room 16
4210 Sandwich Structures
and Materials 2
4207-1 MULTI-SCALE
ANALYSIS OF THE AGEING
4206-1 MULTI-SCALE
OF A REINFORCED
MATERIAL AND PROCESS
POLYAMIDE 66 IN ETHANOLCHARACTERIZATION FOR
BASED FUELS
RESIN TRANSFER MOLDING: Camilo Cruz (Robert Bosch
CASE STUDY FOR A
GmbH), Enrico Belmonte
BLENDED EPOXY/PHENOLIC (Robert Bosch GmbH),
RESIN
Alexander Lux (Robert Bosch
Jonathan Lo (University
GmbH), Matthias De Monte
This paper presents modeling of Southern California),
(Robert Bosch GmbH), Marino
development for predicting
Mark Anders (University
Quaresimin (University of
progressive damage to com- of Southern California),
Padova)
posite aircraft fuselage-type Timotei Centea (University of
panels subject to wide area
Southern California), Steven
Softening by fuel diffusion and
blunt impact.
Nutt (University of Southern
polymer hydrolysis have been
California)
found as the most relevant
degradation mechanisms
We describe and demonstrate triggered by an ethanol-based
a comprehensive methodolo- fuel on injection-moulded
gy for characterizing the prop- fibre reinforced PA66 comerties and complex in-mold
posites
behavior of a thermoset RTM
resin in various temperature
and pressure conditions.
4208-1 RAYLEIGH-TAYLOR
SPIKES IN HARD AND
SOFT NATURAL FIBER
COMPOSITES
Katharina Resch (University
of Delaware), Xintian Su
(University of Delaware), Shijin
Gong (University of Delaware),
Richard P. Wool (University of
Delaware)
4209-1 CHARACTERISATION
OF FLOW KINETICS AND
VOID MIGRATION IN RFI
PROCESS
Simon B. Gosselin (University
of Ottawa), François Robitaille
(University of Ottawa)
4210-1 RESIN FILLET
FORMATION IN HONEYCOMB
SANDWICH STRUCTURES
Matt Jennings (Deakin
University), Mandy de
Souza (Deakin University),
Claudia Creighton (Deakin
University), Anthony Pierlot
(CSIRO), Steven Agius (Deakin
University), Bronwyn Fox
(Deakin University)
4205-2 CONSIDERATION OF
ADHESIVE JOINTS FOR A
MULTI-MATERIAL TOPOLOGY
OPTIMIZATION APPROACH
Paul Falkenberg (Technische
Universität Braunschweig),
Thilo Franke (Volkswagen AG),
Sierk Fiebig (Volkswagen AG),
Thomas Vietor (Technische
Universität Braunschweig)
4208-2 PREDICTION OF
LINEAR DISSIPATIVE
PROPERTIES OF FLAX
FIBRES REINFORCED
LAMINATES WITH
VIBRATION ANALYSIS
Marouane Belaïd (ISAT Université de Bourgogne), Ali
El Hafidi (ISAT - Université
de Bourgogne), Stéphane
Fontaine (ISAT - Université
de Bourgogne), Papa-Birame
Gning (ISAT - Université
de Bourgogne), Benoît
Piezel (ISAT - Université de
Bourgogne)
4209-2 A FAST MARCHINGLEVEL SETS APPROACH
FOR THE DISTANCE FIELD
COMPUTATION AND ITS
APPLICATION IN LIQUID
COMPOSITE MOLDING
PROCESS PERFORMANCE
INDICATORS
Luis Domenech (University
CEU Cardenal Herrera),
Fernando Sanchez (University
CEU Cardenal Herrera),
Victor García (University CEU
Cardenal Herrera), Enrique
Cortes (Aerox Advanced
Polymers), Elias Cueto
(University of Zaragoza),
Francisco Chinesta (Ecole
Centrale Nantes)
The challenge lies in integrating the design of adhesive
joints in the multi-material
topology optimization process.
Two modelling and a mechanA novel epoxy resin containing ical stress-based optimization
reversible bondable Dielsapproach are shown.
Alder structures is developed
and implemented into FRP
composites to provide a
self-healing functionality.
Meeting room 19
4207 Short Fibre
Composites 2
4207-2 DEFORMATION
AND FRACTURE BEHAVIOR
OF INJECTION-MOLDED
GLASS FIBER/POLYAMIDE
66 COMPOSITES WITH HIGH
VOLUME FRACTION OF
GLASS FIBER
Kazuya Mizumoto (YKK
Corporation), Kazuaki
Sanada (Toyama Prefectural
University), Makoto Kawagoe
(Toyama Prefectural
University), Mai Mizubayashi
(YKK Corporation)
The effects of the fiber
orientation and fiber volume
fraction on the tensile and
fracture properties of glass
fiber/polyamide 66 composites produced via injection
molding were investigated.
Direct observations of resin
flow and void formation during fabrication of composites
Morphology and properties of produced using the resin film
eco-leather, a highly innova- infusion (RFI) process are
This study discusses the
tive soft composite based on presented.
effect of heating rate during
natural fibers and bio-based
cure on the size and shape
liquid molding resins are
of resin fillets in honeycomb
discussed.
sandwich structures using
null hypothesis significance
testing.
Experimental and numerical
approaches to identify the
viscoelastic properties of flax
fibre reinforced epoxy comA technique that computes
posite laminates are proposed numerically approximate
in this study.
distance fields by invoking
computational geometry is
presented to relate the distance of the flow path to the
filling time in LCM processes.
4210-2 CREEP BEHAVIOUR
OF GEOMETRICALLY
NONLINEAR SOFT CORE
SADNWICH PANELS
Ehab Hamed (University of
New South Wales), Yeoshua
Frostig (Technion – Israel
Institute of Technology)
The paper investigates the
effects of creep of the core
material on the global geometrically nonlinear behavior
of sandwich panels under
axial and lateral loading
conditions.
Thursday 23 July · Scientific
Meeting room 5
4211 Multifunctional
Composites - Coupled
Properties and Multiphysics Models 1
KEYNOTE
4211-1 MULTI-SCALE
COMPUTATIONAL
MODELING FRAMEWORK
FOR COUPLED
ELECTROMAGNETICS
AND MECHANICAL
SIMULATIONS IN
MULTIFUNCTIONAL
MATERIALS
Somnath Ghosh (Johns
Hopkins University)
programme
Meeting room 6
4212 Composites with
Metallic Components 2
Meeting room 7
M1
4213 Hybrid Composites 1 4214 Fracture and
Damage - Materials
Scale 4
M2
4215 Digital Image
Correlation 1
M3
M4
M5
M6
M7
M8
4216 Durability, Creep and 4217 Manufacturing Up4218 Multiscale Modelling 4219 Applications - Wind, 4220 Sensors in
4221 Multifunctional
Agressive Environment 1 Scaling and Automation 3 of Structures 2
Wave and Tidal Energy 2 Experimental Mechanics 3 Composites - Smart
Structures 3
4212-1 NANO TITANIUM
CARBIDE PARTICLE
REINFORCED ALUMINUM
COMPOSITE MATERIALS
PREPARED BY BALL
MILLING FOLLOWED BY
REACTIVE SINTERING
Hiroki Kurita (CEA Saclay),
Nassim Samer (University
of Claude Bernard Lyon 1),
Jérôme Andrieux (University
of Claude Bernard Lyon 1),
Olivier Dezellus (University
of Claude Bernard Lyon
1), Sophie Gourdet (Airbus
Group Innovations),
Takamichi Miyazaki (Tohoku
University), Olivier Martin
(Mecachrome), Laurent
Chaffron (CEA Saclay)
4213-1 TENSILE
PROPERTIES OF CARBON
NANOTUBES-SHEETS/
CARBON FIBERS/
EPOXY AND CARBON
NANOTUBES-GRAFTED
CARBON FIBERS/EPOXY
HYBRID COMPOSITES
Kimiyoshi Naito (National
Institute for Materials
Science), Vikum Premalal
(Shizuoka University),
Hiroyuki Oguma (National
Institute for Materials
Science), Yoshinobu
Shimamura (Shizuoka
University), Yoku Inoue
(Shizuoka University)
4215-1 INVESTIGATION
OF THICKNESS
EFFECTS ON SHEAR
CHARACTERISATION
OF COMPOSITES
MATERIALS FOR AIRCRAFT
STRUCTURES
Kuangyi Zhang (Imperial
college London), Long Yu
(Imperial College London),
Yuming Jia (Aviation
Industry Corporation of
China), Bamber Blackman
(Imperial College London),
John Dear (Imperial College
London), Gordon Williams
(Imperial College London)
4216-1 ON THE ADHESIVE
PROPERTIES OF NANOSILICA/EPOXY BONDED
SINGLE-LAP JOINTS
Helezi Zhou (University of
Sydney)
4214-1 DAMAGE
EVOLUTION OF CARBON
EPOXY LAMINATES
FOR TIDAL BLADES
APPLICATION
Nicolas Carrere (LBMS/
Ensta-Bretagne), Nicolas
Tual (LBMS/Ensta-Bretagne),
Peter Davies (IFREMER)
The tensile properties of
carbon fiber reinforced
The ultimate tensile strength polymer matrix composites
of Al–34 vol% nano TiC
incorporating CNT-sheets
composite fabricated with- (CNT-sheets/carbon fibers)
out the use of nanometric
and CNT-grafted carbon
powders as a starting ma- fibers were investigated.
terial was 628 MPa with a
failure elongation of 4.2 %.
4212-2 MECHANICAL
PROPERTIES OF CAST
ALUMINIUM MATRIX
COMPOSITES REINFORCED
WITH SIC AND AL2O3
PARTICLES
Kim-Niklas Antin (Aalto
University)
Cast aluminium alloys can
be particle reinforced, but
the processing route is difficult. We report mechanical
properties of different die
cast MMCs and the effect of
heat treatment on them.
4213-2 RATIONAL DESIGN
OF HYBRID COMPOSITES:
A GLOBAL LOAD SHARING
ANALYSIS
Varun Rajan (Ecole
Polytechnique Federale
de Lausanne), William
Curtin (Ecole Polytechnique
Federale de Lausanne)
4214-2 MEASUREMENT
OF TENSILE PROPERTIES
OF FIBRES USING A DCBSPECIMEN
Anders Biel (Technical
University of Denmark), Ulf
Stigh (University of Skövde)
4217-1 MECHANICAL
PROPERTIES OF
THERMOPLASTIC
COMPOSITES MADE
BY AUTOMATED FIBER
PLACEMENT
Suong Hoa (Concordia
This study investigated the University), Minh Duc Hoang
effects of nano-silica on the (Concordia University),
adhesive properties of epoxy Jeffrey Fortin Simpson
by lap-shear test under qua- (Concordia University)
si-static and cyclic loading,
including the influence of
This paper presents the
hygrothermal treatment.
results of an investigation to
determine the mechanical
properties of flat coupons
made of carbon/PEEK and
using Automated Fiber
This paper reviews the state
Placement.
of the art in composite shear
testing. The main focus of
this research is the effect
of thickness and out-ofplane properties on shear
strength.
4215-2 NUMERICAL
MODELLING AND FULLFIELD MEASUREMENT OF
COMPOSITE LAMINATES
UNDER BLAST LOADS
Mohamed Abderaouf Louar
(Royal Military Academy),
Hamza Ousji (Royal
A novel method is proposed Military Academy), Bachir
to perform tensile tests
Belkassem (Royal Military
using a double cantilever
Academy), Lincy Pyl (Vrije
beam specimen. Similar
Universiteit Brussel), John
results are achieved with
Vantomme (Royal Military
the present method as with Academy)
more standardized methods.
The results of a series of
blast tests on fully clamped
square glass fibre reinforced
epoxy panels using an
explosive driven shock tube
are presented and compared to FE simulations.
4216-2 MOISTURE AGING
CHARACTERIZATION OF
GLASS FIBER REINFORCED
POLYAMIDE COMPOSITE
Hassan Obeid (GeMUniversité de NantesCentrale Nantes-UMR
CNRS 6183), Pascal Casari
(GeM-Université de NantesCentrale Nantes-UMR CNRS
6183), Alexandre Clement
(GeM-Université de NantesCentrale Nantes-UMR
CNRS 6183), Sylvain Freour
(GeM-Université de NantesCentrale Nantes-UMR CNRS
6183), Frederic Jacquemin
(GeM-Université de NantesCentrale Nantes-UMR CNRS
6183)
Due to their excellent specific properties, composite
materials are increasingly
used in various domains.
During their lifetime, these
materials can be subjected
to aggressive environments
including m
4217-2 LASER-VISION
INSPECTION SYSTEM
FOR AUTOMATED FIBER
PLACEMENT (AFP)
PROCESS
Farjad Shadmehri
(Bombardier), Octavian
Ioachim (Bombardier),
Olivier Pahud (Bombardier),
Jean-Evrard Brunel
(Bombardier), Alain Landry
(Bombardier), Suong V.
Hoa (Concordia University),
Mehdi Hojjati (Concordia
University)
A new inspection technique,
Laser-Vision inspection
system, is presented for
inspection of a composite
ply manufactured using
automated fiber placement
(AFP) process.
KEYNOTE
4218-1 STOCHASTIC
VIRTUAL TESTS FOR FIBER
COMPOSITES
Brian Cox (Teledyne)
We review micron-scale 3D
imaging of a microstructure,
statistical analysis of images, a generator of stochastic
virtual specimens, and a
computational model that
tracks discrete damage
events
4219-1 A CRITICAL
EVALUATION OF
STRUCTURAL ANALYSIS
TOOLS USED FOR THE
DESIGN OF LARGE
COMPOSITE WIND
TURBINE ROTOR BLADES
UNDER ULTIMATE AND
CYCLE LOADING
D. J. Lekou (Centre for
Renewable Energy Sources
(CRES)), K. C. Bacharoudis
(Centre for Renewable
Energy Sources (CRES)),
A. B. Farinas (National
Renewable Energy Center
(CENER)), K. Branner (DTU
Wind Energy), P. Berring
(DTU Wind Energy), A. Croce
(Politecnico di Milano), T.
P. Philippidis (University
of Patras), G. de Winkel
(Knowledge Centre Wind
turbine Materials and
Constructions (WMC))
Comparison of stiffness and
strength predictions under
ultimate and cycling load
of structural analysis tools
for 10-20MW rotor blades
from 6 organizations and
estimation of modelling
uncertainty.
4219-2 COMPARING
FATIGUE LIFE
ESTIMATIONS OF
COMPOSITE WIND
TURBINE BLADES UNDER
VARIOUS LOAD CASES AND
FATIGUE METHODS
Oscar Castro (Technical
University of Denmark),
Matthew Lennie (TU Berlin),
Kim Branner (Technical
University of Denmark),
George Pechlivanoglou
(Smart-Blade), Povl
Brøndsted (Technical
University of Denmark),
Christian Navid Nayeri (TU
Berlin), Christian Oliver
Paschereit (TU Berlin)
4220-1 STRUCTURAL
HEALTH MONITORING
METHOD FOR WIND
TURBINE TRAILING
EDGE: CRACK GROWTH
DETECTION USING FIBRE
BRAGG GRATING SENSOR
EMBEDDED IN COMPOSITE
MATERIALS
Gilmar Pereira (Technical
University of Denmark),
Lars Mikkelsen (Technical
University of Denmark),
Malcolm McGugan
(Technical University of
Denmark)
Novel method to assess
a crack growing/damage
event in composite material using embedded Fibre
Bragg Grating (FBG) sensors
and application into a composite material structure.
4220-2 COMPOSITE
PATCH STRENGTHENED
I-BEAM – LONG-TERM
PERFORMANCE AND
CONDITION MONITORING
Jon Harald Lambert Grave
(Norwegian University of
Science and Technology
(NTNU)), Andreas T.
Echtermeyer (Norwegian
University of Science and
Technology (NTNU))
4221-1 EFFECT OF NICKEL
COATED CARBON FIBER
AND NICKEL COATED
GRAPHITE PARTICLES ON
INDUCTION HEATING
Muhammad
Muddassir (Institut für
Verbundsvwerkstoffe),
Martin Gurka (Institut für
Verbundsvwerkstoffe)
Induction heating is a contact less joining technique
that can be used to join
non-conductive thermoplastic composite sheets with
the help of susceptor sheet.
The susceptor sheet not
only gives better
4221-2 ELECTROINDUCED SHAPE MEMORY
POLYMER COMPOSITES
INCORPORATED WITH
CARBON FIBER FELT
Xiaobo Gong (Harbin
Institute of Technology),
Yanju Liu (Harbin Institute
of Technology), Liwu
Liu (Harbin Institute of
Technology), Jinsong
Leng (Harbin Institute of
Technology)
The paper describes damage development under
cyclic fatigue in metal
I-beams strengthened with
composite patches. Damage
is monitored with embedded
optical fibers.
In this paper, fatigue lifetime
prediction of NREL 5MW
reference wind turbine
is presented. The fatigue
response of selected blade
cross sections was obtained
by applying macroscopic
fatigue models.
81
Scientific programme · Thursday 23 July
Congress Hall A
12:00 4201-2 OVERJACKETING
EXTRUSION OF UHMWPE
MULTI-FILAMENT FIBER
FOR THE DEVELOPMENT
OF ULTRA-LIGHT,
FULLY-THERMOPLASTIC
COMPOSITES
A. Andres Leal (Empa-Swiss
Federal Laboratories for
Materials Science and
Technolgy), Kathrin Häfliger
(Empa-Swiss Federal
Laboratories for Materials
Science and Technology),
Joshi Veeramachaneni (EmpaSwiss Federal Laboratories
for Materials Science and
Technology), Rudolf Hufenus
(Empa-Swiss Federal
Laboratories for Materials
Science and Technology)
A novel approach for the
development of ultra-light,
fully-thermoplastic fiber reinforced composites is presented. The composite has a fiber
volume fraction of 0.54 and a
density of 0.93 g/c^cm3.
82
Auditorium 15
4202-3 VOLUMETRIC
COMPOSITION OF
NANOCOMPOSITES
Bo Madsen (Technical
University of Denmark), Hans
Lilholt (Technical University of
Denmark), Juha Mannila (VTT
Technical Research Centre
of Finland), Rangika Thilan
De Silva (Monash University),
Pooria Pasbakhsh (Monash
University)
Auditorium 10
4203-3 WAVE PROPAGATION
IN MULTILAYER
STRUCTURES AND
ADVANCED STRUCTURAL
THEORIES
Serge Abrate (Southern Illinois
University), Roberta Massabo
(Unversity of Genova)
Auditorium 11
4204-3 CARBON FIBRE
REINFORCED POLYMER
WITH A DISCRETE AND
INTEGRATED SELF-HEALING
FUNCTION
Patryk Jarzynka (University of
Bristol ), Ian Bond (University
of Bristol ), Duncan Wass
(University of Bristol ), Richard
Trask (University of Bristol)
Auditorium 12
4205-3 ANISOTROPIC
COUPLING EFFECTS USED
IN AN ALL-NEW SHAFT/
HUB-JOINT FOR PRINTING
APPLICATIONS MADE OF
REINFORCED PLASTICS
Joerg Kaufmann (Technische
Universität Chemnitz), Lothar
Kroll (Technische Universität
Chemnitz), Lutz Engisch
(HTWK Leipzig)
Meeting room 18
4206-2 IN-LINE
MONITORING AND
NUMERICAL VERIFICATION
OF RESIN TRANSFER
MOULDING PROCESS WITH
CYCOM® 890 RTM RESIN
SYSTEM
Cristian Lira (The National
Composites Centre), Miroslav
Stojkovic (The National
Composites Centre), Josh
Simpson (The National
Composites Centre), Kevin
Potter (University of Bristol),
George Maistros (ADVISE)
Meeting room 19
4207-3 FATIGUE OF GLASS
FIBERS REINFORCED
POLYAMIDES: MEAN STRESS
EFFECTS AS A FUNCTION OF
GLASS FIBERS ORIENTATION
Gilles Robert (Solvay
Engineering Plastics),
Olivier Moulinjeune (Solvay
Engineering Plastics), Michel
Houba (Solvay R&I center
Brussels)
Meeting room 20
4208-3 A CHECKLIST FOR
THE DESCRIPTION OF
NATURAL (BAST) FIBRE
REINFORCED COMPOSITES
John Summerscales
(University of Plymouth),
Antoine Le Duigou (University
of South Brittany), Christophe
Baley (University of South
Brittany)
Meeting room 17
4209-3 AUTOCLAVE
INFUSION OF AEROSPACE
RIBS BASED ON PROCESS
MONITORING AND CONTROL
BY ULTRASOUND SENSORS
Nico Liebers (DLR), Markus
Kleineberg (DLR)
Meeting room 16
4210-3 DISTINGUISHING
BETWEEN STRAIN
MEASUREMENT
PROCEDURES DURING
COMPRESSIVE TESTING OF
FOAM MATERIALS
Moeen S Rajput (Kungliga
Tekniska Högskolan), Magnus
Ultrasonic process monitoring Burman (Kungliga Tekniska
The dynamics laminated
of an autoclave based infusion Högskolan), Stefan Hallström
structures with relative motion
with a network of 24 low cost (Kungliga Tekniska Högskolan)
in the tangential and normal A fully integrated microcapThis paper proposes a check- sensors. Resin flow, laminate
directions at the interfaces is sule – catalyst self-healing
Based on analytical analysis,
This study is focused on mean list for data which should
thickness and cure evlolution The out-of-plane compressive
A methodology for the deter- studied using a wave propa- systems is demonstrated and a complex FE-analysis and
stress effects observed on
be included in any future
were monitored and fed into properties of foam materials
mination and analysis of the gation approach.
evaluated for mode I recovery comprehensive experimental
short glass fibers reinforced bio-composites publications, the process control.
are investigated using difvolumetric composition of
in a high performance CFRP studies an all-new FRP graPA6.6. They have been stud- albeit with the recognition that
ferent test methodologies. A
nanocomposites is presented,
composite.
vure printing system was de- The paper describes and
ied on several glass fibers ori- it may not always be possible
recommendation on strain
using cellulose/epoxy and
veloped that is now available demonstrates the effectiveentation with great attention to provide every item.
measurements for foam
ness of simulation technology paid to thermal effects.
aluminosilicate/polylactate
in the printing market.
core compression testing is
nanocomposites as case
applied to the Resin Transfer
proposed.
Moulding (RTM) manufacturmaterials.
ing process using in-line dielectric sensors for validation.
Thursday 23 July · Scientific
Meeting room 5
4211-2 HARNESSING
BIOMIMETIC CATCH
BONDS TO CREATE
MECHANICALLY
ROBUST NANOPARTICLE
NETWORKS
Anna Balazs (University of
Pittsburgh)
Meeting room 6
4212-3 ON THE THERMO
CYCLING OF FIBER METAL
LAMINATES
Bernhard Müller (Delft
University of Technology),
Sofia Teixeira De Freitas
(Delft University of
Technology), Jos Sinke (Delft
University of Technology)
Meeting room 7
4213-3 EFFECT OF BASALT
FIBRE HYBRIDIZATION ON
HIGH VELOCITY IMPACT
BEHAVIOUR OF CARBON/
EPOXY COMPOSITES
Jacopo Tirillò (La Sapienza
University of Rome), Fabrizio
Sarasini (La Sapienza
University of Rome), Luca
Using computer simulaFerrante (La Sapienza
tions, we investigate the
The design of a thermal
University of Rome), Teodoro
mechanical properties of a cycling setup is presented
Valente (La Sapienza
network of polymer-grafted and discussed which allows University of Rome), Luca
nanoparticles (PGNs) that
the thermal cycling of fiber Lampani (La Sapienza
are interlinked by labile
metal laminates with and
University of Rome), Enrique
“catch” bonds. Unlike “slip” without embedded heater
Barbero (Universidad
bonds, the life ti
elements. First results are
Carlos III de Madrid), Sonia
presented.
Sanchez (Universidad
Carlos III de Madrid), Paolo
Gaudenzi (La Sapienza
University of Rome)
The positive role of basalt fibre hybridization on carbon/
epoxy laminates subjected
to high velocity impacts is
confirmed by experimental
data and analytical method.
M1
4214-3 MANUFACTURING
AND TESTING OF A
CRUCIFORM SPECIMEN
FOR BIAXIAL TRANSVERSE
TESTS
Federico París (University
of Seville), Elena Correa
(University of Seville),
Alberto Barroso (University
of Seville), Serafín Sánchez
(University of Seville)
This study deals with the
manufacturing of cruciform
coupons to be tested under
tensile biaxial transverse
loads. The manufacturing
process and the results of
checking transverse tests
are presented.
M2
4215-3 INTER- AND
INTRA-LAMINAR DYNAMIC
FRACTURE OF CFRPS
WITH AND WITHOUT CNT
MODIFICATION OF EPOXY:
AN EXPERIMENTAL STUDY
Hareesh Tippur (Auburn
University), Robert Bedsole
(Auburn University)
M3
4216-3 EXPRESS
PROCEDURE FOR
EVALUATION OF
DURABILITY OF COMPLEX
SHAPE PULTRUDED
COMPOSITE PROFILES
Andrey Aniskevich (Institute
of Polymer MechanicsUniversity of Latvia),
Vladimir Kulakov (Institute
Mode-I inter- and intra-lam- of Polymer Mechanicsinar dynamic fracture
University of Latvia)
behaviors of carbon fiber
reinforced plastics (CFRPs) Analytical express procedure
have been studied. Thick
for evaluation of durability
unidirectional composites
of complex shape pultruded
were processed using neat composite profiles and
and carbon nanotube
reinforcing rods subjected
to aggressive environmental
factors is development.
M4
4217-3 VISCOELASTIC
ANALYSIS OF PROCESSINDUCED STRESSES
IN MANUFACTURING
OF THERMOPLASTIC
COMPOSITES BY
AUTOMATED FIBER
PLACEMENT TECHNOLOGY
Hossein Ghayoor (Concordia
University), Suong V. Hoa
(Concordia University)
M5
4218-2
MICROSTRUCTURESENSITIVE ENVIROMECHANICAL RESPONSE
CHARACTERIZATION
AND SIMULATION IN SIC/
SIC CERAMIC MATRIX
COMPOSITES
Craig Przybyla (Air Force
Research Laboratory),
Stephan Bricker (University
of Dayton), Jeff Simmons
A model for the develop(Air Force Research
ment of stresses (consider- Laboratory), Russell Hardie
ing both stress generation (University of Dayton),
and relaxation) arising dur- Michael Uchic (Air Force
ing the processing of ther- Research Laboratory),
moplastic composites using Ramanathan Krishnamurthy
automated fiber placement (UES-Inc.), Pavel Mogilevsky
is presented.
(UES-Inc.), Michael
Braginsky (University of
Dayton Research Institute),
Travis Whitlow (Universal
Technology Corporation),
Triplicane Parthasarathy
(UES-Inc.), Nick Engel
(Southwest Ohio Council
for Higher Education
(SOCHE)), Eric Jones (Air
Force Research Laboratory),
Randy Hay (Air Force
Research Laboratory),
Jennifer Pierce (University of
Dayton Research Institute),
Larry Zawada (Air Force
Research Laboratory)
M6
4219-3 EFFECT OF
TRAILING EDGE DAMAGE
ON FULL-SCALE WIND
TURBINE BLADE FAILURE
Philipp Ulrich Haselbach
(Technical University of
Denmark), Kim Branner
(Technical University of
Denmark)
M7
4220-3 MONITORING
THE MANUFACTURING
PROCESS AND
THE MECHANICAL
PERFORMANCE OF A
FULL-SIZED AIRCRAFT
TAILCONE ASSEMBLY
MADE FROM ALLCOMPOSITE MATERIAL
USING EMBEDDED FIBRE
Numerically applied fracture OPTIC SENSORS
mechanics approaches
Edmon Chehura (Cranfield
were used to investigate the University), Stephen James
effect of trailing edge failure (Cranfield University),
on full-scale wind turbine
Stephen Staines (Cranfield
blade failure under comUniversity), Chris
bined loading condition.
Groenendijk (National
Aerospace Laboratory
(NLR)), Denis Cartie (Coriolis
Composites Technologies
SAS), Stephanie Portet
(DAHER Aerospace), Michael
Hugon (DAHER Aerospace),
Ralph Tatam (Cranfield
University)
programme
M8
4221-3 FABRICATION AND
FINITE ELEMENT ANALYSIS
OF SMART MANDREL
BASED ON SHAPE
MEMORY POLYMER
Liwu Liu (Harbin Institute
of Technology), Haiyang
Du (Harbin Institute of
Technology), Fanlong
Chen (Harbin Institute
of Technology), Yanju
Liu (Harbin Institute of
Technology), Jinsong
Leng (Harbin Institute of
Technology)
Monitoring the manufacturing process and the
mechanical performance of
a full-sized all carbon fibre
composite aircraft tailcone
assembly using embedded
fibre optic sensors
This study seeks to understand the influence
of microstructure on the
response in SiC/SiC ceramic
matrix composites through
various enviro-mechanical
damage models with experimental validation.
83
Scientific programme · Thursday 23 July
Congress Hall A
Auditorium 15
12:20 4201-3 INVESTIGATION OF
DEFORMATION BEHAVIOUR
IN PRESS FORMING OF
SADDLE SHAPE U BEAM
USING CFRTP LAMINATE
AND SHEAR CUTTING
BEHAVIOUR
Daichi Tatsuno (Kanazawa
University), Takeshi Yoneyama
(Kanazawa University), Shoji
Hineno (Kanazawa University),
Masaki Kimura (Kanazawa
University), Keisuke Shiozaki
(Kanazawa University),
Kiichirou Kawamoto (Komatsu
Industries Corp.), Masaya
Nakagawa (Komatsu
Industries Corp.), Masayuki
Okamoto (Komatsu Industries
Corp.)
The continuous CFRTP sheet
was press-formed into a U
beam shape and the fibre
deformation was analysed.
In addition, shear cutting of
CFRTP was preformed, and
shear cutting behaviour was
analysed.
12:40 4201-4 MANUFACTURING
METHOD OF A
THERMOPLASTIC SEMIFINISHED PRODUCT AS
REINFORCEMENT IN
LAMINATE THICKNESS
DIRECTION
Andreas Mierzwa (Technische
Universität München-Faculty
of Mechanical Engineering),
Christoph Ebel (Technische
Universität München-Faculty
of Mechanical Engineering),
Michael Brand (Technische
Universität München-Faculty
of Mechanical Engineering),
Klaus Drechsler (Technische
Universität München-Faculty
of Mechanical Engineering)
Auditorium 10
4203-4 DETERMINE
INTERIOR STRAIN FIELDS
IN COMPOSITES USING
A 3D DIGITAL SPECKLE
PHOTOGRAPHY TECHNIQUE
Fu-Pen Chiang (Stony Brook
University), Lingtao Mao
(China University of Mining &
Technology( Beijing))
Auditorium 11
4204-4 BIOINSPIRED
MICROVASCULAR
NETWORKS FOR
MULTIFUNCTIONAL
COMPOSITES
Jason Patrick (University of
Illinois at Urbana-Champaign),
Brett Krull (University of
Illinois at Urbana-Champaign),
Mayank Garg (University of
The 3D deformation field of
Illinois at Urbana-Champaign),
a composite beam under
Jeffrey Moore (University of
three-point bending has been Illinois at Urbana-Champaign),
mapped using the newly
Nancy Sottos (University of
developed technique called
Illinois at Urbana-Champaign),
Digital Volumetric Speckle
Scott White (University of
Photography combined with Illinois at Urbana-Champaign)
X-ray CT
Advancements in a vascularization technique for
fiber-composites are provided
as a pathway to imbue these
synthetic, structural materials
with multifunctional attributes
found in biological systems.
4203-5 INFLUENCE OF
MONTMORILLONITE
NANOCLAY, GRAPHENE
NANOPLATELETS AND
COMBINED NANOCLAY/
GRAPHENE HYBRID ON
PROPERTIES OF EPOXY
COMPOSITE
Alfred Tcherbi-Narteh
(Tuskegee University),
Md. Nuruddin (Tuskegee
University), Mahesh Hosur
(Tuskegee University), Raju
Gupta (Tuskegee University),
Allyson Lattimore (Tuskegee
University), Shaik Jeelani
(Tuskegee University)
Influence of montmorillonite
nanoclay, graphene nanoplatelets and combined
binary nanoparticles of the
two on flexural, viscoelastic
and thermal properties of
epoxy SC780 composites was
investigated.
4204-5 THERMALLY
ACTIVATED HEALING IN HIGH
PERFORMANCE CARBON
FIBRE/EPOXY COMPOSITES
Khomkrit Pingkarawat (RMIT
University), Mel Dell’olio
(Commonwealth Scientific
and Industrial Research
Organisation (CSIRO)),
Adrian Mouritz (RMIT
University), Russell Varley
(Commonwealth Scientific
and Industrial Research
Organisation (CSIRO))
Investigation of thermally
activated healing in high performance carbon fibre/epoxy
composites using poly(ethylene-co-methacylic acid)
(EMAA) as a thermoplastic
healing agent
Auditorium 12
4205-4 ANALYSIS
OF CARBON FIBER
COMPOSITE COIL/RINGS
FOR OFFLOADING HOSES
SUBJECTED TO CRUSHING
LOAD
Maikson Luiz Passaia
Tonatto (Federal University
of Rio Grande do Sul), Maria
Madalena de Camargo Forte
(Federal University of Rio
Grande do Sul), Ricardo Araújo
Teles (PETROBRAS), Sandro
Campos Amico (Federal
University of Rio Grande
do Sul)
Meeting room 18
4206-3 CHARACTERISATION
OF PREPREG TACK ON
DIFFERENT SURFACES TO
AID AUTOMATED MATERIAL
PLACEMENT
Andreas Endruweit (University
of Nottingham), Davide
De Focatiis (University of
Nottingham), Sayata Ghose
(The Boeing Company),
Brice Johnson (The Boeing
Company), Douglas Younkin
(The Boeing Company),
Nicholas Warrior (University of
Nottingham)
Meeting room 19
4207-4 INFLUENCE OF THE
SERVICE ENVIRONMENT ON
THE MATERIAL PROPERTIES
OF SHORT- AND ENDLESSFIBER REINFORCED
THERMOPLASTICS
Constantin Bauer (Institute
for Composite Materials),
Magin Michael (Institute for
Composite Materials), Thomas
Schalk (ZF Friedrichshafen
AG)
4206-4 DETECTION AND
MODELLING OF THERMAL
AND RHEOLOGICAL
TRANSITIONS OF A 2-STAGE
THERMOSET USING
DIELECTRIC AND STANDARD
MEASURING TECHNIQUES
Alexander Chaloupka
(Fraunhofer Institute for
Chemical Technology ICT),
Renato Bezerra (Fraunhofer
Institute for Chemical
Technology ICT), André Wedel
(Fraunhofer Institute for
Chemical Technology ICT),
Vinay Madaksira (Fraunhofer
Institute for Chemical
Technology ICT)
4207-5 EFFECT OF FIBRE
ORIENTATION AND NOTCH
RADIUS ON THE IMPACT
BEHAVIOUR OF SHORT
GLASS FIBRE REINFORCED
POLYPROPYLENE
Michael Jerabek (Borealis
Polyolefine GmbH), Anna Hartl
(Johannes Kepler University
Linz), Reinhold Lang
(Johannes Kepler University
Linz)
The influence of different
thawing salt solutions on the
static and fatigue properties
Prepreg tack on steel, preof SFRP and the effect of difThis study aims to investigate preg and FEP surfaces was
ferent conditioning methods
the substitution of the coil
characterised experimentally. on the tensile strength of
steel of offloading hoses
Employing time-temperature EFRP is investigated.
for composite materials.
superposition allowed the
The composite coil showed
feed rates for maximum tack
specific stiffness and strength at any temperature to be
higher than that of the steel. predicted.
Dielectric measurement
The paper presents a manresults show a strong correufacturing method for a stalation to differential scanning
ple-like pin made of carbon
calorimetric data. Because of
fiber reinforced thermoplastic
physical principles there is a
for reinforcing laminates in
connection between dielectric
thickness direction
and rheology, too.
13:00 Lunch in the Exhibition
14:00 Stimulus-responsive polymer composites: a path towards active shape changing structures Jinsong Leng, Harbin Institute of Technology, People’s Republic of China
84
Meeting room 20
4208-4 HIGH PERFORMANCE
COMPOSITES BASED ON
NANOPAPERS
Andreas Mautner (University
of Vienna), Jessica Lucenius
(Aalto University), Monika
Österberg (Aalto University),
Alexander Bismarck
(University of Vienna)
A new type of nanopapers
was developed by introducing
polysaccharides into the
matrix of a CNF film. These
nanopapers were processed
into high-loading composites via lamination with an
epoxy-resin.
Meeting room 17
4209-4 SIMULATION OF
MOLD FILLING IN RESIN
TRANSFER MOLDING
CONSIDERING THE LOCAL
FIBER ARCHITECTURE
AFTER THE PREFORMING
PROCESS
Dino Magagnato (Karlsruhe
Institute of Technology), Frank
Henning (Karlsruhe Institute of
Technology)
Meeting room 16
4210-4 BONDED REPAIRS
OF HONEYCOMB SANDWICH
STRUCTURES: IN SITU
PROCESS MONITORING AND
QUALITY ASSESSMENT
Mathieu Préau (McGill
University), Pascal Hubert
(McGill University)
A modified adhesive is used
for bonded scarf repairs of
sandwich panels. Air channels
A special interface between
in the adhesive is found to
draping simulation and mold significantly reduce repair
filling simulation is developed patch and bondline porosto improve the modelling of
ity under vacuum bag only
resin transfer molding. The
pressure
interface is designated for
unidirectional fabrics.
4210-5 THE MECHANICAL
PROPERTIES OF SANDWICH
STRUCTURES BASED WITH
COMPOSITE COLUMN CORES
H. Z. Jishi (Khalifa University
of Science-Technology and
Research (KUSTAR)), R. Umer
(Khalifa University of ScienceTechnology and Research
(KUSTAR)), Z. Barsoum
(Khalifa University of ScienceTechnology and Research
(KUSTAR)), W. J. Cantwell
(Khalifa University of ScienceTechnology and Research
(KUSTAR))
Composite sandwich structures containing high-performance core materials based
on vertical composite columns
have been manufactured using a lost-mold technique.
Thursday 23 July · Scientific
Meeting room 5
4211-3 STRUCTURAL
MAGNETIC COMPOSITES
FOR USE IN ELECTROMECHANICAL
APPLICATIONS
Laura E. Edwards (University
of Bristol), Jason M. Yon
(University of Bristol), Ian P.
Bond (University of Bristol),
Phil H. Mellor (University
of Bristol)
Meeting room 6
4212-4 FABRICATION
OF TIAL MATRIX
COMPOSITE SHEETS
WITH CONTROLLED
MICRO-LAMINATED
ARCHITECTURE BY A
SOLID-LIQUID REACTION
Xiping Cui (Harbin
Institute of Technology),
Lin Geng (Harbin Institute
of Technology), Guohua
Fan (Harbin Institute of
Technology), Yuanyuan
Gao (Harbin Institute of
Technology), Songhe
Meng (Harbin Institute of
Technology)
A fibre reinforced polymer
composite laminate with
both magnetic and mechanical functionality was
developed. Particle-resin
films were incorporated as
a means of increasing mag- TiB-TiAl composites prenetic permeability.
pared by foil metallurgy
sintering display unique
multi-layered structure and
enhanced tensile properties
and thus have potential for
high-temperature structural
applications.
4211-4 MECHANICAL AND
THERMAL PROPERTIES
OF HEAT GENERATED
COMPOSITE BOARD MADE
OF WASTE OF CARBON
FIBER
Teruo Kimura (Kyoto
Institute of Technology),
Masaki Yoshida (Kyoto
Institute of Technology),
Naoya Kurahashi (Kyoto
Prefectural Institute for
Northen Industry), Katsunori
Osako (L&R Corporation)
4212-5 TENSILE
PROPERTIES OF
AN INFILTRATED
INTERPENETRATING
POROUS SIC MMC
Matthias Merzkirch (KIT),
Volker Walter (KIT), Kay
André Weidenmann (KIT)
Meeting room 7
4213-4 INTRALAYER
HYBRIDISATION TO
COMBINE THE DUCTILITY
OF SELF-REINFORCED
POLYPROPYLENE WITH
THE STIFFNESS OF
CARBON FIBRE
Yentl Swolfs (KU Leuven),
Larissa Gorbatikh (KU
Leuven), Ignaas Verpoest
(KU Leuven)
M1
4214-4 INDUCING
FAILURES IN COMPOSITE
FLYWHEELS- A STUDY
USING 3 & 4 POINT
BENDING
Jennifer Lenz (Imperial
College London), Bamber
Blackman (Imperial College
London)
Composite beam specimens
with no defects and with inCarbon fibre/self-reinforced serted defects of transverse
polypropylene hybrids
or inter-laminar nature were
achieved a unique combina- tested to failure in 3-point
tion of stiffness and failure bending and modeled using
strain. The tensile, flexural finite element analysis.
and impact behaviour
revealed the importance of
bonding.
4213-5 EXPERIMENTAL
CHARACTERIZATION
OF HYBRID MATERIAL
SYSTEMS CONSISTING
OF SHEET METAL AND
ADVANCED COMPOSITES
Michael Dlugosch
(Fraunhofer Ernst-MachInstitute-EMI), Dirk
The current paper deals
Lukaszewicz (BMW Group),
with the producibility of SiC Jens Fritsch (Fraunhofer
preforms and their infiltra- Ernst-Mach-Institutetion. In addition it could be EMI), Stefan Hiermaier
shown that tensile sample (Fraunhofer Ernst-Machcan be manufactured in
Institute-EMI)
The high-strength/lightminiature dimensions.
weight composite reinforced
Hybrid coupon specimens
by waste carbon fiber was
comprised of sheet metal
tried to mold by extruding
and cfrp/gfrp have been
molding method. The
tested under quasistatic
mechanical properties of
tension and 3-point-bending
composite heated by carbon
to study the effects of major
fiber were discussed.
design parameters and
hybrid mechanisms
M2
4215-4 INNOVATIVE
METHODOLOGY BY
USING DIC TO IDENTIFY
INTRALAMINAR DAMAGE
ON CFRP WITHIN AN
INDUSTRIAL CONTEXT
Nicolas SWIERGIEL (AIRBUS
GROUP INNOVATIONS),
Benjamin LEBOIME (AIRBUS
GROUP INNOVATIONS),
Ana Cristina GALUCIO
(AIRBUS GROUP
INNOVATIONS), François
HILD (LMT Cachan), Caroline
PETIOT (AIRBUS GROUP
INNOVATIONS), Stéphane
ROUX (LMT Cachan), Prisca
VINCENT (AIRBUS GROUP
INNOVATIONS)
M3
4216-4 DURABILITY
OF CARBON EPOXY
COMPOSITES MATERIAL
FOR TIDAL TURBINE
BLADE APPLICATIONS.
Nicolas Tual (LBMS), Nicolas
Carrere (LBMS), Peter
Davies (Ifremer)
Results from mechanical
tests after seawater ageing
and a diffusion model to
account for water ingress
are presented. These are
used to estimate long term
behaviour of a tidal turbine
blade.
For quantifying transverse
cracking in layered composites, global Digital Image
Correlation (DIC) is applied
during tensile tests. 2
trustworthy methodologies
are proposed for use at
industrial level.
4214-5 GEOMETRY
DEFINITION FOR
THE NORMAL AND
SHEAR STRENGTH OF
BIMATERIALS USING THE
IOSIPESCU SPECIMEN
WITHOUT STRESS
SINGULARITIES.
Alberto Barroso (University
of Seville), Alberto Martín
(University of Seville),
Vladislav Mantic (University
of Seville), Federico París
(University of Seville)
Modified tensile and
Iosipescu test samples
of bimaterial joints with
composites are proposed
to evaluate the tensile and
shear strength removing the
stress singularities at the
interface free-edges.
M4
4217-4 MANUFACTURING
CHARACTERISTICS OF THE
CONTINUOUS MULTI-TOW
SHEARING FOR HIGHVOLUME MANUFACTURING
OF TOW-STEERED
COMPOSITES
Evangelos Zympeloudis
(University of Bristol), Byung
Chul Kim (University of
Bristol)
M5
4218-3 PROGRESSIVE
FAILURE ANALYSIS OF THE
OPEN-HOLE COMPOSITES
LAMINATES USING SFEM
METHOD AND TEST
VALIDATION
Xiuhua Chen (Shanghai
Jiao Tong University),
Yin Yu (Shanghai Jiao
Tong University), Hai
Wang (Shanghai Jiao
Tong University), Jian
The concept of CMTS offers Zhao (Shanghai Jiao Tong
the potential to dramatically University)
increase fibre steering
capabilities by utilising the The example of the openmaterial shear deformation, hole composite plates well
while enhancing productivity proves that the proposed
by employing multiple tows. methodology based on
SFEM significantly reduces
modeling difficulty and computational memory usage.
M6
M7
4219-4 MATERIAL DESIGN
AND RELIABILITY OF
ADVANCED COMPOSITE
MATERIALS
Jens Zangenberg (LM Wind
Power), Torben Jacobsen
(LM Wind Power), Rasmus
Østergaard (LM Wind
Power), Michael Koefoed
(LM Wind Power)
The design and reliability
aspects of glass fibres and
non-crimp fabrics used
for the main load-carrying
beam of a wind turbine rotor
blade are addressed.
programme
M8
4221-4 NANOSTRUCTURED
‘SKIN’ FOR MECHANICAL
SENSING
Yinhu Deng (Leibniz - Institut
für Polymerforschung
Dresden e.V.), Jianwen
Liu (Leibniz - Institut
für Polymerforschung
Dresden e.V.), Edith
Mäder (Leibniz - Institut
für Polymerforschung
Dresden e.V.), Gert
Heinrich (Leibniz - Institut
für Polymerforschung
Dresden e.V.), Christina
Scheffler (Leibniz - Institut
für Polymerforschung
Dresden e.V.), Uwe
Gohs (Leibniz - Institut
für Polymerforschung
Dresden e.V.), Shanglin
Gao (Leibniz - Institut für
Polymerforschung Dresden
e.V.)
An integration of optic performance and piezoresistive
behaviour on glass fibres to
realise strain sensor for traditional fibre reinforcement
composites.
4216-5 FINITE ELEMENT
MODEL OF GALVANIC
CORROSION IN A POLYMER
COMPOSITE CORE
CONDUCTOR
Eva Hakansson (University
of Denver), Paul Predecki
(University of Denver),
Maciej Kumosa (University
of Denver)
4217-5 THERMOPLASTIC
MATRIX COMPOSITES:
XTRA COMPLEX, XTRA
QUICK, XTRA EFFICIENT
MANUFACTURING
ADVANCED COMPOSITES
FOR THE A350 XWB AND
BEYOND
Angelos Miaris (Premium
AEROTEC GmbH), Klaus
Edelmann (Premium
A numerical model of the
AEROTEC GmbH), Sven
atmospheric galvanic corSperling (Premium AEROTEC
rosion between carbon fiber GmbH)
reinforced composite and
aluminium in new design of Premium AEROTEC manan overhead transmission
ufactures in a highly autoline conductor.
mated facility in Bremen
5000 CFRP –Parts for every
A350 XWB. Quality, costs
and on time delivery are
the major key issues for the
sucess of the projekt.
4219-5 MULTI-AXIAL
SUB-STRUCTURE FATIGUE
TESTING OF A 34M WIND
TURBINE BLADE
Jacob Waldbjørn (Technical
University of Denmark),
Christian Berggreen
(Technical University of
Denmark), Henrik Stang
(Technical University of
Denmark)
85
Scientific programme · Thursday 23 July
Congress Hall A
15:00 4301 Processing Manufacturing Technology
12
15:00 4301-1 APPLICATION
OF WATERJET WITHOUT
ABRASIVES TO SURFACE
TREATMENT OF CFRP
Hirohito Hira (Daido
University), Tomoyuki SUZUKI
(Kyoto Institute of technology)
Auditorium 15
4302 Nano Composites 12
4302-1 MECHANICAL
PROPERTIES OF CARBON
NANOTUBE /EPOXY
COMPOSITE LAMINATES
PROCESSED USING
PREPREG METHOD
Toshio Ogasawara (JAXA),
Sook-Young Moon (JAXA),
Application of fan shape
Takeshi Ogawa (Aoyamawaterjet to the pretreatment Gakuin University), Yoshinobu
of painting and repair of CFRP Shimamura (Shizuoka
was studied. Good results
University), Yoku Inoue
were obtained for painting of (Shizuoka University)
PA66 matrix CFRP and for repair of epoxy matrix CFRP.
This study examined the
processing and mechanical
properties of aligned MW-CNT
/epoxy lamina and laminates
processed using a hot-melt
prepreg method. On-axis
and off-axis tensile tests (0°,
45°, 90°)
Auditorium 10
4303 ONR Special
Symposium on Marine
Composites 7
Auditorium 11
4304 Multifunctional
Composites - Self-Healing
and Bio-inspired Designs 3
4303-1 STATISTICAL
PREDICTION OF TENSILE
CREEP FAILURE TIME FOR
UNIDIRECTIONAL CFRP
Masayuki Nakada (Kanazawa
Institute of Technology),
Yasushi Miyano (Kanazawa
Institute of Technology)
4304-1 EFFECT OF LOW
TEMPERATURE ON SELF
HEALING PERFORMANCE
OF CARBON/EPOXY
COMPOSITES
Mohammad Asgar Khan
(Concordia University),
Suong Van Hoa (Concordia
University)
Auditorium 12
4305 Applications - Bio &
Medical 2
Meeting room 19
4307 Short Fibre
Composites 3
4306-1 INTEREST OF
A RHEOKINETIC STUDY
FOR THE DEVELOPMENT
OF THERMOPLASTIC
COMPOSITES BY
THERMOPLASTIC - RESIN
TRANSFER MOLDING
Matthieu Thomassey (CetimCermat), Dimitri LERAY
(Cetim-Cermat), Frédéric
RUCH (Cetim-Cermat), Julia
SCHELL (Cetim), Michel
BOUQUEY (Institut Charles
Sadron)
4307-1 FAST PREDICTION OF
THE FATIGUE BEHAVIOR OF
SHORT FIBER REINFORCED
THERMOPLASTICS
FROM HEAT BUILD-UP
MEASUREMENTS: FROM THE
SAMPLE TO THE STRUCTURE
Leonell Serrano Abello
(LBMS), Yann Marco
(LBMS), Vincent Le Saux
(LBMS), Pierre Charrier
(TrelleborgVibracoustic), Gilles
Robert (Solvay engineering
plastics)
Meeting room 20
4308 Biocomposites 11
4308-1 STRUCTURAL,
MORPHOLOGICAL AND
MICROMECHANICAL
CHARACTERIZATION OF
GELATIN-BACTERIAL
CELLULOSE COMPOSITES
Franck Quero (Universidad de
los Andes), Abigail Coveney
(University of Bristol), Anna
Lewandowska (University of
Exeter), Robert Richardson
(University of Bristol), Paulo
Díaz Calderón (Universidad
de los Andes), Ashraf Alam
(University of Bristol), KoonTo a better control of T-RTM
This paper aims at describing Yang Lee (University College
injection process, a rheolog- a method based on thermal
London), Stephen Eichhorn
ical, physical and chemical
measurements that reduces (University of Exeter), Javier
study of the different phenom- substantially the characteri- Enrione (Universidad de los
enons is proposed. This study zation duration of the fatigue Andes)
is completed with a numerical properties for two families of
simulation of injections.
samples
The effect of adding bacterial
cellulose (BC) to gelatin was
investigated. The results
showed that by adding 10
wt.% UV opacity was increased by ~40 %, compared
to gelatin.
4302-2 NOVEL STIFF
4303-2 EXPERIMENTAL
4304-2 EFFECT OF
4305-2 THE ATTACHMENT
4306-2 DEVELOPMENT OF
4307-2 SHORT FIBRE
4308-2 SUSTAINABLE
15:20 4301-2 ABRASIVE
VIBRATIONS-BASED
WATERJET MACHINING
AEROGEL-AEROGEL
EMBEDDED CATALYTIC
OF TENDON TO BONE:
IMPROVED METHODS FOR
POLYAMIDE UNDER
COMPOSITES FROM
OF SMALL FEATURES IN
COMPOSITES FOR THERMAL CHARACTERIZATION
SELF-HEALING ON CARBON STRATEGIES FOR
CHARACTERISING THE CURE COMBINED SHEAR AND
BIOCHAR AND ENGINEERING
COMPOSITE MATERIALS
INSULATION APPLICATION
OF A COMPOSITE
FIBRE REINFORCED
MECHANICALLY ROBUST
OF COMPOSITE MATERIALS TENSILE LOADING: A NON- PLASTIC
Jeff Schwartzentruber
Jessica Laskowski (German STIFFENED CURVED PANEL POLYMER COMPOSITES
CONNECTIONS BETWEEN
Ana Yong (National Physical
DESTRUCTIVE EVALUATION Amar Mohanty (University
(Ryerson University), Marcello Aerospace Center (DLR)),
MANUFACTURED AS ONE
Daniel Everitt (University of
DISSIMILAR MATERIALS
Laboratory), Graham Sims
OF MICRO DAMAGE
of Guelph), Singaravelu
PIECE FOR THE HULL OF A
Papini (Ryerson University),
Barbara Milow (German
Bristol), Ian Bond (University Stavros Thomopoulos
(National Physical Laboratory), EVOLUTION
Vivekanandhan (VHNSN
FAST BOAT
Jan Spelt (University of
Aerospace Center (DLR)),
of Bristol), Duncan Wass
(Washington University)
Paul Smith (University
Karoline Metzkes (BAM
College), Andrew Anstey
Toronto)
Lorenz Ratke (German
Ioannis Georgiou (National
(University of Bristol), Richard
of Surrey), Stephen Ogin
Federal Insitute for Materials (University of Guelph),
Aerospace Center (DLR))
Technical University of
Trask (University of Bristol)
The attachment of tendon to (University of Surrey)
Research and Testing), Volker Manjusri Misra (University of
The research examined the
Athens )
bone is a significant mechanTrappe (BAM Federal Insitute Guelph)
cut surface morphology of
Non-fragile and stiff aeroThe successful inclusion of a ical challenge. Developing
The Tg of CFRP materials
for Materials Research and
three composite materials
gel-aerogel composites
This work uses few sensors
catalytic epoxy curing agent strategies for effectively
at four states of cure was
Testing)
Biochar filled nylon 6 compos(two CFRP and one GFRP)
consisting of highly insulating to collect dense space-time
within a fibre reinforced
connecting the two tissues
measured using DMA, DSC
ites were fabricated through
acceleration databases in
using a prototype micro-abra- granular aerogels (silica or
polymer is demonstrated.
will have significant clinical
and TMA by a new method
The evolution of micro dam- melt extrusion process. The
composite ship structures for Subsequent repair of damsive waterjet nozzle to maRF) and a cellulosic aerogel
impact.
that aims to eliminate thermal age in short fibre polyamide effect of biochar loading on
chine small features.
matrix were synthesized and multi-scale damage detection aged FRP specimens is carlag, often cited as a cause of is focus on. Tube samples are their mechanical properties
and system identification by ried out using the embedded
characterized.
disagreement between these subjected to biaxial fatigue
was investigated.
advanced data processing.
catalyst.
techniques.
loadings. The evolution of
micro damage is analysed by
X-ray refraction analysis.
86
4305-1 CHARACTERIZATION
OF A COMPOSITE MATERIAL
TO MIMIC HUMAN CRANIAL
BONE
Thomas Plaisted (United
States Army Research
Laboratory), Jared Gardner
(United States Army Research
Laboratory), Jeffrey Gair
A prediction method for the
(United States Army Research
statistical creep failure time
Effect of low temperature on Laboratory), Michael Leadore
of polymer composites using self healing of carbon/epoxy (United States Army Research
the statistical static strengths composites were investigated Laboratory)
of polymer composites meas- in this work. Epoxy incorured at various temperatures porated with microcapsules
We report on the characis proposed.
containing 5-ethylideneterization of a composite
2-Norbornene (5E2N) and
material to mimic the meGrubbs cataly
chanical response of human
cranial bones and serve as a
surrogate for human tissue
during testing of protective
measures.
Meeting room 18
4306 Experimental
Methods for Process
Characterisation 4
Meeting room 17
4309 Recycling of
Composites and
Sustainability 3
Meeting room 16
4310 Fibres 2
4309-1 STRENGTH
OF THEMERALLY
CONDITIONED GLASS FIBRE:
DEGRADATION, RETENTION,
AND REGENERATION
Liu Yang (University of
Strathclyde), Peter Jenkins
(University of Strathclyde),
John Liggat (University
of Strathclyde), James
Thomason (University of
Strathclyde)
4310-1 MICROSCOPIC
INVESTIGATION OF THE
MICRO-STRUCTURE OF
FIBRILS OF TECHNICAL
POLYACRYLNITRILE FIBERS
SEPARATED BY ULTRASONIC
ETCHING
Christina Kunzmann
(University of Augsburg),
Judith Moosburger-Will
(University of Augsburg),
Siegfried Horn (University of
Augsburg)
The aim of this study is to
verify the concept of regenerating thermally degraded
glass fibres for a potential
closed-loop recycling of
glass fibre thermosetting
composites.
4309-2 COMPRESSIVE
STRENGTH AND MIX
BEHAVIOUR OF RUBBERISED
CONCRETE
Istvan Pocklington (Kingston
University London), Hsein
Kew (Kingston University
London), Ted Donchev
(Kingston University London),
Mukesh Limbachiya (Kingston
University London)
Compressive strength reductions as a result of both uniform and variable factors are
discussed. Research suggests
hydrocarbon contamination of
rubber particles as but one of
these causes.
Different morphologies of
separated fibrils coexist in the
same fiber. Based on FESEM,
AFM and TEM analysis we
derive a model showing the
relationship of the microstructures and polymer chain
folding.
4310-2 A STUDY ON
THE LENGTH EFFECT
INFLUENCING THE
MECHANICAL STRENGTH OF
GLASS FIBRE FILAMENTS
Alexander Maier (Processing
of composites), Ralf
Schledjewski (Processing of
composites)
In the present work a possible
length dependency for dry
glass fibre bundles was
investigated. These analyses
are based on the needs for
continuous composites manufacturing processes.
Thursday 23 July · Scientific
Meeting room 5
4311 Multifunctional
Composites - Adaptive
Response and
Reconfiguration 4
4311-1 MODELLING OF
TEXTILE COMPOSITES
WITH VARIABLE
STIFFNESS
Erik Marklund (Swerea
SICOMP AB), Gaurav Vyas
(Swerea SICOMP AB), Peter
Hellström (Swerea SICOMP
AB)
Meeting room 6
4312 Composites with
Metallic Components 3
4312-1 STRUCTURE AND
PROPERTIES OF THE AK7SIC COMPOSITES AFTER
MACHINING
Jolanta Cyboron (Institute
of Advanced Manufacturing
Technology), Małgorzata
Karolus (Institute of
Advanced Manufacturing
Technology), Piotr Putyra
In this work the macroscop- (Institute of Advanced
ic stiffness response of a
Manufacturing Technology),
short thermoplastic comMaciej Dyzia (Silesian
posite beam during impact University of Technology),
at various temperatures is Lucyna Jaworska (Institute
evaluated experimentally
of Advanced Manufacturing
and supported by simuTechnology)
lations.
The effects of addition
silicon carbide on the phase
composition, crystallite size,
microstructure, residual
stress and physical and
mechanical properties on
aluminum matrix alloy were
investigated.
4311-2 ELECTROSTATIC
ADHESION FOR ADDED
FUNCTIONALITY OF
COMPOSITE STRUCTURES
Callum Heath (University of
Bristol), Ian Bond (University
of Bristol), Kevin Potter
(University of Bristol)
4312-2 MECHANICAL
AND MICROSTRUCTURE
EVALUATION OF INSITU TITANIUM MATRIX
COMPOSITE PROCESSED
BY SEVERE PLASTIC
DEFORMATION
Weijie Lu (Shanghai
Jiao Tong University),
An overview of the potenYuanfei Han (Shanghai
tial use of Electrostatic
Jiao Tong University),
adhesion, as a reversible
Jiuxiao Li (Shanghai Jiao
attachment mechanism, to Tong University), Guangfa
introduce variable stiffness Huang (Shanghai Jiao
capability into FRP sandwich Tong University), Yuting
structures
lv (Shanghai Jiao Tong
University)
In situ synthesized titanium
matrix composite with a
strongly clustered TiB fibers
and TiC particles distribution
is successfully subjected
to equal channel angular
pressing.
programme
Meeting room 7
M1
4313 Hybrid Composites 2 4314 Simulation of
Progressive Failure 1
M2
4315 Digital Image
Correlation 2
M3
M4
M5
M6
M7
4316 Durability, Creep and 4317 Impact and Dynamic 4318 Multiscale Modelling 4319 Applications - Ships 4320 Thermography 1
Agressive Environment 2 Structural Analysis 1
of Structures 3
and Boats
M8
4321 Multifunctional
Composites - Processing
and Integration 1
4313-1 NEW
MULTIFUNCTIONAL
HYBRID POLYMER
COMPOSITES REINFORCED
BY CARBON AND STEEL
FIBERS
Benedikt Hannemann
(Institute for Composite
Materials (IVW GmbH)),
Sebastian Backe (University
of Kaiserslautern),
Sebastian Schmeer
(Institute for Composite
Materials (IVW GmbH)),
Frank Balle (University
of Kaiserslautern), Ulf
Paul Breuer (Institute for
Composite Materials (IVW
GmbH))
4315-1 CHARACTERIZING
QUASI-STATIC IMPACT
EVENTS ON COMPOSITE
MATERIALS WITH DIC
Bob Desnoo (Carleton
University), Calvin Rans
(Delft University of
Technology), Xiao Huang
(Carleton University)
4316-1 DIRECTIONAL
DIFFUSION OF MOISTURE
IN CARBON FIBRE /
EPOXY COMPOSITES:
EXPERIMENTS AND
MODELLING
Feras Korkees (Swansea
University), Sue Alston
(Swansea University), Cris
Arnold (Swansea University)
4321-1 MULTIFUNCTIONAL
COMPOSITES REINFORCED
WITH FUNCTIONALIZED
NANOMATERIALS:
INTERPHASE
CHARACTERIZATION AND
APPLICATIONS
Qi An (University of
Delaware), Andrew Rider
(Defence Science and
Technology Organization),
Narelle Brack (La Trobe
University), Erik Thostenson
(University of Delaware)
A carbon and steel fiber
reinforced epoxy is investigated. Tests are conducted
on coupons with different
metal fiber volume fractions
to demonstrate the electrical
and mechanical material
potentials.
4313-2 DURABILITY OF
FLAX-BASALT HYBRID
COMPOSITES FOR MARINE
APPLICATIONS
Vincenzo Fiore (University of
Palermo), Tommaso Scalici
(University of Palermo),
Luigi Calabrese (University
of Messina), Antonino
Valenza (University of
Palermo), Giuseppe La Bella
(University of Messina)
In the present paper a
study on the influence of
basalt fibre layers on aging
durability under salt spray
exposition of flax/epoxy
laminates is presented
4314-1 A CONTINUUM
DAMAGE MECHANICS
MODEL FOR UD
COMPOSITES WITH THE
EVOLUTION LAW BASED
ON THE DAMAGE DRIVING
FORCE CONCEPT
Tianhong Yu (University of
Nottingham), Shuguang Li
(University of Nottingham),
Elena Sitnikova (University
of Nottingham)
Directional diffusion of
moisture in composites
was studied to measure the
diffusivity in all directions,
and a multi-scale modelling
approach was developed to
predict these diffusivities.
The present paper is the
implementation of previous
CDM theory with necessary
extension, which further
develops the theoretical
model for UD composites
into a functional material
subroutine for FEA.
4314-2 REPRESENTING
MATRIX CRACKS THROUGH
DECOMPOSITION OF THE
DEFORMATION GRADIENT
TENSOR IN CONTINUUM
DAMAGE MECHANICS
METHODS
Frank Leone (NASA Langley
Research Center)
Presentation and demonstration of a new means
of tracking matrix crack
orientations in continuum
damage mechanics material
models for use in progressive damage analysis finite
element models.
4315-2 IN-PLANE SHEAR
PROPERTIES OF CARBON
FIBER REINFORCED
THERMOPLASTIC
COMPOSITES BY USING
V-NOTCHED SPECIMEN
AND DIGITAL IMAGE
CORRELATION
Takashi MURAKAMI
(Shimadzu Corporation),
Tuyoshi MATSUO (Tokyo
University)
In-plane shear properties
of carbon fiber reinforced
thermoplastic composites
(CFRTP) were investigated
by the digital image correlation (DIC) analysis under
the V-Notched Rail Shear
Method.
4316-2 ESTIMATION OF
THE EFFECT THAT SPACE
ENVIRONMENT ROAD
GIVES IN THERMAL AND
MECHANICAL PROPERTY
OF CFRP
Satomi Asai (Japan
Aerospace Exploration
Agency ), Ken Goto (Japan
Aerospace Exploration
Agency), Satoshi Yoneyama
(Aoyama Gakuin University),
Shuichi Arikawa (Aoyama
Gakuin University),
Satoshi Kobayashi (Tokyo
Metropolitan University)
This study searches relation
of damage of laminate
by thermal cycle and the
changes in Young’s modulus
and CTE of CFRP laminate
by experimental observations.
4317-1 THE SIMULATION
OF THE IMPACT TESTS OF
COMPOSITE STRUCTURES
WITH MIXED ELEMENT
TYPE ANALYSIS
Weiyi Kong (University of
Nottingham), Richard Brooks
(University of Nottingham),
Shuguang Li (University of
Nottingham), Elena Sitnikova
(University of Nottingham)
4318-1 A
MICROMECHANICAL
APPROACH TO MODELING
THE EFFECT OF IMPACT
INDUCED DAMAGE ON THE
VIBRATION RESPONSE OF
CFRP LAMINATES
Marco A. Pérez (Universitat
Politècnica de Catalunya
- BarcelonaTech), Lluís Gil
(Universitat Politècnica de
Catalunya - BarcelonaTech),
A mixed finite element type Sergio Oller (Universitat
analysis, involving solid,
Politècnica de Catalunya
thin shell elements and
- BarcelonaTech), Carlos
their coupling has been de- A. Felippa (Center for
velop to reduce the cost of Aerospace Structuresmodelling large composite University of Colorado at
structures under impact
Boulder)
loading,
This work deals with
modeling the effect of
low-velocity impact damage
upon the vibration response
of CFRP laminates through a
micro-mechanical description of the induced internal
damage.
4317-2 IMPACT
4318-2 MULTISCALE
PERFORMANCE OF
MODELING OF LAMINATED
COMPOSITE SANDWICH
STRUCTURES
STRUCTURE UNDER HIGH Roberta Massabo (University
VELOCITY IMPACT
of Genova), Marco Pelassa
Long Yu (Imperial
(University of Genova)
College London), Iman
Mohagheghian (Imperial
The influence of interfaCollege London), Bamber
cial imperfections on the
Blackman (Imperial College dynamic characteristics
London), John Dear
of multilayered plates is
(Imperial College London)
studied using a multiscale
approach which couples a
The energy absorption for
single-layer theory and a
uniform and graded foam
cohesive-crack model.
core composite sandwich
structures was investigated
under low and high velocity
impact by using drop-weight
tower and gas gun.
4319-1 COMPOSITE
HATCH COVER FOR BULK
CARRIERS
Philippe Noury (DNV GL),
Ragnar Hansen (HEAC),
Bjørn Høyning (FiReCo)
4320-1 IMPROVEMENT
OF DETECTION OF
DEFECTS OF CFRP IN THE
INFRARED PULSE PHASE
THERMOGRAPHY
Masashi Koyama (Meisei
university), Masashi
Strength and fire risk
Ishikawa (Tokyo University
assessments carried out to of Science), Haruki
assess technical, regulatory Kitamura (Tokyo University
and economic feasibility of of Science), Hirhoshi
GRP composite hatch cover Hatta (Japan Aerospace
showed that a GRP design Exploration Agency), Yasuo
was feasible and had equiv- Kogo (Tokyo University of
alent fire safet
Science)
Pulse phase thermography
(PPT) is one of the infrared
thermography techniques.
we tried to improve of
detection of defect in the
concrete structures using
PPT with the heating by the
halogen lamp.
4319-2 EFFECT OF
FLEXIBILITY ON THE
PERFORMANCE OF
POLYMERIC FOAMS
IN SANDWICH
CONSTRUCTION HULL
PANELLING UNDER
SLAMMING LOADS
Tom Allen (Unviersity of
Auckland), Mark Battley
(University of Auckland)
This paper explores experimentally how the stress
state in polymeric foam
cores varies as a result of
flexibility in hull paneling
during water impacts.
This research based on a
novel processing technique
to hybridize carbon nanotubes with advanced fibers
to prepare multifunctional
composites, with focusing
on characterizing interphases.
4320-2 MONITORING
AND REPAIR TECHNIQUE
FOR INTERFACIAL DEBONDING IN CARBON
FIBER REINFORCED
THERMOPLASTICS BY
MEANS OF INDUCTION
HEATING
Takushi Miyake (Gifu
University), Kazuya
TAKENAKA (Gifu University)
4321-2 THREEDIMENSIONAL PRINTING
OF POLYVINYLIDENE
FLUORIDEBARIUM TITANATE
NANOCOMPOSITE
SENSORS
Sampada Bodkhe (Ecole
Polytechnique de Montreal),
Daniel Therriault (Ecole
Polytechnique de Montreal),
Frederick Gosselin (Ecole
A novel method for monitor- Polytechnique de Montreal)
ing and repair the interfacial
debonding in injection mold- A novel fabrication approach
ed CFRTP parts was proto create 3D piezoelectric
posed with MHz-frequency polyvinylidene fluoride
induction heating which
(PVDF) – barium titanate
enable to heat carbon fibers (BaTiO3) nanocomposite
very rapidly.
sensors by solvent-cast 3D
printing is presented.
87
Scientific programme · Thursday 23 July
Congress Hall A
15:40 4301-3 EFFECT OF
TEMPERATURE AND
CLEARANCE ON SHEAR
CUTTING BEHAVIORS IN
CFRP LAMINATES
Keiji Ogi (Ehime University),
Shigeki Yashiro (Shizuoka
University)
Auditorium 15
Auditorium 10
4302-3 PREPARATION AND
PROPERTIES OF CNTS WEB/
EXOXY COMPOSITES
Lulu Shen (Tongji University),
Ling Liu (Tongji University)
In the present study, the carbon nanotube (CNT) buckypapers (BPs) were prepared by
The purpose of the present
positive pressure filtering prostudy is to optimize the shear cess and then were infiltrated
cutting conditions (tempera- with epoxy resin by using of
ture and clearance) of therimproved preparation proce
mosetting and thermoplastic
CFRP cross-ply laminates.
16:00 4301-4 MICRO-MECHANICAL
MODEL AND MATERIAL
REMOVAL MECHANISM OF
MACHINING CARBON FIBER
REINFORCED POLYMER
COMPOSITE
Bin Niu (Dalian University of
Technology), Rui Yang (Dalian
University of Technology)
4302-4 EFFECT OF
FUNCTIONALIZATION
AND ADDING METHOD OF
CARBON NANOTUBE ON
INTERLAMINAR PROPERTY
OF CARBON FIBER/EPOXY
COMPOSITE
Mengsi Zhang (Beihang
University), Yizhuo Gu
(Beihang University), Yujiao
The present paper studies the Fan (Beihang University),
material removal mechanism Min Li (Beihang University),
of machining composites by a Shaokai Wang (Beihang
micro-mechanical model, and University), Zuoguang Zhang
analytically derives cutting
(Beihang University)
forces based on a two-parameter elastic foundation beam. The effect of functionalization
and adding methods of carbon nanotube on interlaminar
property of carbon fiber/epoxy
composite were studied, including the effect on resin and
interface properties.
Auditorium 11
4304-3 EVALUATION
OF SELF-HEALING
PERFORMANCE IN EPOXY/
GLASS FIBER COMPOSITES
MANUFACTURED USING
VARTM
Siddharth Dev (University
of Massachusetts Lowell),
Christopher Hansen
(University of Massachusetts
Lowell)
88
Meeting room 18
4306-3 DETERMINATION OF
GEOMETRICAL PARAMETERS
FOR ELECTRICAL
CHARACTERIZATION OF A
CFRP DURING CURING
Sonia Sassi (Institut Clément
Ader), Philippe Marguerès
(Institut Clément Ader),
Rébecca Le Begue (Institut
Clément Ader), Philippe Olivier
(Institut Clément Ader)
Resin solvent healing using
pre-synthesized solvent
loaded double shell walled
microcapsules is investigated
for implementation into
The goal of this paper is to
epoxy-based fiber-reinforced develop a novel magnetic biocomposite materials.
composite scaffold made of
Bombyx mori silk fibroin and
magnetite nanoparticles for
wound dressing applications.
Title: DETERMINATION OF
GEOMETRICAL PARAMETERS
FOR ELECTRICAL
CHARACTERIZATION OF
A CFRP DURING CURING.
Keywords: CFRP T70/M21,
cure monitoring, geometrical
parameters, electrical proprieties.
4304-4 TOUGH,
SELF-REPORTING,
BIOCOMPOSITES
USING SILK AND
NANOCELLULOSE FIBERS:
TOUGHENING, INTERFACE
MODIFICATION AND
NEW MULTIFUNCTIONAL
INTERFACE IMAGING
PROBES
Jeffrey Gilman (NIST),
Jeremiah Woodcock
(Georgetown University), Fritz
Vollrath (Oxford University),
Chelsea Davis (NIST), Ning
Chen (Georgetown University),
Stephan Stranick (NIST), Ryan
Beams (NIST), J. Alexander
Liddle (NIST), Iulia Sacui
(University of Maryland),
Danielle Grolman (University
of Akron), Alamgir Karim
(University of Akron), Muzhou
Wang (NIST), Darshil Shah
(Oxford University)
4306-4 PROCESS
MONITORING OF
GLASS REINFORCED
POLYPROPYLENE
LAMINATES USING FIBER
BRAGG GRATINGS
Matthieu Mulle (King Abdullah
University of Science and
Technology (KAUST)),
Husam Wafai (King Abdullah
University of Science and
Technology (KAUST)), Arief
Yudhanto (King Abdullah
University of Science and
Technology (KAUST)), Gilles
Lubineau (King Abdullah
University of Science and
Technology (KAUST)), Warden
Schijve (SABIC), Nikhil
Verghese (SABIC)
We will describe the surface
functionalization methods
developed to demonstrate
new mechanically-activatable
fluorescent probes (mechanophores) and UV/water
activatable fluorescent probes
(aquafluor).
16:20 Coffee in the Exhibition
Auditorium 12
4305-3 DEVELOPMENT
OF NOVEL SILK
FIBROIN-MAGNETITE
BIOCOMPOSITES FOR
TISSUE ENGINEERING
Catalin Zaharia (University
Politehnica of Bucharest),
Paul Stanescu (University
Politehnica of Bucharest),
Bianca Galateanu (University
of Bucharest), MihaelaCristina Bunea (University
Politehnica of Bucharest),
Eugenia Vasile (University
Politehnica of Bucharest)
The hot press process of
glass reinforced polypropylene is monitored with FBGs.
UD0 and UD90 laminates are
investigated for 2 cooling
rates. Transition phases,
residual strains and CTEs are
estimated.
Meeting room 19
4307-3 MODELLING
ELASTICITY OF INJECTION
MOULDED SHORT FIBRE
REINFORCED POLYMERS:
COMPARISON BETWEEN
EXPERIMENTAL AND
ANALYTICAL APPROACHES
Andrea Bernasconi
(Politecnico di Milano),
Edoardo Conrado (Politecnico
di Milano), Francesca Cosmi
(Università desgli Studi di
Trieste), Peter Hine (University
of Leeds)
Elastic constants of a short
fibre reinforced polyamide are
evaluated by two methods:
one based on process simulation and mean field homogenization and one based on the
Cell Method and micro–CT.
4307-4 A NOVEL
TECHNOLOGY FOR SHORT
FIBER REINFORCED
COMPOSITE –DFFIMRyosuke Nakao (Kyoto
Institute of Technology)
Meeting room 20
4308-3 COMPRESSIVE
PROPERTIES OF NATURAL
FIBRE COMPOSITES
Aart Willem Van Vuure (KU
Leuven), Joris Baets (KU
Leuven), Kimberly Wouters
(KU Leuven), Kevin Hendrickx
(KU Leuven)
Compressive properties of
3 different uni-directional
natural fibre composites have
been evaluated, based on
flax, bamboo and coir fibres.
Compressive properties reach
60-80% of tensile properties.
4308-4 CONDUCTIVE
AND STRONG
NANOCOMPOSITES BASED
ON NANOFIBRILLATED
CELLULOSE AND CARBON
NANOTUBES
Alireza Hajian (KTH Royal
It is found that the CFRP made Institute of Technology), Lars
of carbon prepregs which
Berglund (KTH Royal Institute
impregnated nylon 66 resin in of Technology)
advanced had better bonding
properties based on the
Single-wall carbon nanotubes
tensile test and detailed SEM can be dispersed with the
observations.
aid of cellulose nanofibrils
in aqueous medium and the
dispersions can be utilized
into making highly conductive
nanocomposites.
Meeting room 17
4309-3 ECO-EFFICIENCY
EVALUATION ON THE
WASTE TREATMENT OF
CARBON FIBRE REINFORCED
POLYMER
Xiang Li (The University
of Nottingham), Jon
McKechnie (The University of
Nottingham), Ruibin Bai (The
University of Nottingham)
Life cycle costing and
environmental assessment
methods are applied in this
study to quantify the financial
and environmental impacts
of alternative waste CFRP
treatment routes.
4309-4 SUSTAINABLE
AND RECYCLABLE
THERMOPLASTIC SIZING
BASED ON AQUEOUS
DISPERSION
Aurelie Malho Rodrigues
(Laboratoire des IMRCP),
Sophie Franceschi
(Laboratoire des IMRCP),
Emile Perez (Laboratoire
des IMRCP), Isabelle Giraud
(Institut Carnot CIRIMATPhysiques des polymères),
Eric Dantras (Institut Carnot
CIRIMAT - Physiques
des polymères), Colette
Lacabanne (Institut Carnot
CIRIMAT - Physiques des
polymères)
This work will illustrate how
we succeeded to optimize,
by QSPE method and artificial neural network, an
eco-friendly (REACH) aqueous
dispersion for thermoplastic
sizing at industrial scale.
Meeting room 16
4310-3 TENSILE
STRENGTH OF PANBASED CARBON FIBRES
AND NANOSTRUCTURE
DEVELOPMENT
Haruki Okuda (TORAY
Industries-Inc.), Jun Watanabe
(TORAY Industries-Inc.),
Fumihiko Tanaka (TORAY
Industries-Inc.), Tomonaga
Okabe (Tohoku University),
Robert Young (University of
Manchester)
Tensile failure phenomena of
the PAN-based carbon fibres
and their potential will be discussed on the basis of a newly developed test technique
which combines the loop test
and in-situ Raman analysis.
4310-4 INVESTIGATION
OF THE STATISTICAL
DISTRIBUTIONS OF
FRACTURE STRENGTHS FOR
FLAX FIBERS USING THE
TOW TESTING TECHNIQUE
Jacques Lamon (CNRS/ENS),
Mohamed R’Mili (INSA LYON)
Thursday 23 July · Scientific
Meeting room 5
4311-3 ADAPTIVE
MULTIFUNCTIONAL
MATERIALS FOR ADDITIVE
LAYER MANUFACTURING
Richard Trask (University
of Bristol), Marc Scholz
(University of Bristol), Tom
Llewellyn-Jones (University
of Bristol), Laura Beckett
(University of Bristol), Robert
Allen (University of Bristol),
Bruce Drinkwater (University
of Bristol)
4311-4 STIMULI
RESPONSE, STRUCTURAL
RECONFIGURATION, AND
PROPERTY CONTROL IN
CROSS-LINKED POLYMER
Michael Aldridge (University
of Michigan), Katherine
Sebeck (University of
Michigan), Weimin Wang
(University of Michigan),
Andrew Bielawski
(University of Michigan),
John Kieffer (University of
Michigan)
Structural developments in
spatially confined epoxybased materials systems
have been investigated
using a combination concurrent Raman and Brillouin
scattering experiments and
atomistic simulations.
Meeting room 6
4312-3 TENSILE STRESSSTRAIN BEHAVIOUR
OF MULTIAXIAL METAL
MATRIX COMPOSITES
Gerald Watt (University
of Surrey), Stephen KyleHenney (TISICS Ltd), Andy
Crocombe (University of
Surrey), Stephen Ogin
(University of Surrey)
Meeting room 7
4313-3 HYBRID LAYERED
COMPOSITES FOR HIGH
TOUGHNESS
H Daniel Wagner (Weizmann
Institute of Science)
A review of the ambient
temperature tensile stressstrain behaviour of uniaxial
and multiaxial metal matrix
composites and a simple
model to predict non-linear
tensile behaviour.
4312-4 IN-SITU THERMAL
STRESS MEASUREMENT
OF TUNGSTEN FIBER
REINFORCED TITANIUM
COMPOSITE BY HIGH-LOW
TEMPERATURE X-RAY
DIFFRACTION
Masayuki Nishida (Kobe
City College of Technology),
Taisei Doi (Student of
Advanced Course-Kobe
City College of Technology),
Tatsuya Matsue (Niihama
National College of
Technology), Takao
Hanabusa (The University of
Tokushima)
4313-4 STEEL
FOIL REINFORCED
COMPOSITES: STUDY OF
STRENGTH, PLASTICITY
AND PLY SIZE EFFECTS
Kunal Masania (University
of Applied Sciences
and Arts Northwestern
Switzerland), Roman
Geissberger (University of
Applied Sciences and Arts
Northwestern Switzerland),
Daniel Stefaniak (German
Aerospace Centre ), Clemens
Dransfeld (University of
Applied Sciences and Arts
Northwestern Switzerland)
The thermal residual stress
alteration of W/Ti composite
was estimated by the
x-ray diffraction with the
cryogenic cooling system,
temperature from 25oC to
-250 oC
Steel foil and carbon fibre
epoxy laminates were
studied using ply level hybridisation and thin plies to
delay onset of damage circa
30%; failure modes varied
significantly with laminate
composition.
M1
4314-3 DAMAGE
EVOLUTION DURING HIGHTEMPERATURE OXIDATIVE
AGING OF COMPOSITES
Kishore Pochiraju (Stevens
Institute of Technology),
Jianyong Liang (Stevens
Institute of Technology)
M2
4315-3 DIGITAL IMAGE
CORRELATION AND FINITE
ELEMENT ANALYSIS
APPLIED TO FIBERREINFORCED COMPOSITES
AT THE MICRO-SCALE
Mahoor Mehdikhani (KU
Leuven), Mohammadali
Aravand (KU Leuven), Baris
A high-resolution
Sabuncuoglu (KU Leuven),
chemo-mechanics-damage Michaël G. Callens (KU
model is used to predict the Leuven), Stepan V. Lomov
degradation of high-tem(KU Leuven), Larissa
perature polymer matrix
Gorbatikh (KU Leuven)
composites under long-term
thermo-oxidative aging
The application of miconditions.
cro-scale DIC to fiber-reinforced composites is
explored. Validating against
FEA, it shows promises for
further mechanical investigation at the micro-scale.
M3
4316-3 EFFECTS OF
TEMPERATURE ON STATIC
AND FATIGUE STRENGTH
OF WIND TURBINE
COMPOSITES
Sibrand Raijmaekers
(Knowledge Centre WMC),
Iuri Rocha (Knowledge
Centre WMC), Rogier Nijssen
(Knowledge Centre WMC)
4314-4
MICROMECHANICAL
STUDY OF
UNIDIRECTIONAL
HIGH FIBER CONTENT
COMPOSITE UNDER
TRANSVERSE
COMPRESSIVE, TENSILE
AND SHEAR LOADINGS
Hai Qing (Nanjing
University of Aeronautics &
Astronautics)
4316-4 GAMMA
IRRADIATION AGING
OF BASALT FIBER
REINFORCED COMPOSITES
Ran Li (Beihang University)
A new theoretical model is
developed to perform more
detail theoretical analysis
on the stress transfer
between fibre and matrix,
and distributions of stress,
strain and displacement in
composites.
4315-4 DATA-RICH
CHARACTERISATION OF
DAMAGE PROPOGATION IN
COMPOSITE MATERIALS
AFTER INTERMEDIATE
STRAIN RATE LOADING
Janice Dulieu-Barton
(University of Southampton),
Gary Battams (University of
Southampton)
M4
4317-3 THE LOW VELOCITY
IMPACT RESPONSE OF
SANDWICH STRUCTURES
WITH GRADED FOAM
CORES
Jin Zhou (University of
Liverpool), Zhongwei Guan
(University of Liverpool),
Rehan Umer (Khalifa
University of ScienceTechnology and Research
The effect of temperature on (KUSTAR)), Wesley Cantwell
the mechanical behaviour of (Khalifa University of
wind turbine composites is Science-Technology and
evaluated. Damage mech- Research (KUSTAR))
anisms, such as physical
ageing and thermal stresses The low velocity impact
are described and analysed. response of sandwich structures with graded foams
cores have been investigated both experimentally
and numerically. Sandwich
structures, based on graded
foams, were fabricated
4317-4 INVESTIGATION
ON THE ENERGY
ABSORPTION CAPABILITY
OF COMPOSITE CRASHBOX WITH RECYCLABLE
THERMOPLASTIC
Gamma irradiation aging
MATERIAL
of E-glass fiber reinforced
Simonetta Boria (University
epoxy matrix composite is of Camerino), Alessandro
investigated in this study.
Scattina (Politecnico di
The composite were treated Torino)
A novel methodology for
with a 60Co gamma irradisimultaneously capturing
ation dose up to 2.0MGyStarting from information
DIC and TSA IR image data Ran Li
obtained in the first experfrom CFRP specimens
imental tests, the energy
during fatigue loading is deabsorption capacity of therscribed and validated iusing
moplastic impact attenuaX-ray CT.
tors made as thin wall tubes
of circular cross section is
investigated
M5
4318-3 NUMERICAL
MODELS WITH LAYERED
ELEMENTS FOR NOMEX
HONEYCOMB CORE UNDER
FLATWISE COMPRESSION
Longquan Liu (Shanghai
Jiao Tong University), Hai
Wang (Shanghai Jiao Tong
University), Zhongwei Guan
(University of Liverpool)
Different modelling methods
of the Nomex honeycomb
sandwich structures under
flatwise compression were
proposed and developed
based on the structural
features of the Nomex honeycomb cell walls.
M6
4319-3 DESIGN
AND ANALYSIS OF A
COMPOSITE PATCH
REINFORCEMENT
SYSTEM FOR A MARINE
APPLICATION CASE
Pablo Yarza (AIMENTechnology Center), Arijana
Milat (as2con), Tomislav
Tomac (as2con), Giovanni
Risso (CETENA)
The aim of this study was
to find the optimal configuration of a composite patch
for a marine application
case, whose objective is
to increase fatigue life of
a typical detail of balcony
opening.
M7
4320-3 DELAMINATION
DETECTION IN LAMINATED
GLASSY POLYMERS AND
POLYMERIC COMPOSITES
BY MEANS OF STRAIN
SOLITONS
Irina Semenova (Ioffe
Physical Technical Institute),
Galina Dreiden (Ioffe
Physical Technical Institute),
Alexander Samsonov (Ioffe
Physical Technical Institute)
programme
M8
4321-3 DEVELOPMENT OF
EXTREME-ENVIRONMENT
ELECTRONIC
INTERFACES THROUGH
A COMBINATORIAL
MATERIAL OPTIMIZATION
AND ADDITIVE MATERIAL
DEPOSITION APPROACH
Thomas Reitz (The United
States Air Force Research
Laboratory), Evan Thomas
(University of Dayton
Research Institute), Kevin
Yost (The United States Air
Force Research Laboratory),
Jared McCoppin (National
Research Council)
The paper presents an
approach aimed for delamination detection in layered
structures made of glassy
polymers and composites
based on the propagation
Homogeneous and hetand optical detection of bulk erogeneous tape casts of
strain solitons.
Nb-doped CaMnO3 were
fabricated into multilayer
piles as a strategy to suppress phonon transport and
enhance the bulk thermoelectric properties at high T.
4319-4 RETROFITTING THE 4320-4 THE
4321-4 NANOSPRING
SUPERSTRUCTURE OF A
CHARACTERISATION OF
FILMS FOR
LARGE PASSENGER SHIP NOTCHED 3D WOVEN
MULTIFUNCTIONAL
USING COMPOSITES - A
COMPOSITES USING
INTERFACES
DEMONSTRATION
THERMO-ELASTIC STRESS Ryan Mott (University
Vasileios Karatzas (Technical ANALYSIS AND DIGITAL
of Illinois at UrbanaUniversity of Denmark),
IMAGE CORRELATION
Champaign), Ioannis
Niels Hjørnet (Niels Hjørnet Paul Cunningham
Chasiotis (University
Yacht Design), Christian
(Loughborough University), of Illinois at UrbanaBerggreen (Technical
Shuo Dai (Loughborough
Champaign)
University of Denmark)
University)
10-micron high Cu nanosThe superstructure of a
The paper is concerned with pring films were studied for
RoPax ferry has been rethe investigation of notched their mechanical compliance
designed using composite versus un-notched strength and reversible compressimaterials and the new
using DIC, and the fatigue
bility as a function of seed
design has been compared damage progression using spacing that varied in the
to the existing steel super- TSA, of two 3D woven com- range of 2000-3200 nm.
structure.
posite specimen types.
89
Scientific programme · Thursday 23 July
Congress Hall A
16:40 4401 Processing Manufacturing Technology
13
Auditorium 15
4402 Nano Composites 13
16:40 4401-1 ECO-EFFICIENTLY
CURED AND HALOGEN
FREE FIRE RETARDANT
COMPOSITES
Frederik Goethals (Centexbel),
Myriam Vanneste (Centexbel),
Ralf Lungwitz (STFI), Martina
Janickova (Inotex), Jan Marek
(Inotex)
4402-1 FABRICATION
AND APPLICATIONS OF
MULTI-FUNCTIONAL
NANOCOMPOSITES FILLED
WITH CARBON BASED
NANOMATERIALS
Soon Hyung Hong (Korea
Advanced Institute of Science
and Technology (KAIST)), Ho
Jin Ryu (Korea Advanced
Eco-efficiently cured and hal- Institute of Science and
ogen-free fire retardant com- Technology (KAIST))
posites are obtained by using
UV-curable fire retardant
The experimental results on
oligomers as matrix material the characterization of strucand glass UD fabrics as fibre tural and functional properties
reinforcement.
of CNT- or graphene-reinforced nanocomposites with
various inorganic and organic
matrices are reviewed.
17:00 4401-2 USING A NEW
DEVELOPED DIE AND
DIFFERENT TYPES OF
THERMOSETTING RESINS TO
PRODUCE U200 PROFILES
BY PULTRUSION
Joao Pedro Nunes (Polymer
Engineering Dept / Minho
University), David Melo
(Minho University), Miguel
Vasconcelos (VIDROPOL SA)
Auditorium 11
4404 Multifunctional
Composites - Self-Healing
and Bio-inspired Designs 4
4403-1 VIRTUAL TESTING
OF FOLDCORES MADE
OF POLYETHYLENE
TEREPHTHALATE
Yong Hao (Shenyang Engine
Design & Research Institute),
Shixi Zang (Shanghai
Jiao Tong University),
Xiuhua Chen (Shanghai
Jiao Tong University), Hai
Wang (Shanghai Jiao Tong
University), Zhong You
(University of Oxford), Xiang
Zhou (Shanghai Jiao Tong
University)
4404-1 OPTIMISED
VASCULAR SYSTEMS FOR
THE IN-SITU REPAIR OF
COMPOSITE T-JOINTS
Jack Cullinan (University of
Bristol), Michael Wisnom
(University of Bristol), Ian
Bond (University of Bristol)
Auditorium 12
4405 Applications - Bio &
Medical 3
4405-1 BIOMIMETIC
ORGANIC-INORGANIC
COMPOSITE COATINGS FOR
BIOINERT METAL IMPLANTS
USED IN ORTHOPEDICS AND
DENTISTRY. PREPARATION
AND CHARACTERIZATION
Helga Furedi Milhofer
(the Hebrew University of
Presentation on the use of
Jerusalem), Alon Elyada
vascules (micro-channels)
(the Hebrew University of
to repair complex composite Jerusalem), Maja Dutour
structures in-situ. Preliminary Sikiric (Rudjer Boskovic
work on the potential of
Institute), Ronald Schade
Cyanoacrylate for composite (Institute for Bioprocessing
repairs has also been preand Analytical Measurement
A virtual test method based
sented.
Techniques (iba)), Steffi
on the dynamic finite element
Grohmann (Institute for
simulation was developed
Bioprocessing and Analytical
to simulate the mechanical
Measurement Techniques
properties of polyethylene
(iba)), Klaus Liefeith (Institute
terephthalate foldcores.
for Bioprocessing and
Analytical Measurement
Techniques (iba)), Nissim
Garti (the Hebrew University
of Jerusalem), Herbert P.
Jennissen (University of
Duisburg-Essen)
4403-2 FAILURE ANALYSIS
OF SANDWICH COMPOSITES
WITH CHOPPED FIBER
REINFORCEMENT UNDER INPLANE COMPRESSION
Shiyong Sun (Dalian University
of Technology), Lingbing
Xing (Dalian University of
Technology), Jin Wang
(Shenyang Aircraft Design &
Research Institute), Xiaoshan
Unexpected largely enhanced Xu (Dalian University of
This work concerns the
ductility was achieved in
Technology)
study and optimisation of
PVDF/CNTs composites and
the production of U200 GRP
mechanism was explored. It The experimental test and
pultrusion profiles. A steel
is believed the phase transfinite element model are
heated die was designed and formation and CNTs pinning employed to study the failure
processing variables studied are responsible for this phe- process of sandwich composfor 4 different resins and
nomenon.
ites with reinforcement under
catalysts.
in-plane compression load.
90
4402-2 POLY (VINYLIDENE
FLUORIDE)/MULTI-WALLED
CARBON NANOTUBE
COMPOSITES: POLYMORPHS
TRANSFORMATION INDUCED
DUCTILITY
Xuelong Chen (Nanyang
Technological University),
Ming Yin (Nanyang
Technological University)
Auditorium 10
4403 Sandwich Structures
and Materials 3
Organic-inorganic composite
coatings - polyelectrolyte
multilayers with CaP - were
prepared on glass and Ti surfaces. Calcification increases
the mechanical stability and
stiffness of the coatings.
4404-2 HEALING OF
4405-2 BIOMIMETIC
EARLY STAGE DAMAGE
IMPLANT COATINGS FOR
OF IONOMER COMPOSITE
LOCAL DELIVERY OF
INTERLAYERS BY LOCALIZED GROWTH FACTORS AND
HEATING UPON MAGNETIC
ANTIBIOTICS
INDUCTION
Steffi Grohmann (Institute for
Wouter Post (Technical
Bioprocessing and Analytical
University of Delft), Santiago measurements (iba)),
Garcia (Technical University
Manuela Menne (Institute for
of Delft), Olivier Bou Matar,
Bioprocessing and Analytical
Koen Van Den Abeele
measurements (iba)),
(Catholic University of Leuven Holger Rothe (Institute for
), Sybrand Van Der Zwaag
Bioprocessing and Analytical
(Technical University of Delft) measurements (iba)),
Klaus Liefeith (Institute for
Early stage matrix healing
Bioprocessing and Analytical
of particulate ionomer
measurements (iba))
composites was achieved by
local particle heating upon
The most challenging issues
induction. The potential for
with bone implants i) stable
the restoration of fatigue and osseointegration and ii)
impact damage is shown.
prevention of a possible
implant-associated infection
are adressed with a bioactive,
biomimetic nano-coating.
Meeting room 18
4406 Experimental
Methods for Process
Characterisation 5
4406-1 CHARACTERISATION
OF RESIN DEGREE OF
IMPREGNATION OF OUT-OFAUTOCLAVE PREPREG
Marc Palardy-Sim (McGill
University), Pascal Hubert
(McGill University)
Investigation of three methods
used to characterize the initial
degree of impregnation of
out-of-autoclave prepreg:
micro-CT, water pick-up, and
active thermography.
Meeting room 19
4407 Textile-Based
Composites and Fibre
Architecture 10
Meeting room 20
4408 Biocomposites 12
Meeting room 17
4409 Recycling of
Composites and
Sustainability 4
Meeting room 16
4410 Fibres 3
4408-1 ADVANCED
BIOCOMPOSITES MADE
FROM METHACRYLATED
EPOXIDIZED SUCROSE
SOYATE RESIN REINFORCED
WITH FLAX FIBERS
Ali Amiri (North Dakota
State University), Nassibeh
Hosseini (North Dakota State
University), Chad Ulven (North
Dakota State University), Dean
Webster (North Dakota State
University)
4409-1 ALIGNED SHORT
FIBRE HYBRID COMPOSITES
WITH VIRGIN AND
RECYCLED CARBON FIBRES
Marco Luigi Longana
(University of Bristol), Hana Yu
(University of Bristol), Kevin
Potter (University of Bristol)
4410-1 EVOLUTION OF
CRYSTALLINE PARAMETERS
DURING STABILIZATION OF
POLYACRYLONITRILE FIBERS
Ray Frenzel (University
of Augsburg), Judith
Moosburger-Will (University
of Augsburg), Siegfried Horn
(University of Augsburg)
Flax fiber composites
were processed with a
Methacrylated Epoxidized
Sucrose Soyate (MESS) resin
and properties were compared agains those of Flax/
Vinyl Ester resin composite.
4406-2 PRACTICAL
DEMONSTRATION OF
FIBRE EVANESCENT WAVE
SPECTROSCOPY FOR CURE
MONITORING POLYMER
MATRIX COMPOSITES USING
NOVEL H3-GLASS FIBRES.
Peter Wilson (The University
of Sheffield), Simon Hayes
(The University of Sheffield),
Russell Hand (The University
of Sheffield)
The development and
practical demonstration of a
reinforcing style, evanescent
wave, fibre sensor for cure
monitoring of epoxy resins.
4408-2 FORMING OF
NATIVE STARCH/WOOD
COMPOSITES
Arnaud Regazzi (CNRS),
Maxime Teil (CNRS), Pierre
Dumont (CNRS), Barthélémy
Harthong (CNRS), Didier
Imbault (CNRS), Robert
Peyroux (CNRS), Jean-Luc
Putaux (CNRS)
This study deals with the
manufacturing of starch/
softwood composites made
by thermal and ultrasonic
compression moulding while
preserving the interesting
native properties of their
constituents
Intermingled hybrid composites with aligned virgin and
recycled short carbon fibres
were manufactured with a
novel fibre alignment method
to increase the availability of
recycled carbon fibres.
Textile polyacrylonitrile fibers
showing different effective diameters were stabilized under
air. The evolution of crystalline
parameters of these fibers
during stabilization was investigated.
4409-2 RECYCLED
GLASS FIBRE/POLYESTER
COMPOSITES – PROCESSING
AND MECHANICAL
CHARACTERIZATION
Durai Prabhakaran Rt
(University of strathclyde),
James Thomason (University
of strathclyde)
4410-2 SYNERGISTIC
STRENGTHENING OF
SISAL FIBER WITH
ALKALI TREATMENT AND
CELLULOSE NANOCRYSTALS
MODIFICATION
Yan Li (Tongji University),
Zhongsen Zhang (Tongji
University)
The present article demonstrate the recycling and reuse
of waste glass fibre fabrics.
The recycled regenerated long
glass fibres are impregnated
with polyester resin to study
the mechanical properties
This study investigated the
synergistic strengthening
effect of sisal fiber with
alkali treatment and cellulose
nanocrystals modification by
experiments and theories.
Thursday 23 July · Scientific
Meeting room 5
4411 Multifunctional
Composites - Adaptive
Response and
Reconfiguration 5
4411-1 SYNTHESIS AND
CHARACTERIZATION OF
BISMALEIMIDE BASED
THERMOSET TRIPLESHAPE POLYMERIC
SYSTEM
Qiwei Zhang (Harbin
Institute of Technology),
Yanju Liu (Harbin Institute
of Technology), Jinsong
Leng (Harbin Institute of
Technology)
Meeting room 6
4412 Composites with
Metallic Components 4
Meeting room 7
M1
4413 Hybrid Composites 3 4414 Simulation of
Progressive Failure 2
4412-1 EFFECT OF
MICROSTRUCTURE
CONTROL ON THERMAL
AND ELECTRICAL
CONDUCTIVITIES OF CNF/
AL COMPOSITES
Gen Sasaki (Hiroshima
University), Yusuke Omuro
(Hiroshima University),
Yongbum Choi (Hiroshima
University), Kenjiro Sugio
(Hiroshima University),
Kazuhiro Matsugi (Hiroshima
University)
4413-1 CHEMICAL AND
MECHANICAL PROPERTIES
OF CO-CURED HYBRID
COMPOSITE/ALUMINIUM
STRUCTURES
Sébastien MERCIER
(ONERA), Romain AGUOGUE
(ONERA), Anne MAVEL
(ONERA), Pilippe NUNEZ
(ONERA)
This paper is related to the
mechanical and chemical
This paper concerns the
properties of Aluminium/
synthesis and characterCFRP hybrid materials. It
ization of bismaleimide
Fiber direction in CNF/Al
concerns the influence
based triple-shape memory composites by sintering was of the aluminium surface
polymers. The author finds controlled by rolling in order treatment on the interface
it necessary to introduce
to improve the electrical and properties
diisocyanate into polymeric thermal conductibity. These
system.
propertes was affected by
the fiber orientasion, density.
4411-2 DEVELOPMENT
OF NOVEL COMPOSITE
SANDWICH STRUCTURES
WITH INTEGRATED
SHOCK ABSORBING
FUNCTIONALITY
Simon Bates (University
of Bristol), Richard Trask
(University of Bristol), Ian
Farrow (University of Bristol)
4412-2 EVALUATION OF
ALUMINA AS PROTECTIVE
COATING FOR CARBON
FIBERS IN MAGNESIUMBASED COMPOSITES
Alfaferi Zainal Abidin
(Fraunhofer IKTS), Mario
Krug (Fraunhofer IKTS),
Michel Wolf (Technical
University Dresden), Rafał
Kozera (Faculty of Materials
A parametric study to
Science and Engineering
assess the compressive
Warsaw University of
behaviour of 3D printed,
Technology), Martin Knaut
thermoplastic polyurethane (Technical University
cellular architectures, deDresden), Ingolf Endler
signed to be integrated into (Fraunhofer IKTS), Alexander
energy absorbing sandwich Michaelis (Fraunhofer IKTS)
panel composites.
Alumina thin layer can be
used as protective coating
in the Cf/AZ91 system.
No interfacial reaction is
observed at the fiber-matrix
interface and furthermore
the layer promote wetting
with AZ91.
4413-2 FALLING-WEIGHT
IMPACT AND POST-IMPACT
FLEXURAL PERFORMANCE
OF HYBRID FLAX/CARBON
LAMINATES
Fabrizio Sarasini (Sapienza
University of Rome), Carlo
Santulli (Università degli
Studi di Camerino), Jacopo
Tirillò (Sapienza University
of Rome), Teodoro Valente
(Sapienza University of
Rome), Luca Lampani
(Sapienza University of
Rome), Paolo Gaudenzi
(Sapienza University of
Rome)
Hybrid carbon(C)/flax (F)
fiber laminates have been
investigated under impact
up to 30 J measuring BVID
and post-impact flexure and
considering the respective
merits of CFC and FCF configurations.
M2
4415 Digital Image
Correlation 3
4414-1 FAILURE ANALYSIS
OF NOTCHED FIBERREINFORCED COMPOSITE
MATERIALS
Guangyan Liu (Beijing
Institute of Technology),
Kaili Tang (Beijing Institute
of Technology), Hongchen
Bao (Beijing Institute of
Technology)
4415-1 MEASUREMENT
OF THE INTERNAL STRAIN
DISTRIBUTION IN A
REINFORCED RUBBERMATRIX COMPOSITE
USING DIGITAL VOLUME
CORRELATION
Hubert Schreier (Correlated
Solutions-Inc.), David
Mollenhauer (US Air Force
Research Laboratory),
Progressive failure analysis Andrew Makeev (University
of notched composite
of Texas Arlington), Eric
laminates was performed by Jones (US Air Force
introducing surface-based Research Laboratory), Sirina
cohesive contact to model Safriet (University of Dayton
the longitudinal splitting.
Research Institute)
A rubber-matrix composite
specimen was investigated
using digital volume correlation to assess bias and
noise from the technique
and compare experimental
results to strain from finite
element model.
4414-2 MODELING OF
DAMAGE AND SCALING
EFFECTS IN COMPOSITE
PIPES SUBJECTED TO
LOW-VELOCITY IMPACTS.
Ana Nieto (Petroleum
Institute), Fahad Almaskari
(Petroleum Institute)
4415-2 DYNAMIC
ANALYSIS OF ADHESIVELY
BONDED COMPOSITE
SINGLE LAP JOINTS
USING FULL-FIELD
MEASUREMENT
TECHNIQUES
George Crammond
(University of Southampton),
The results of the effect of J M Dulieu-Barton
geometrical properties in
(University of Southampton),
the initiation and propaga- S W Boyd (University of
tion of damage in composite Southampton)
pipes under low-velocity
impact are presented and
Full-field evaluation of the
analyzed.
strains in an adhesively
bonded composite single
lap joint under quasi-static
and high rate loading using
high speed Digital Image
Correlation (DIC).
M3
4416 Dynamic Fracture 3
M4
M5
M6
4417 Impact and Dynamic 4418 Multiscale Modelling 4419 Applications - Civil
Structural Analysis 2
of Structures 4
Engineering 3
4416-1 PERMISSIBLE
LOW VELOCITY IMPACT
DEFECTS IN ORGANIC
INTERLOCK WOVEN
COMPOSITE
Myriam Kaminski (ONERA),
Adrien Elias (ONERA),
Frédéric Laurin (ONERA)
4417-1 OPTIMIZATION
OF AN AUTOMOTIVE
COMPOSITE BUMPER
BEAM WITH OPEN
SECTION FOR PRODUCTION
AND STRUCTURAL
PERFORMANCE
Alem Tekalign Beyene
(Politecnico Di Torino),
A two-step simulation apGiovanni BELINGARDI
proach has been proposed (Politecnico Di torino), Giada
and has consisted in preFalcinelli (Politecnico Di
dicting the damage induced Torino)
by an impact in order to estimate the residual strength GMT bumper beam has
of the specimen.
been considered for light
weight and better crash
worthiness . Open section
beam were chosen for
production viability . FE
cross-sectional and ribs optimization has conducted.
4418-1 INTERLAMINAR
STRESSES IN
CORRUGATED
STRUCTURES MADE FROM
ANISOTROPIC MATERIALS
Claudia Thurnherr (ETH
Zürich), Gerald Kress (ETH
Zürich), Paolo Ermanni (ETH
Zürich)
The present study investigates the influence of
geometry and material anisotropy on the interlaminar
shear and through-thickness stress in corrugated
laminates.
KEYNOTE
4419-1 LONG TERM
RELIABILITY OF CFRP IN
BRIDGE ENGINEERING
Urs Meier (EMPA-Swiss
Federal Laboratories
for Materials Science
& Technology), Rolf
Brönnimann (EMPA), Peter
Anderegg (EMPA)
Starting from 1991 pilot
projects with CFRP applications have been initiated in
bridge construction. Most
noticeable is the Verdasio
Bridge with a sustained
stress of 1610 MPa in the
CFRP cables.
programme
M7
4420 Thermography 2
M8
4421 Multifunctional
Composites - Processing
and Integration 2
4420-1 FULL FIELD
INSPECTION OF
COMPOSITE COMPONENTS
USING NATURAL
FREQUENCY EXCITATION
Rachael Waugh (University
of Southampton), Janice
Dulieu-Barton (University of
Southampton), Simon Quinn
(University of Southampton)
KEYNOTE
Thermoelastic stress analysis and digital image correlation (DIC) give different but
complimentary information.
To enable both to monitor
cyclically loaded panels
a lock-in DIC approach is
introduced.
4421-1 MULTIFUNCTIONAL
MICROVASCULAR
COMPOSITES
Scott White (University
of Illinois at UrbanaChampaign), Stephen
Pety (University of Illinois
at Urbana-Champaign),
Anthony Coppola (University
of Illinois at UrbanaChampaign), Kevin Hart
(University of Illinois at
Urbana-Champaign), Jason
Patrick (University of Illinois
at Urbana-Champaign),
Ryan Gergely (University
of Illinois at UrbanaChampaign), Nancy Sottos
(University of Illinois at
Urbana-Champaign), Jeff
Moore (University of Illinois
at Urbana-Champaign)
Complex multidimensional
vascular polymers and composites are seamlessly fabricated by using sacrificial
material templates based on
poly(lactide) polymers treated with a tin catalyst.
4416-2 AN ASSESSMENT
OF THE ARAMID FELT
HIGH VELOCITY IMPACT
RESISTANCE
Natalia Dolganina (National
Research South Ural
State University), Oleg
Kudryavtsev (National
Research South Ural
State University), Sergey
Sapozhnikov (National
Research South Ural State
University)
Non-woven needle-punched
aramid felt “Twaron® Felt
No.9” impacting by 6.35
mm steel ball was studied
numerically and experimentally for better understanding of the main energy
dissipation mechanisms.
4417-2 CAI DAMAGE
MECHANISM
CHARACTERISATION
Yu Yang (Nottingham
University), Shuguang Li
(Nottingham University)
4418-2 YARN-SCALE
ANALYSIS OF NOVEL
TEXTILE COMPOSITES
LACKING AN ELEMENTARY
REPRESENTATIVE
ELEMENT
Yann Le Cahain (University
Parametric study about
of Bristol-ACCIS (Advanced
damage mechanism of
Composites Centre for
CAI reveals multiplicity of
Innovation and Science)),
delaminations is the major Dmitry Ivanov (University
factor. For CAI stress conof Bristol-ACCIS (Advanced
centration is the main failure Composites Centre for
mechanism.
Innovation and Science))
A novel manufacturing
technique based on 3D
printing of liquid resin into a
dry textile reinforcement is
presented. Tensile tests are
carried out and a pragmatic
modelling approach is developed.
91
Scientific programme · Thursday 23 July
Congress Hall A
17:20 4401-3 A NEW SYNTACTIC
FOAM MANUFACTURING
METHOD AND STUDY ON ITS
PROPERTIES
Qiyong Yu (Beihang
University), Yan Zhao (Beihang
University), Zhian Mi (Beijing
Institute of Aeronautical
Materials), Yuan Chen
(Beihang University)
Auditorium 15
4402-3 ENHANCED
DIELECTRIC PROPERTIES
IN A THREE-PHASE
COMPOSITE INDUCED
BY MICROSTRUCTURE
TAILORING
Zhang Zhenchong (BeiHang
University), Yi Zhuo Gu
(BeiHang University), Shao Kai
Wang (BeiHang University),
Min Li (BeiHang University),
The present study focuses on Zuo Guang Zhang (BeiHang
a new manufacturing method University)
involving syntactic foams.
Syntactic foams of 500kg/m3 A novel three-phase compos～600kg/m3 were produced
ite with high dielectric permitand the compressive property tivity and low loss is proposed
is from 35MPa to 49MPa.
by introducing barium titanate
in polyvinylidene fluoride matrix filled with silicon carbide
whisker.
17:40
4402-4 HYBRID
TOUGHENING OF EPOXY
WITH RUBBER AND
NANOSILICA PARTICLES:
EXPERIMENTS AND
MODELLING
Tasnuva Khaleque (Imperial
College London-South
Kensington Campus), Soraia
Pimenta (Imperial College
London-South Kensington
Campus), Ambrose C. Taylor
(Imperial College LondonSouth Kensington Campus)
Auditorium 10
4403-3 PREDICTION OF
THE RESIN FILLET SIZE IN
CO-CURED HONEYCOMB
SANDWICH STRUCTURES
Chao Chen (Beihang
University), Yanxia Li
(Beihang University), Yizhuo
Gu (Beihang University),
Min Li (Beihang University),
Zuoguang Zhang (Beihang
University)
The research provides a
promising way to predict
forming quality of honeycomb sandwich structure
composites and guidance for
the optimization of process
conditions and control of processing quality.
4403-4 EXPERIMENTAL
ANALYSIS OF STRESSES IN
SANDWICH STRUCTURES
DUE TO THE BRAZIER
EFFECT
Carl-Johan Lindholm
(Diab Sweden AB), Anders
T. Johansson (Chalmers
University of Technology),
Johan Hedlund (DIAB Sweden
AB)
Auditorium 11
4404-3 SELF COOLING
FUNCTIONALITY VIA
VASCULAR CHANNEL HEAT
TRANSIT IN AN EPOXY
MATRIX
Brendan Dalton (Ulster
University ), Edward Archer
(Ulster University ), Alistair
McIlhagger (Ulster University )
Vascular polymers have been
developed via the removal of
sacrificial fibres. Components
have then been trialled to
determine their ability for
temperature control through
dynamic physical testing.
4404-4 SIMULATION OF
SIMULTANEOUS REPAIR AND
DEGRADATION PROCESSES
IN SELF-HEALING
MATERIALS
Federico Bosia (University
of Torino), Nicola Pugno
(University of Trento)
In this work we extend previous Hierarchical Fibre Bundle
models for self-healing to
Experimental study of curved more general cases where
sandwich beams using five
tissue growth/degradation is
different grades of core mate- considered, and derive overall
Epoxies modified by different rial captured several different mechanical behaviour
contents of nanosilica and
failure modes. Non-linear FEA
core-shell rubber particles are agreed fairly well with the
characterised. The effect of
test results
plasticity, particle debonding
and tri-axial stresses are
studied through FE.
92
Auditorium 12
4405-3 SILKFIBROINCA-P COMPOSITE BONE
REPLACEMENT MATERIAL
FOR GUIDED BONE GROWTH
Feride Sermin Utku (Yeditepe
University), Nazan Ebru Aksu
(Yeditepe University), Nermin
Yuksel (Yeditepe University)
Pure silk fabric, boiled in
NaCO3 was Ca-P coated in 7
sequential immersion steps in
Ca and HPO4, pH 7.4. Brushite
crystals, analyzed with XRD,
FTIR and SEM were transformed into HA using ECD.
Meeting room 18
Meeting room 19
4406-3 PERMEABILITY
MEASUREMENTS AND
PROCESS SIMULATION
OF LARGE SANDWICH
STRUCTURES FOR
INDUSTRIAL WIND TURBINE
BLADES
Allan Roulund Gersborg (LM
Wind Power A/S)
Experimental characterization
sandwich parts for wind turbine blades produced with the
VARTM process. A poor quantitative fit with Darcy’s law is
found which limits the value
of commercial software.
4406-4 COMPARATIVE
STUDY ON INTERNAL
AND EXTERNAL RELEASE
AGENTS – EVALUATION
OF PROCESS PARAMETER
VARIATION ON DEMOLDING
STRESSES
Maximilian Schaefer
(Technical Universtiy of
Munich), Swen Zaremba
(Technical Universtiy of
Munich), Klaus Drechsler
(Technical Universtiy of
Munich)
The demolding stress is
investigated dependent on
process parameter: amount
of release agent, temperature
of mold-surface, number of
demoldings, and the kind of a
reinforcement structure.
Meeting room 20
4408-3 FEEDSTOCK AND
PROCESSING EFFECTS
ON THE PERFORMANCE
OF NATURAL FIBER
THERMOSET COMPOSITES
John Wolodko (Alberta
Innovates - Technology
Futures)
In this comprehensive study,
the mechanical performance
of various natural fibre
thermoset composites is
compared. The effect of fibre
type, fibre processing and
composite fabrication method
were investigated. Mechanical
testing results include tensile
strength, tensile modulus,
elongation and charpy impact.
4408-4 EXPERIMENTAL
EVALUATION OF THE
MECHANICAL PROPERTIES
OF THE PLA-PAPER
COMPOSITE
Fernando Ramirez
(Universidad de los Andes),
Mateo Jimenez (Universidad
de los Andes)
In the present work, the
mechanical properties of a
laminated composite made
of paper and PLA laminae
(PLAPER) were determined
experimentally, indicating its
potential application in many
areas.
Meeting room 17
4409-3 A THERMOCHEMICAL MODEL FOR THE
MECHANICAL PROPERTIES
OF RECYCLED CARBON
FIBRES
Joseph Heil (University of
Nottingham), Thomas Turner
(University of Nottingham),
Stephen Pickering (University
of Nottingham)
Meeting room 16
4410-3 USE OF FOAMED
POLYPROPYLENE FIBERS
TO IMPROVE FIBER/MATRIX
BOND FOR CEMENTITIOUS
COMPOSITES
Bartolomeo Coppola
(University of Salerno),
Luciano Di Maio (University
of Salerno), Paola Scarfato
(University of Salerno),
Loredana Incarnato (University
of Salerno), Luc Courard
(University of Liège)
A computational model using
heat flow and reaction kinetics is used to determine the
mass loss and thermal profile For cementitious composite
of a composite as it undermaterials fiber/matrix bond
goes recycling.
is extremely important. This
work is aimed to produce
fibers with improved surface
roughness produced by foam
extrusion process.
4409-4 PREPARATION
AND CHARACTERIZATION
OF LEATHER POLYMER
COMPOSITES
Meenakshisundaram
Omkumar (Colleg of
Engineering Guindy),
Annamalai Suresh Babu
(College of Engineering
Guindy), Anbiah Jacob Moses
(College of Engineering
Guindy)
This work proposes utilization
of industrial leather wastes
such as PVB and milk pouches to prepare a composite
material with Green cost
based objectives suiting to
various industrial applications
Thursday 23 July · Scientific
Meeting room 5
4411-3 RESONANCE
TUNING OF RF DEVICES
THROUGH ORIGAMI
FOLDING
Kazuko Fuchi (Wright State
Research Institute), Philip
Buskohl (UES-Inc.), Gregory
Reich (Air Force Research
Laboratory), Richard
Vaia (Air Force Research
Laboratory), James Joo (Air
Force Research Laboratory)
Investigation of the impact of origami folding
patterns on reconfigurable
RF devices. Sensitivity of
resonance characteristics of
frequency selective surfaces
to fold angles on tessellated
structures.
4411-4 TRIPLE-SHAPE
MEMORY EFFECT OF
POLYSTYRENE BASED
POLYMER
Wenbing Li (Harbin Institute
of Technology), Jinsong
Leng (Harbin Institute
of Technology), Yanju
Liu (Harbin Institute of
Technology)
In summary, we obtained a
new polystyrene-based triple shape memory system,
which showed an excellent
triple-shape memory effect
and could be potentially
used in sensors and actuators.
Meeting room 6
4412-3 TAILORABLE
CERAMIC CONTENT
ALUMINIUM-MATRIX
COMPOSITES BY
SPONTANEOUS
INFILTRATION
Matteo Pavese (Politecnico
di Torino), Xiang Chen
(Politecnico di Torino),
Claudio Badini (Politecnico
di Torino), Sara Biamino
(Politecnico di Torino), Paolo
Fino (Politecnico di Torino)
Meeting room 7
4413-3 FRACTURE AND
DAMAGE OF CARBON
NANOTUBE MODIFIED
HYBRID COMPOSITES
Rico Zeiler (University
of Bayreuth), Zhe Zeng
(University of Bayreuth),
Dirk-Jacques Dijkstra
(Bayer Material Science AG),
Volker Altstädt (University of
Bayreuth)
Carbon nanotubes are added as matrix reinforcement
A spontaneous infiltration
in carbon fiber reinforced
technique is presented, to
composites produced by
obtain MMCs with any alloy resin transfer molding.
or preform. The theoretical Fracture toughness, impact
model is discussed, valiresistance and damage
dated in the Al-TiB2-SiO2
tolerance are assessed.
system, and the composites
characterized.
4412-4 DRAWABILITY
OF CFRP/HSS HYBRID
COMPOSITE MATERIAL
Min-Sik Lee (Pusan National
University), Sung-Jin Kim
(Pusan National University),
Ok-Dong Lim (R&D CenterAutogen), Chung-Gil Kang
(Pusan National University)
In this study, the formability
of the CR340LA/CFRP hybrid
composite material is evaluated during square cup deep
drawing by considering the
process parameters. The
experimental results show
a decrease
M1
4414-3 EFFECT OF
FIBRE ORIENTATIONS ON
PROGRESSIVE DAMAGE OF
NOTCHED [Θ/0°/-Θ/90°]S
COMPOSITE LAMINATES
Muhammad Ridha (National
University of Singapore),
Tong Earn Tay (National
University of Singapore),
Alan Nettles (NASA)
M2
4415-3 AN EVALUATION
OF TEST METHODS FOR
DETERMINING ADHESIVE
SHEAR STRESS-STRAIN
PROPERTIES
Kara Storage (Air Force
Research Laboratory), Brett
A. Bolan (Air Force Research
Laboratory), Kevin A. Tienda
(University of Dayton
Research Institute), Jeffrey
A progressive damage
A. Smith (University of
simulation method was
Dayton Research Institute),
developed to predict the
David H. Mollenhauer (Air
behaviour of [θ/0/-θ/90] lam- Force Research Laboratory),
inates with fiber orientation Kevin H. Hoos (University of
θ varied from 0 to 90 under Dayton Research Institute)
open-hole tests.
This effort evaluated a
variety of strain measurement techniques (digital
image correlation, moiré
interferometry, and contact
extensometers) and generated comparative adhesive
property data.
4414-4 A LEVEL SET
MODEL FOR THE
NUMERICAL MODELING
OF COMPOSITES
DELAMINATION WITH
NONCONFORMING MESH
AND MINIMAL REMESHING
Elia Picault (Ecole Centrale
de Nantes-GeM Institut-UMR
CNRS 6183), Patrick Rozycki
(Ecole Centrale de NantesGeM Institut-UMR CNRS
6183), Bastien Tranquart
(Safran Composites)
Progressive delamination
of multilayered composite
laminates is investigated
using a level set model with
nonconforming mesh. The
case of several crack fronts
evolving simultaneously is
considered.
M3
4416-3 LOW-VELOCITY
IMPACT AND
COMPRESSION AFTER
IMPACT RESPONSE
OF THIN PLY BASED
COMPOSITE LAMINATES
Emilio V. Gonzalez
(Universitat de Girona),
Albert Soto (Universitat
de Girona), José Ramón
Sainz de Aja (Aernnova
Engineering Solutions
Ibérica S.A.), Federico
Martin de la Escalera
(Aernnova Engineering
Solutions Ibérica S.A.)
The work presented is
an experimental study of
drop-weight impact tests
and Compression After
Impact (CAI) tests on thin ply
laminates. These tests are
performed on two type of
laminates.
M4
M5
4417-3 UNDERSTANDING
THE SEQUENCE OF
DAMAGE IN COMPLEX
HYBRID COMPOSITEMETALLIC STRUCTURES
SUBJECT TO OUT-OFPLANE LOADING USING
COMPUTED TOMOGRAPHY
Trevor Allen (University
of Southampton), Warren
Hepples (University of
Southampton), Philippa
Reed (University of
Southampton), Ian Sinclair
(University of Southampton),
Mark Spearing (University of
Southampton)
The progression of damage
in a hybrid composite-metallic structure subject to
out-of-plane loading has
been examined throughout
an interrupted quasi-static-indentation test using
micro-focus CT
4416-4 TESTING AND
4417-4 SIMULATION
COMPARISON OF ENERGY OF THE INTERMEDIATE
ABSORPTION FOR CRASH VELOCITY IMPACT
TUBES WITH DIFFERENT
BEHAVIOUR OF WOVEN
FIBRE ARCHITECTURES
COMPOSITE LAMINATES
AND MATRICES
APPLYING PROGRESSIVE
Sindy Engel-Watzek (BMW DAMAGE MODELS FOR
Group), Dirk Lukaszewicz
PLIES AND INTERFACES
(BMW Group), Christian
Martin Schwab (Vienna
Boegle (BMW Group)
University of Technology),
Melanie Todt (Vienna
Rectangular CFRP tubes
University of Technology),
were tested for their energy Heinz E. Pettermann (Vienna
absorption. Parameters such University of Technology)
as resin, geometry and layup were studied. The results A main feature of the preshow relevant trends for
sented modelling approach
effective crash structures. is that the contributions of
individual failure mechanisms to the total energy
absorption of the laminate
can be quantitatively
predicted.
programme
M6
M7
4419-2 FUNCTION
INTEGRATED ARCH BRIDGE
IN A RESOURCE-EFFICIENT
LIGHTWEIGHT DESIGN
Enrico Rudolph (Institution
of Lightweight Structures),
Andreas Ehrlich (Institution
of Lightweight Structures),
Sandra Gelbrich (Institution
of Lightweight Structures),
Meike Röhrkohl (Institution
of Lightweight Structures),
Lothar Kroll (Institution of
Lightweight Structures)
M8
4421-2
„MULTIFUNCTIONAL
FIBRE-REINFORCED METAL
MATRIX COMPOSITES
WITH INTEGRATED
OPTICAL FIBRE SENSORS”
Piotr Malczyk (Technische
Universität Dresden),
Maik Gude (Technische
Universität Dresden),
Jerzy Kaleta (Wroclaw
University of Technology),
Anna Szczurek (Wroclaw
University of Technology)
Within the scope of a research project innovative,
functional integrated, modular support structures in
GFRP sandwich design have
been developed for the application in new lightweight
arch bridges.
This paper contributes to the
understanding of hampering
phenomena occurring
during the integration of
Fibre Optic Sensors in the
structure of Metal Matrix
Composites via casting
processes.
4419-3 RESPONSE OF FRPSTRENGTHENED SLENDER
RC COLUMNS UNDER
CYCLIC COMPRESSION
Ghaithan Al-Amri (King
Saud University), Yousef
Al-Salloum (King Saud
University), Nadeem Siddiqui
(King Saud University),
Husain Abbas (King Saud
University)
4421-3 ADDITIVE LAYER
MANUFACTURING
OF COMPOSITE
COMPONENTS: COMBINING
SHORT FIBRE COMPOSITE
FEEDSTOCKS WITH
CURVED LAYER FUSED
FILAMENT FABRICATION
Robert Allen (University of
Bristol), Thomas LlewellynJones (University of Bristol),
Richard Trask (University
of Bristol)
The available studies on
FRP-confined slender
RC columns under cyclic
loading are very limited. The
present study investigates
the effect of cyclic compression on FRP-confined
slender RC columns.
Investigations are conducted
into the potential of constructing short fibre composite materials with tailored reinforcement through
curved layer fused filament
fabrication (CLFFF).
93
Scientific programme · Friday 24 July
Congress Hall A
Auditorium 15
Auditorium 10
Auditorium 11
Auditorium 12
8:30 Materials for future aerospace technologies: Challenges and opportunities Richard A. Vaia, Air Force Research Laboratory, Ohio, USA
5102 Nano Composites 14 5103 Sandwich Structures 5104 Fatigue 10
9:30 5101 Processing Manufacturing Technology
and Materials 4
14
9:30 5101-1 ASSEMBLY METHOD
USED IN MANUFACTURING
3D AUXETIC CELLULAR
STRUCTURES
Xintao Wang (Harbin Institute
of Technology), Li Ma (Harbin
Institute of Technology),
Jinshui Yang (Harbin Institute
of Technology), Qi Shi (Harbin
Institute of Technology)
A novel manufacturing
method of one type of
3D auxetic structure was
briefly introduced. Negative
Poisson’s ratio character of
the structure was numerically
demonstrated .
9:50 5101-2 INTERFACIAL
PROPERTIES OF CARBON
FIBER REINFORCED
POLYMER LAMINATES
JOINED BY A NOVEL
PARTIAL CROSS-LINKING
PROCESS
Judith Moosburger-Will
(University of Augsburg),
Markus G. R. Sause (University
of Augsburg), Michael Greisel
(University of Augsburg),
Robert Horny (University of
Augsburg), Siegfried Horn
(University of Augsburg),
Jochen Scholler (Premium
AEROTEC GmbH), Llorenç
Llopart Prieto (Premium
AEROTEC GmbH)
The interface region of joined
partially cross-linked and
fresh epoxy resin is analyzed
by nanoindentation. A mismatch of material properties
is found which is favorable for
enhanced bonding quality.
94
5102-1 LOW VISCOSITY
PROCESSING TO FORM
ELECTRICALLY CONDUCTIVE
EPOXY RESIN COMPOSITES
USING NOVEL HYBRID CNTCOATED SILICA PARTICLES
Arthur Wilkinson (University
of Manchester), Ian Kinloch
(University of Manchester),
Raja Othman (University of
Manchester)
Presents a rheological study
of hybrid silica-multiwall CNT
particles used to produce
conductive epoxy-carbon
composites. These particles
are shown to give low viscosity processing compared
to CNT.
5102-2 EFFECT OF
STRUCTURAL FACTOR AND
MWCNTS ON MECHANICAL
RESPONSE OF FILAMENT
WOUND CFRP CYLINDERS
Xiaolong Jia (Beijing
University of Chemical
Technology), Wenbin Li
(Beijing University of Chemical
Technology), Xiaoping Yang
(Beijing University of Chemical
Technology)
5103-1 NUMERICAL
MODELLING OF FATIGUE
CRACK GROWTH AND
ARREST IN SANDWICH
BEAMS INCLUDING CRACK
STOPPERS
Georgios Martakos (Aalborg
University), Jens H. Andreasen
(Aalborg University), Christian
Berggreen (Technical
University of Denmark), Ole
T. Thomsen (University of
Southampton)
5104-1 ELECTRICAL
MONITORING OF FATIGUE IN
CARBON FIBRE REINFORCED
COMPOSITES
Peter Bailey (Instron)
Investigating the variation in
electrical resistivity of carbon
fibre composites during cyclic
loading, with a view to improved monitoring of fatigue
damage accumulation.
A novel crack arresting device
is implemented in sandwich
beams and tested under
fatigue loads. An FE model of
the set up is used to effectively simulate and predict the
fatigue life of the specimens.
5103-2 FRACTURE TESTING
OF HONEYCOMB CORE
SANDWICH COMPOSITES
USING THE DCB-UBM TEST
Vishnu Saseendran (Technical
University of Denmark ),
Christian Berggreen (Technical
University of Denmark ), Leif
Carlsson (Florida Atlantic
University)
A novel test-rig exploiting the
double cantilever beam-unEffect of structural factor and even bending moments
amide various multi-walled
(DCB-UBM) concept is used
carbon nanotubes (MWCNTs) to determine the fracture
on mechanical response of
toughness of aircraft type
filament wound CFRP cylinder honeycomb core sandwich
was examined in this study.
composites.
5104-2 THE CONCEPT
OF FATIGUE FRACTURE
TOUGHNESS IN FATIGUE
DELAMINATION GROWTH
BEHAVIOR
Liaojun Yao (Delft University
of Technology), René
Alderliesten (Delft University
of Technology), Rinze
Benedictus (Delft University of
Technology)
This paper provides a study
on mode I fatigue delamination growth in composite
laminates. The stress ratio
effect on fatigue crack growth
is physically interpreted using
the energy principles.
Meeting room 18
Meeting room 19
Meeting room 20
Meeting room 17
Meeting room 16
5106 Manufacturing UpScaling and Automation 4
5107 Processing Manufacturing Technology
16
5108 Short Fibre
Composites 4
5109 Process Induced
Effects 8
5110 Fibres 4
5108-1
MICROMECHANICALLY
BASED MODELLING OF
THE FAILURE BEHAVIOR OF
SHORT FIBER REINFORCED
POLYPROPYLENE
COMPONENTS UNDER
IMPACT LOADING
Martin Reiter (Johannes
Kepler University / IPPE),
Michael Jerabek (Borealis
Polyolefine GmbH), Zoltan
Major (Johannes Kepler
University / IPPE)
5109-1 UNDERSTANDING
THE FLOW PROPERTIES
OF A THERMOPLASTICTOUGHENED EPOXY RESIN
FILM THROUGH MODELBASED ANALYSIS
Claudia Creighton (Deakin
University), Christian Weimer
(Airbus Group Innovations),
Patricia P. Parlevliet (Airbus
Group Innovations), Bronwyn
L. Fox (Deakin University)
5110-1 PART 1:
COMPARATIVE STUDY
BETWEEN ELECTROLYTIC
OXIDATION AND AIR
PLASMA TREATMENT OF
UNTREATED/UNSIZED
FIBRES
Racim Radjef (Swinburne
University), Sally McArthur
(Swinburne University),
Bronwyn Fox (Deakin
University)
The through-thickness flow
characteristics of a toughened
epoxy resin film are modelled
for cure cycle optimisation.
This presentation also describes the new Carbon Nexus
research facility.
A comparative study between
electrolytic oxidation and
air plasma treatment has
been performed. Both fibre
treatments were compared to
untreated/unsized fibres and
surface treated/sized fibres.
5108-2 FINITE ELEMENT
ANALYSIS OF LINEAR AND
NONLINEAR BEHAVIOR OF
SHORT FIBER REINFORCED
COMPOSITES
Mohamed Amine Tiar (UTC),
Hocine Kebir (UTC), Rezak
Ayad (URCA), Wajdi Zouari
(URCA)
5109-2 HIGH ACCURACY
CURE PROCESS SIMULATION
OF COMPOSITES BASED
ON INTERNAL STRAIN
MEASUREMENT
Shoma Niwa (The University
of Tokyo), Kazunori Takagaki
(The University of Tokyo), Shu
Minakuchi (The University of
Tokyo), Nobuo Takeda (The
University of Tokyo)
5106-1 ON AN INTEGRATED
PROCESS AND MACHINERY
CONCEPT FOR ECONOMIC
INDUSTRIALIZED
PRODUCTION OF HIGHER
QUALITY WIND TURBINE
ROTOR BLADES
Christian Doersch, Oliver
Bagemiel (Fraunhofer Institute
for Wind Energy and Energy
System Technology IWES
Northwest)
5107-1 EFFECT OF
HEATING CONDITIONS ON
MECHANICAL PROPERTIES
OF MOLDED PRODUCT IN
HYBRID MOLDING
Masaki Ohishi (Advanced
Fibro-Science-Kyoto Institute
of Technology), Tadashi
Uozumi (Gifu University
Composite Materials CenterGifu University), Akio Ohtani
(Gifu University Composite
Materials Center-Gifu
FhG IWES identified by a cost University), Asami Nakai
model cost drivers in blade
(Department of Mechanical
manufacturing. Development Engineering Faculty of
of innovative prefoming and Engineering-Gifu University)
blade finish in combination
with CAD-CAE-Tools offer high In the hybrid molding, the
potential for cost reduction.
heating condition and the
ejection resin temperature
investigated the effect of
mechanical properties of the
molding articles in the molded
parts having rib structure.
5106-2 EFFECT OF
5107-2 A NOVEL TOOL FOR
PROCESSING CONDITIONS
CONTINUOUS PROCESSING
ON THE QUALITY OF OUTOF POLYMER-METALOF-AUTOCLAVE LAMINATES HYBRIDS
MADE BY AUTOMATED
Stefan Mörl (University of
FIBER PLACEMENT
Bayreuth), Volker Altstädt
Anqi Dong (Concordia
(University of Bayreuth)
University), Suong Hoa
(Concordia University), Yan
The presented design shows
Zhao (Beihang University)
a novel tool for the processing
of metal-polymer-hybrids. By
The combination of
inserting the metal foil directly
Automated Fiber Placement
into the extrusion die, a comand Out-of-Autoclave techpletly continuous process has
nology can not only increase been developed.
manufacturing rate but also
help deliver parts of superior
quality.
5110-2 INVESTIGATION
OF THE STRENGTH OF
THERMALLY CONDITIONED
BASALT AND E-GLASS
FIBRES
Peter Jenkins (University
of Strathclyde), Eduardo
Sáez-Rodríguez (University
of Strathclyde), Liu Yang
(University of Strathclyde),
Nonlinear projected fiber apJames Thomason (University
proach for the analysis of geof Strathclyde), Sara Riopedre
ometric nonlinear behavior of A cure process is determined Méndez (University of
random short fiber reinforced based on a lot of trial manStrathclyde)
composites based on Total
ufacture, which is costly
Lagrangian Formulation.
and time-consuming. We
A study of the mechanical
developed an advanced cure properties of epoxy comsimulation method based on posite compatible E-glass
in-situ measurement by FBG and basaslt fibres following
sensors.
heat treatment at 300 – 600
°C, and thermal analysis of
the degradation of the fibre
sizings.
Friday 24 July · Scientific
Meeting room 5
Meeting room 6
Meeting room 7
M1
5111 Multifunctional
Composites - Coupled
Properties and Multiphysics Models 2
5111-1 COMPUTATIONAL
DESIGN AND
PERFORMANCE
ASSESSMENT OF
MICROVASCULAR
COMPOSITE PANELS FOR
BATTERY COOLING
Philippe H. Geubelle
(University of Illinois),
Stephen Pety (University
of Illinois), Marcus Tan
(University of Illinois), Ahmad
Najafi (University of Illinois),
Scott R. White (University
of Illinois)
5112 Tribology and Wear
5113 Damage Tolerance of 5114 Simulation of
Composite Structures 5
Progressive Failure 3
5115 Durability, Creep and 5116 Dynamic Fracture 4
Agressive Environment 3
5112-1 PENETRATION
BEHAVIOR OF
ELECTROLYTE SOLUTION
THROUGH CARBON
FIBER REINFORCED
THERMOPLASTICS (CFRTP)
MATERIAL USING IN
AUTOMOTIVE STRUCTURAL
APPLICATION
Patarapon Palungvachira
(Tokyo Institute of
Technology), Masatoshi
Kubouchi (Tokyo Institute
of Technology), Shinsuke
Katayama (JFE TechnoResearch Corporation),
Hiroyuki Ogata (JFE TechnoResearch Corporation)
5113-1 DESIGN OF
FRACTURE RESISTANT
COMPOSITES BY UTILIZING
SPATIAL MATERIAL
PROPERTY VARIATIONS
Masoud Sistaninia (Erich
Schmid Institute of Materials
Science-Austrian Academy
of Sciences), Otmar Kolednik
(Erich Schmid Institute of
Materials Science-Austrian
Academy of Sciences)
5115-1 EFFECT OF JUTE
ON THE HYDROLYTIC
DEGRADATION OF
POLY(LACTIC ACID)(PLA)
Ning Jiang (Tongji
University-China), Tao Yu
(Tongji University-China),
Yan Li (Tongji UniversityChina)
5114-1 A PHANTOMNODE-BASED COHESIVE
ELEMENT FORMULATION
WITH COUPLED
PLASTICITY FOR THE
SIMULATION OF ADHESIVE
JOINTS
Carlos Sarrado (University of
Girona), Joris J. C. Remmers
(Eindhoven University of
Technology), Albert Turon
(University of Girona)
M2
M3
5116-1 MODELLING
OF WOUND, THICK UD
COMPOSITES FOR HIGHSPEED IMPACTS AND
SUBSEQUENT DAMAGE
EVALUATION
Ralf Matheis
(Forschungsgesellschaft
Kraftfahrwesen mbH),
Helmi Murnisya
This paper focuses on the
(Forschungsgesellschaft
effect of jute fibre on the hy- Kraftfahrwesen mbH),
drolysis of poly(lactic acid) Thomas Johansson
In the current study, it is
A new cohesive element for (PLA) in deionized water un- (DYNAmore Nordic AB)
demonstrated that how a
the simulation of adhesive der 60 ºC. Water absorption,
structure consisting of bulk joints is presented. The
mechanical properties and As a part of a virtual testing
This collaborative compumaterial and soft interlayers element is based on the
so on were characterized.
methodology for crash analtational and experimental
becomes fracture resistant, phantom node method and
ysis, a modelling approach
study focuses on the design,
if the composite architecture allows the simulation of
for wound Type IV CNG
manufacture and assessIn this study, the penetration fulfills certain design rules. coupled plasticity and damtanks is proposed that takes
ment of microvascular
behavior of water and other
age of the interface.
several failure mechanisms
composite panels used for electrolytic solution through
into account.
the active cooling of Li-ion Carbon Fiber Reinforced
car batteries.
Thermoplastics (CFRTP) has
been investigated.
5111-2 COMPUTATIONAL 5112-2 WEAR PROPERTIES 5113-2 DAMAGE
5114-2 ANALYSIS OF
5115-2 HYDROTHERMAL
5116-2 INTEGRATION
AND EXPERIMENTAL
OF NANO-SI-CARBON/
TOLERANCE OF
COMPOSITES USING THE
AGEING OF GLASS/EPOXY OF SHAPE MEMORY
STUDIES ON THE
CARBON COMPOSITES
DISPERSED-PLY
VOXEL FINITE ELEMENT
COMPOSITES FOR WIND
ALLOY WIRES IN FIBER
TRANSPORT
WITH BACTERIAL
LAMINATES
METHOD WITH STRESS
TURBINE BLADES
REINFORCED POLYMERS
PROPERTIES OF HYBRID
CELLULOSE AND BAMBOO Peyman Mouri Sardar Abadi AVERAGING
Iuri Rocha (Knowledge
FOR ENDLESS CRASH
NANOCOMPOSITES BASED CHARCOAL ADDITIVE
(IMDEA Materials Institute), Guodong Fang (Harbin
Centre WMC), Sibrand
ABSORBER STRUCTURES
ON CARBON NANOTUBES Yoshihito Ozawa (Fukushima Claudio Lopes (IMDEA
Institute of Technology),
Raijmaekers (Knowledge
Sebastian Nissle (Institute
AND GRAPHITE
University), Uugansuren
Materials Institute ), Mostafa Stephen Hallett (University Centre WMC), Rogier Nijssen for Composite Materials),
NANOPLATELETS
Lkhagvasuren (Fukushima Abdalla (Delft University
of Bristol), Bassam EI Said (Knowledge Centre WMC)
Moritz Hübler (Institute
Mnasoud Safdari (University University), Hiroki Sato
of Technology), Daniel
(University of Bristol), Dmitry
for Composite Materials),
of Illinois at Urbana(Fukushima University),
Peeters (Delft University of Ivanov (University of Bristol) A glass/epoxy system used Martin Gurka (Institute
Champaign), Marwan
Tokio Kikuchi (Fukushima
Technology)
in wind turbine blades is hy- for Composite Materials),
Al-Haik (Virginia Tech), M
Technology Centre)
The stress averaging tech- drothermally conditioned for Sebastian Schmeer (Institute
Yousuff Hussaini (Florida
Current work presents the nique is an effective method 4800h and the incurred ma- for Composite Materials)
State University)
The fabrication method of
design of a quasi-isotropic to correct the spurious
terial damage is investigatSiC/C/C composites with
laminate employing disper- stresses introduced by the ed. Results from composites We present a theoretical
Bacterial Cellulose and
sion of ply orientations. A
stepped block-liked interand neat resin specimens
extrapolation of the behavior
Bamboo Charcoal Powder
two-pheromone ant colony face at material junctions in are compared
of new hybrid structures
additive and their wear
optimization algorithm is
voxel finite element models.
under tensile loading, give
properties were investigated used to find an optimum
an estimation of their potenand the effects of SiC addi- laminate for CAI.
tial and demonstrate a first
tive were discussed.
experimental validation.
M4
M5
M6
M7
5117 Impact and Dynamic 5118 Applications Structural Analysis 3
Automotive and Rail 3
5119 Applications - Civil
Engineering 4
5120 Ultrasound and
Acoustic Emission
5117-1 PERFORMANCE
OF COMPOSITE FUSELAGE
AFTER MULTI-SITE
IMPACTS
Spyridon Psarras (Imperial
College London), Paul
Robinson (Imperial College
London), Mazdak Ghajari
(Imperial College London),
Raul Muñoz (Imperial
College London), Lorenzo
Iannucci (Imperial College
London)
5119-1 FULL SCALE FORM
FINDING: INTRODUCING
FABRIC MATERIALITY
IN FRP FABRICATION
FOR ARCHITECTURAL
ELEMENTS
Arielle Blonder (technion),
Yasha Grobman (technion)
5120-1 HYGROTHERMAL
EFFECTS ON FATIGUE
BEHAVIOR OF NATURAL
FIBERS COMPOSITES
Kossi Sodoke (Université du
Québec à Trois-Rivières),
Lotfi Toubal (Université du
Québec à Trois-Rivières),
Luc Laperrière (Université
du Québec à Trois-Rivières)
5118-1 EVALUATION
OF THE STATIC AND
DYNAMIC PERFORMANCE
OF ALUMINIUM AND
COMPOSITE JOINTS FOR
RAIL APPLICATIONS
Udayanga Galappaththi
(University of Nottingham),
Mike Johnson (University of
Nottingham)
Limited knowledge in the
area of composite joining
technologies acts as a
This research investigates barrier for using modular
the post-impact behaviour construction principles for
of composite fuselage
the rail applications. The
stiffened panels subjected study is focused to develop
to multi-site low-velocity
aluminium-carbon fibre
impacts by comparing FE
composite frictional grip
models with tests.
joint. This would enable
effective use of modular
construction principle for
composite integration in rail
vehicles.
5117-2 EXPERIMENTAL
5118-2 HEAT TRANSFER
AND NUMERICAL
ANALYSIS OF A
CHARACTERIZATION OF
COMPOSITE EXHAUST
HIGH-VELOCITY IMPACT
SYSTEM FOR AUTOMOTIVE
DAMAGE IN CFRP
APPLICATIONS
LAMINATES
Niels Reurings (Delft
Shigeki Yashiro (Shizuoka
University of Technology),
University ), Keiji Ogi
Sotiris Koussios (Delft
(Ehime University), Akinori
University of Technology),
Yoshimura (Japan Aerospace Karel Vergote (Bosal
Exploration Agency (JAXA)), ECS), Otto Bergsma (Delft
Yoshihisa Sakaida (Shizuoka University of Technology)
University)
A new test method is
Mechanisms of damage
presented to assess the
extension in CFRP laminates heat transfer to composite
due to high-velocity impact shells lined with a fibrous,
will be discussed based on permeable, insulation. This
the experiments and predic- will aid in the design optimitions by smoothed particle zation for high-temperature
hydrodynamics (SPH).
applications.
FRP’s (fiber reinforced
polymers) unique material
properties have led to its
wide application across
industries in the past decades. Although we witness
a growing interest in the
material in the archi
5119-2 MECHANICAL
PROPERTIES AND
WATER UPTAKE
OFPULTRUDED CARBON
FIBER REINFORCED
POLYURETHANE PLATES
Hong Bin (Ministry of
Education), Xian Guijun
(Ministry of Education), Li
Hui (Ministry of Education)
Water absorption and thermal-mechanical properties
of PU resin and pultruded
carbon fiber reinforced PU
plates were studied through
immersion of specimens in
distilled water at different
temperatures.
programme
M8
The aim of this work is to
determine the influence of
hygrothermal ageing on the
mechanical proprieties and
fatigue proprieties of natural
fiber composite specifically
of quasi-isotropic flax/epoxy
5120-2 A REVIEW OF
REFERENCE METHODS FOR
AUTOMATED ULTRASONIC
EVALUATION OF
COMPOSITE STRUCTURES
Steen Arnfred Nielsen
(FORCE Technology)
The paper discusses automated ultrasonic testing of
large composite structures
like a wind rotor blade and
reviews six different reference methods for evaluating
the ultrasonic images.
95
Scientific programme · Friday 24 July
Congress Hall A
10:10 5101-3 INTEGRATION OF
TEXTILE REINFORCEMENTS
IN THE INJECTIONMOULDING PROCESS FOR
MANUFACTURING AND
JOINING THERMOPLASTIC
SUPPORT-FRAMES
Michael Stegelmann
(Technische Universtität
Dresden), Michael Krahl
(Technische Universtität
Dresden), Christian Garthaus
(Technische Universtität
Dresden), Werner Hufenbach
(Technische Universtität
Dresden)
Auditorium 15
5102-3 MECHANICAL
PROPERTIES AND
BIOCOMPATIBILITY
OF FUNCTIONALIZED
CARBON NANOTUBES
FILLED POLYPROPYLENE
COMPOSITES FOR
ORTHOPEDIC BONE
IMPLANTS APPLICATION
Jing Ma (Taiyuan University of
Technology), Xi Nan (Taiyuan
University of Technology)
Auditorium 10
5103-3 IMPACT BEHAVIOUR
OF BIO-INSPIRED
KAGOME SANDWICH
CORE STRUCTURES
MANUFACTURED THROUGH
SELECTIVE LASER MELTING
Inam Ullah (RMIT University),
Milan Brandt (RMIT
University), Stefanie Feih
(Singapore Institute of
Manufacturing Technology
(SIMTech))
This study investigates the efficiency of carbon nanotubes
(CNTs) as reinforcement for
polypropylene (PP) for orthoAs part of the research project pedic bone implants applicaTherMobility the project part- tion as a function of different
ners developed an innovative surface functionalization
design for thermoplastic
support-frame-structures that
can be manufactured highly
automated.
SLM manufactured 3D
Kagome truss structures
outperform conventional
sandwich core structures in
static compression and shear.
The superior static properties
translate into superior impact
performance.
10:30 5101-4 CFRP BONDING PRETREATMENT USING M-IR
LASER RADIATION
Stefan Kreling (Institute
of joining and welding-TU
Braunschweig), David Blass
(Institute of joining and
welding-TU Braunschweig),
Fabian Fischer (Institute
of joining and welding-TU
Braunschweig), Klaus Dilger
(Institute of joining and welding-TU Braunschweig)
5102-4 DEVELOPMENT
OF NANOCOMPOSITE
MATERIAL FILMS AND
INTEGRATION INTO CFRPS
FOR THE DEVELOPMENT
OF MULTIFUNCTIONAL
STRUCTURES.
Athanasios Masouras
(University of Patras/Applied
Mechanics Laboratory), Antonios Vavouliotis (University
of Patras/Applied Mechanics
Laboratory), Athanasios Baltopoulos (University of
This publication focuses on
Patras/Applied Mechanics
the application of CO2 laser
Laboratory), Vassilis
radiation in the M-IR for the
Kostopoulos (University of
bonding pre-treatment of
Patras/Applied Mechanics
CFRP utilizing the high abLaboratory), Laurent
sorption of the matrix resin for Pambaguian (European Space
this wavelength.
Agency/ESA)
Development of nano - composite films with high content of
nano-particles and integration
of them to CFRP composites
with enhanced electrical and
thermal conductivity through
the thickness direction.
10:50 Coffee in the Exhibition
96
Auditorium 11
Auditorium 12
5104-3 MODE I FATIGUE
CRACK PROPAGATION OF
UNIDIRECTIONAL CFRP
LAMINATE TOUGHENED
WITH CNF INTERLAYER
Masahiro Arai (Nagoya
University), Jun-Ichi Hirokawa
(Shinshu University), Masaki
Hojo (Kyoto Universtty),
Marino Quaresimin (University
of Padova)
Wwe implemented an alternative way to increase the interlaminar fracture toughness
and fatigue property of CFRP
laminates by inserting carbon
nanofibers between the unidirectional CFRP laminates.
5103-4 VISCOELASTIC
BEHAVIOR OF TWO-LAYER
COMPOSITE BEAM IN
BENDING
Miroslav J. Cerny (Czech
Technical University in
Prague), Pavel Slapak (Czech
Technical University in
Prague)
5104-4 TROUGH PROCESS
MODELLING FOR THE
FATIGUE LIFE ASSESSMENT
OF INJECTED NOTCHED
SAMPLES: DIFFERENT
APPROACHES FOR THE
FATIGUE CRITERION
APPLICATION
Carole Nadot-Martin (Institut
Pprime - CNRS - ENSMA A theory of viscoelastic
Université de Poitiers-UPR
bending for two-layer beams 3346), Sylvie Castagnet
subjected to arbitrary loading (Institut Pprime - CNRS
has been given. The beam
- ENSMA - Université de
has generally unsymmetrical Poitiers-UPR 3346), Andrea
structure with both viscoelas- Bernasconi (Polytechnics),
tic layers.
Edoardo Conrado
(Polytechnics)
Simulated fatigue lives of injected notched samples (3 radii and 2 injection geometries)
are compared to experiments.
Results show the TPM ability
to distinguish notch and microstructure effects.
Meeting room 18
5106-3 NON-CRIMP
TUBULAR PREFORMING
WITH AUTOMATION SYSTEM
AND HIGH PRODUTIVITY
Tadashi Uozumi (Gifu
Universtiy), Motohiro Tanigawa
(MURATA MACHINERY-LTD.),
Tatsuhiko Nishida (MURATA
MACHINERY-LTD.), Takahiro
Miura (MURATA MACHINERY),
Akio Ohtani (Gifu Universtiy),
Asami Nakai (Gifu Universtiy)
Meeting room 19
5107-3 INFLUENCES OF
PROCESS PARAMETERS
ON THE MECHANICAL
PROPERTIES OF
HYBRID SHEET METALFRP-COMPOSITES
MANUFACTURED
BY PREPREG PRESS
TECHNOLOGY
Christian Lauter (University
of Paderborn), Zheng Wang
(University of Paderborn),
Isabel Koke (University of
A multi-supply filament wind- Paderborn), Thomas Troester
ing machine was developed (University of Paderborn)
based on the concept of high
productivity of produce non- The prepreg press techcrimp tubular fiber preforms nology is an approach to
with full automation system. manufacture sheet-metal-FRP
structures with expected cycle
times of less than five minutes, for instance for automotive lightweight applications.
Meeting room 20
5108-3 FLOW
CHARACTERISTICS OF
CARBON FIBRE SHEET
MOULDING COMPOUNDS
Anthony Evans (University
of Nottingham), Connie Qian
(University of Nottingham),
Lee Harper (University of
Nottingham), Nicholas Warrior
(University of Nottingham),
Paul Brookbank (University
of Exeter), Luke Savage
(University of Exeter)
5106-4 IN-SITU
MEASUREMENT OF RESIN
STATE AND CURE FOR
EFFICIENT NON-AUTOCLAVE
MANUFACTURING
Daniel Kim (University
of Southern California),
Timotei Centea (University of
Southern California), Steven
Nutt (University of Southern
California)
5108-4 INTEGRATED
NONLINEAR MULTI-SCALE
MATERIAL MODELLING
OF FIBER REINFORCED
PLASTICS WITH DIGIMAT
– PRESSURE AND RATEDEPENDENT MATERIAL
BEHAVIOURS.
Laurent Adam (MSC Software
Belgium), Samuel Melchior
(MSC Software Belgium),
Marc Duflot (e-Xstream engineering Sarl)
5107-4 OPTIMIZATION
OF THE INTRINSIC
MANUFACTURING
PROCESS OF METAL-FRPSTRUCTURAL AUTOMOTIVE
COMPONENTS BY RESIN
TRANSFER MOULDING
CONCERNING BOND
STRENGTH
Zheng Wang (Chair for
Automotive Lightweight
Construction), Christian
The study clarifies the coupled Lauter (Chair for Automotive
effect of out-time and expo- Lightweight Construction),
sure to humid environments Thomas Troester (Chair for
for a representative thermoset Automotive Lightweight
resin, and confirms the use- Construction), Carolin Zinn
fulness of in-situ dielectric
(Materials Science), Mirko
property monitoring.
Schaper (Materials Science)
In-mould flow characteristics of carbon/epoxy
Directed Fibre Compounds
(DFC) compared with Press
Formed Compounds (PFC)
and benchmark commercial
Carbon Fibre Sheet Moulding
Compounds (CF-SMC)
Presentation of Digimat which
bridges the gap between
process and structural modeling via nonlinear multi-scale
material models. Focus on
pressure sensitive behavior of
fiber reinforced plastics.
Meeting room 17
5109-3 INTERNAL STRESS
AND DAMAGE ASSESSMENT
IN THICK EPOXY BY LASER
INDUCED SHOCK WAVE:
EFFECTS OF THE PLASTICITY
Christian Jochum (ENSTA
Bretagne), Michel Arrigoni
(ENSTA Bretagne)
Meeting room 16
5110-3 LARGESCALE B, N-CODOPED
HIERARCHICALLY
NANOPOROUS CARBON
NANOFIBERS AS EFFICIENT
METAL-FREE CATALYSTS
FOR ORR
Yongpeng Lei (National
University of Defense
Thermo-mechanical coupling Technology), Qi shi (National
predicts mechanical charac- University of Defense
teristics, in thick epoxy, aand Technology), Hongliang
their dependance on the de- Yuan (National University of
gree of cure. A contactless la- Defense Technology), Yingde
ser induced shock inspection wang (National University of
evidences this dependence.
Defense Technology)
B, N-codoped carbon nanofibers (5.25 at% B, 6.68 at%
N, 306.3 m2 g-1) were massively prepared, showing good
cycling stability, methanol
tolerance and direct four-electron pathway for ORR.
5109-4 LAMINATE
PROCESSING EFFECT
ON MICROVOIDS AND
HYDRAULIC FLUID
ABSORPTION OF QUARTZ/
BMI LAMINATES
Keith R. Hurdelbrink II
(University of Oklahoma),
Gorkem E. Guloglu (University
of Oklahoma), Zahed Siddique
(University of Oklahoma), M.
Cengiz Altan (University of
Oklahoma)
Friday 24 July · Scientific
Meeting room 5
5111-3 OPTIMIZING
MICROSTRUCTURES FOR
CONDUCTIVE NANOCOMPOSITES
Gilles Lubineau (King
Abdullah University of
Science and Engineering
(KAUST)-Physical Science
and Engineering DivisionCOHMAS Laboratory),
Fei Han (King Abdullah
University of Science and
Engineering (KAUST)Physical Science and
Engineering DivisionCOHMAS Laboratory),
Angel Mora (King Abdullah
University of Science and
Engineering (KAUST)Physical Science and
Engineering DivisionCOHMAS Laboratory)
Meeting room 6
5112-3 EROSION TESTING
OF FILLED VINYLESTERS
IN WATER AT ELEVATED
TEMPERATURE
Sanna Siljander (Tampere
University of Technology),
Meri Kiviniemi (Tampere
University of Technology),
Reija Suihkonen (Tampere
University of Technology),
Mari Lindgren (Outotec
Research Center), Essi
Sarlin (Tampere University of
Technology), Jyrki Vuorinen
(Tampere University of
Technology)
Meeting room 7
5113-3 PROGRESSIVE
DAMAGE MODELLING OF
COMPOSITE STRUCTURES
Reza Vaziri (The University
of British Columbia), Ofir
Shor (The University of
British Columbia), Mina
Shahbazi (The University of
British Columbia)
M1
5114-3 DAMAGE
INDUCED PLASTICITY
AND LOW VELOCITY
IMPACT BEHAVIOR OF
COMPOSITES
Harpreet Singh (Indian institute of Technology Delhi),
Puneet Mahajan (Indian
Institute of Technology Delhi)
M2
5115-3 EFFECT OF
ACCELERATED AGING ON
CARBON FIBER / EPOXY
COMPOSITES AND NEAT
EPOXY RESIN
Ana Paula Cysne Barbosa
(Federal University of
Rio Grande do Norte),
Ana Paula Pereira Fulco
(Federal University of Rio
An adaptive discrete model- An elasto plastic damage
Grande do Norte), Maria
ling approach is combined model for FRP composites Carolina Burgos Costa
with a continuum damage is proposed. A user defined do Nascimento (Federal
modelling methodology to
subroutine is developed and University of Rio Grande do
simulate the progression
finite element (FE) simuNorte), José Daniel Diniz
of inter- and intra-laminar
lations are performed of a
Melo (Federal University of
damage modes in compos- laminate subjected to low
Rio Grande do Norte)
Slurry erosion of vinyl ester ite materials.
velocity impacts.
matrix composites; the efEvaluation of effects of
fect of resin, filler and glass
aging on carbon-epoxy
fibre reinforcement was
composites and neat epoxy
studied at elevated tempersubjected to accelerated
atures. Erosion testing was
aging in an aging chamber
done in pilot-scale reactor.
with controlled conditions of
temperature, humidity and
UV-radiation.
5112-4 MECHANICAL
5113-4 DELAMINATION
5115-4 COMBINED
BEHAVIOUR OF HIGH
PROPAGATION UNDER
CHARACTERIZATION OF
PERFORMANCE FIBER
FATIGUE LOADING
THE EFFECTS OF HOT /WET
ROPES IN TECHNICAL
IN BONDED-BOLTED
AGING ON PULTRUDED
APPLICATIONS
COMPOSITE STRUCTURES
FRP PLATE
Markus Michael (TU
Luke Richard (University of
Sotirios Grammatikos
Chemnitz), Thorsten Heinze Washington), Kuen Y. Lin
(University of Bath), Richard
(TU Chemnitz), Annett
(University of Washington)
Ball (University of Bath),
Schmieder (TU Chemnitz)
Mark Evernden (University
Composite delamination
of Bath)
During the last years, fiber arrest by fasteners is anaropes have proven to be an lyzed under both static and
This paper presents a
option to replace steel wire fatigue loading in order to
‘complete’ characterization
ropes in many technical
develop predictive capabilistudy of the hot/wet aging
applications. Especially for ties for the design of primaeffects on a commercially
hoisting applications or
ry aircraft structures.
available pultruded Glass
winch-based applications,
Fibre Reinforced Polymer
fiber ropes
(GFRP).
M3
5116-3 THE IMPACT
DAMAGE ANALYSIS
OF 2.5D BRAIDED
COMPOSITES
Yongqi Yang (Harbin Institute
of Technology), Licheng
Guo (Harbin), Jiuzhou
Zhao (Harbin Institute of
Technology), Yidong Zhang
(China)
M4
5117-3 EQUIVALENT
IMPACT SET-UP FOR
LIGHTNING STRIKE
DAMAGE ON COMPOSITE
COUPONS
Floriane Soulas (ISAE),
Christine Espinosa (ISAE),
Frederic Lachaud (ISAE),
Stéphane Guinard (Airbus
Group Innovations), Bruno
Lepetit (Airbus Group
Innovations), Ivan Revel
(Airbus Group Innovations)
The paper presents the
work done to design an
equivalent mechanical
impact to lightning strike.
The methodology, equivalent
tests and results are analyzed in order to validate the
equivalent method.
5117-4 EXPERIMENTAL
AND NUMERICAL
ANALYSIS OF A
LAMINATED BASALT
COMPOSITE PLATE
SUBJECTED TO BLAST
LOAD
Süleyman Baştürk (Turkish
Air Force Academy), Sedat
Süsler (İstanbul Technical
University), Halit S.
Türkmen (İstanbul Technical
University), Valentina
Lopresto (University of
Naples Federico II), Silvio
Genna (University of Naples
Federico II), Zafer Kazancı
(Turkish Air Force Academy)
M5
5118-3 IMPLEMENTING
OF THE OPTIMIZED TRUCK
SEAT PLATE MADE OF
THERMOPLASTIC GF/PP
COMPOSITE
Edgars Labans (Riga
Technical University),
Kapsars Kalnins (Riga
Technical University),
Eduards Skukis (Riga
Technical University),
Philippe Lefort (Volvo Group
Trucks Technology), Clement
Dufour (GEMTEX), Wolfgang
Trümper (TU Dresden), Tim
Callin (TU Dresden)
M6
M7
5119-3 UPGRADING
SHEAR-STRENGTHENED
RC BEAMS IN FATIGUE
USING EXTERNALLYBONDED CFRP
Georges El-Saikaly
(University of Quebec-École
de Technologie Supérieure
(ÉTS)), Omar Chaallal
(University of Quebec-École
de Technologie Supérieure
(ÉTS))
programme
M8
The effectiveness of two
externally-bonded carbon
fiber-reinforced polymer
(EB-CFRP) systems in
In current research design, extending the service life of
optimisation and prototyping RC T-beams shear-strengthof truck cabin seat plate
ened for fatigue upgrade
made of thermoplastic GF/ has been examined.
PP composite was performed. Prototyped part has
been validated by NDE and
bolt pull-out test
5118-4 BALLAST
IMPACT EFFECT ON
FATIGUE RESISTANCE
OF COMPOSITE BASED
CARBODYSHELLS IN
RAILWAYS
Mohamed Rachik (UTC),
Pengcheng Cheng (UTC),
Abdelouahed Laksimi (UTC)
The aim of this study is to
integrate ballast impact
influence in fatigue assessment for carbodyshell
design. Lifetime of damaged
structures can be estimated
according to S-N curve of
undamaged one.
The use of the advanced
laminated composites is
become more important in
the structures of many engineering applications such as
space stations, aerospace
vehicles, automotives and
marine structures.
97
Scientific programme · Friday 24 July
Congress Hall A
11:20 5201 Processing Manufacturing Technology
15
Auditorium 15
5202 Nano Composites 15
Auditorium 10
5203 Sandwich Structures
and Materials 5
Auditorium 11
5204 Multifunctional
Composites - Self-Healing
and Bio-inspired Designs 5
11:20 5201-1 MATERIAL
CHARACTERIZATION
FOR DETERMINING
THE CONSOLIDATION
PROPERTIES OF CARBON
FIBER TAPES WITH PA 6
MATRIX
Philipp Schaefer (Technische
Universitaet Muenchen),
Swen Zaremba (Technische
Universitaet Muenchen),
Klaus Drechsler (Technische
Universitaet Muenchen)
5202-1 FRACTURE
TOUGHNESS MODELLING OF
POLYMER MATRIX MODIFIED
WITH NANO-RUBBER AND
MICRO-INORGANIC FILLERS
Bernd Lauke (Leibniz-Institut
für Polymerforschung Dresden
e.V.)
5203-1 FAILURE BEHAVIOR
OF CORRUGATED STIFFENED
PANEL UNDER OUT-OFPLANE LOADING
Kenan Çınar (Namik Kemal
University), Fatih E. OZ
(Bogazici University), Nuri
Ersoy (Bogazici University)
KEYNOTE
Auditorium 12
5205 Structural Design
Criteria, Safety and
Reliability
5205-1 PROBABILISTIC
JUSTIFICATION OF
5204-1 SINGLE CHANNEL
COMPOSITE AIRFRAME INMICROVASCULAR DELIVERY SERVICE INSPECTIONS
FOR SELF-HEALING
Martin Gaitonde (Aircraft
POLYMER COMPOSITES
Manufacturer)
Brett Krull (University of
Illinois ), Yelizaveta Fedonina A probabilistic approach is
(University of Illinois), Scott
described. It has been used
A hybrid composite consisting Acoustic emission monitoring White (University of Illinois),
to verify in-service inspection
of a brittle polymer matrix
technique was used to inves- Nancy Sottos (University of
tasks for composite aircraft
and two filler components
tigate the failure modes of a Illinois)
structures, such as those on
are considered. An analytical stiffened panel with a novel
A380 and A350, per damage
equation for the composite
corrugated core design under We present a microfluidic de- tolerance requirements.
Carbon fiber reinforced tapes fracture toughness was
three-point bending tests.
vice that accomplishes in-situ
with a PA 6 matrix a charac- obtained.
mixing of two-part healing
terized with respect to their
agents through a single
consolidation properties. The
microvascular channel in polfiber-matrix viscosity and the
ymer matrix composites.
tapes’ surface characteristics
are determined.
11:40 5201-2 IMPREGNATION AND
MECHANICAL PROPERTY OF
TEXTILE COMPOSITE MADE
FROM PRE-IMPREGNATED
COMMINGLED YARN
Toshihiro Motochika (Gifu
university), Akio Ohtani (Gifu
university), Asami Nakai (Gifu
university), Mitsuro Takagi
(Kajirene Inc.)
New intermediate material for
c-CFRTP called pre-impregnated commingled yarn was
developed. Impregnation and
mechanical property were
investigated by comparing to
commingled yarn.
98
5202-2
SUPERHYDROPHOBIC SELFREGENERATIVE SILICONE
RUBBER NANOCOMPOSITES
FOR ELECTRICAL OUTDOOR
INSULATION
Ana Isabel Mendoza (KTH
Royal Institute of Technology),
Henrik Hillborg (ABB), Emma
Strömberg (KTH Royal
Institute of Technology)
Development of new structural composite materials for
HV outdoor insulation applications using PDMS coated with
ZnO nanoparticles, creating
hierarchical superhydrophobic
and self cleaning surfaces.
5203-2 FABRICATION AND
AXIAL COMPRESSIVE
BEHAVIOR OF COMPOSITE
SANDWICH CYLINDRICAL
SHELLS WITH PYRAMIDAL
LATTICE TRUSS
Jian Xiong (Harbin Institute
of Technology), Wei
Zheng (Harbin Institute of
Technology), Lina Feng (Harbin
Institute of Technology), Fanyi
Meng (Harbin Institute of
Technology)
We developed interlocking
method and a hot press method to manufacture lightweight
carbon fiber composite cylindrical shell with pyramidal
truss constructions.
5205-2 PROBABILISTIC
ANALYSIS OF COMPOSITE
STRUCTURES USING THE
CGSM
Qi Yin (Université de
Technologie de Compiègne),
Frédéric Druesne (Université
de Technologie de
Compiègne), Pascal Lardeur
(Université de Technologie de
Compiègne)
The CGSM is developed
for probabilistic analysis of
laminated composite plates
and shells modeled by finite
elements, taking into account
the variability of material and
physical properties.
Meeting room 18
5206 Experimental
Methods for Process
Characterisation 6
Meeting room 19
5207 Liquid Composites
Moulding 3
5206-1 SIGNAL EVALUATION
OF FIBER OPTICAL
SENSORS EMBEDDED
BETWEEN UNIDIRECTIONAL
THERMOPLASTIC PREPREG
TAPES IN A HOT-PRESS
CONSOLIDATION FOR
ONLINE PROCESS
MONITORING
Robert Gaitzsch (Faserinstitut
Bremen e.V.), Michael Koerdt
(Technische Universität
Chemnitz), Christian Brauner
(Faserinstitut Bremen e.V.),
Lothar Kroll (Technische
Universität Chemnitz), Axel
Siegfried Herrmann
5207-1 LIQUID COMPOSITE
MOLDING: ROLE OF
MODELING AND SIMULATION
IN PROCESS ADVANCEMENT
Suresh Advani (University of
Delaware), Pavel Simacek
(University of Delaware)
Fibre optical sensors were
embedded in a unidirectional
PA-6/GF laminate for online
monitoring of the consolidation and annealing process.
The sensor signals are
discussed and compared with
DSC scans.
5206-2 ROOM
TEMPERATURE CURE
MONITORING USING A DMA
/THERMAL FLUX CELL AND
MECHANICAL BEHAVIOR
OF A PHENOLIC SYNTACTIC
FOAM
Mounia Bouslah (Ecole
Centrale de Lyon), Michelle
Salvia (Ecole Centrale de
Lyon), Isabelle Deschères
(Institut Textile et Chimique
de Lyon), Raymond Barbin
(ACOEM group)
Meeting room 17
5209 Recycling of
Composites and
Sustainability 5
Meeting room 16
5210 Fibres 5
5208-1 INFLUENCE OF
MEAN STRESS AND WELD
LINES ON THE FATIGUE
BEHAVIOUR OF SHORT FIBRE
REINFORCED POLYAMIDE
Andreas Primetzhofer
(Montanuniversität Leoben),
Andreas Mösenbacher
Paper examines the role
(Montanuniversität
“virtual processing” - the
Leoben), Gerald Pinter
numerical simulation of man- (Montanuniversität
ufacturing process - can play Leoben), Julia Brunbauer
in improving part design and (Montanuniversität Leoben)
production methodology.
Proposal for consideration of
mean stress effect and weld
lines on the fatigue behaviour
for short fibre reinforced
polyamide by the local stress
approach.
5209-1 MEASUREMENT OF
SHORT FIBRE LENGTH USING
A RHEOLOGICAL METHOD
Thomas Turner (University of
Nottingham), Jiang Guozhan
(University of Nottingham),
Kok Wong (University of
Nottingham), Steve Pickering
(University of Nottingham)
KEYNOTE
5207-2 INVESTIGATION
OF A COST-EFFECTIVE
SYSTEM FOR ON-LINE
FLOW MONITORING AND
QUALITY CONTROL IN RESIN
TRANSFER MOLDING
Claudio Di Fratta (ETH Zürich),
Grigorios Koutsoukis (ETH
Zürich), Paolo Ermanni (ETH
Zürich)
5209-2 SMART SELFREINFORCED POLY(LACTIC
ACID) (PLA) COMPOSITES
WITH ENHANCED IMPACT
PERFORMANCE, TENSILE
PROPERTIES AND HEAT
RESISTANCE
Fang Mai (Queen Mary
University of London),
Emiliano Bilotti (Queen Mary
University of London), Ton
Peijs (Queen Mary University
of London)
The work investigates a fast
and cost-effective method,
based on few pressure
sensors, for monitoring the
The transformation process of resin flow and controlling the
a phenolic syntactic foam was injection parameters during
studied by a coupled calorim- Resin Transfer Molding.
etry-DMA and a study of the
compression behavior was
performed by a macroscopic
test and by X-ray tomography.
Meeting room 20
5208 Short Fibre
Composites 5
5208-2 FATIGUE
DAMAGE MECHANISMS
DESCRIPTION IN SHORT
GLASS FIBRE REINFORCED
THERMOPLASTIC BY
MICROTOMOGRAPHIC
OBSERVATIONS
Héloïse Rolland (I2M - Arts
et Métiers ParisTech Bordeaux), Nicolas Saintier
(I2M - Arts et Métiers
ParisTech - Bordeaux), Gilles
Robert (Solvay Engineering
Plastics)
Fatigue damage mechanisms of PA66GF have been
observed in relation to its
microstructure. Proportions
of identified mechanisms are
determined at different damage levels.
A method is demonstrated
for the quality assessment
of recovered carbon fibres.
Specifically, the concept of
determination of fibre length
from the shearing of a viscous
fibre-containing suspension
Through development of
fully bio-based and recyclable
self-reinforced PLA, the high
brittleness and low HDT of
PLA have been overcome,
while simultaneously improving the tensile strength and
modulus.
5210-1 SIMULTANEOUSLY
STRONG AND TOUGH
CONTINUOUS NANOFIBERS:
NEXT GENERATION
REINFORCEMENT FOR
NEW STRUCTURAL
SUPERCOMPOSITES?
Yuris Dzenis (University of
Nebraska-Lincoln)
This talk reviews recent
progress on continuous
nanofibers with unique simultaneously high strength, modulus and toughness and the
prospects for nanofibers to
replace carbon as reinforcement in the next generation
supercomposites.
Friday 24 July · Scientific
Meeting room 5
5211 Multifunctional
Composites - Coupled
Properties and Multiphysics Models 3
5211-1 ELECTRON AND
THERMAL TRANSPORT
MECHANISM IN CNTNETWORK COMPOSITES
FOR STRAIN RESILIENT
ELECTRONICS
Ajit Roy (Air Force
Research Laboratory),
Sergei Shenogin (Air Force
Research Laboratory),
Vikas Varshney (Air Force
Research Laboratory),
Jonghoon Lee (Air Force
Research Laboratory)
We propose carbon nanotube network in high-strain
tolerant polymer phase to
implement strain resiliency
in electronic materials and
provide materials modeling
to design CNT contact
morphology.
5211-2 HARVESTING
ENERGY BY DEPOLING
FERROELECTRIC PZT
BASED COMPOSITES
Christopher Roberts
(University of CaliforniaLos Angeles), Peng Lv
(University of California-Los
Angeles), Christopher Lynch
(University of California-Los
Angeles)
The depolarization of PZT
52/48 and PZT 95/5 is
investigated under uniaxial
stress at stress rates of 0.1100 MPa/ms for impact energy harvesting applications.
Meeting room 6
5212 Matrix materials 5
Meeting room 7
M1
5213 Damage Tolerance of 5214 Simulation of
Composite Structures 6
Progressive Failure 4
5212-1 PREPARATION AND
PROPERTIES OF A NEW
SILICON-POLYTRIAZOLE
RESIN AND ITS COMPOSITE
Bing Guo (Key Laboratory
for Specially Functional
Polymeric Materials and
Related Technology(East
China University of Science
& Technology)), Liqiang Wan
(Key Laboratory for
Specially Functional Polymeric
Materials and Related Technology(East China University
of Science & Technology)), Lei
Du (Key Laboratory for
Specially Functional Polymeric Materials and Related Technology(East China
University of Science &
Technology)), Farong Huang
(Key Laboratory for Specially
Functional Polymeric Materials and Related Technology(East China University of
Science & Technology))
5213-1 INTERFACE
STRENGTH GRADATION
IN THERMOPLASTIC
COMPOSITES: A NEW
APPROACH TO INCREASE
THE DAMAGE TOLERANCE
Luigi Sorrentino (CNR IPCB), Fabrizio Sarasini
(University of Rome Sapienza), Jacopo Tirillò
(University of Rome Sapienza), Giorgio Simeoli
(University of Naples
Federico II), Salvatore
Iannace (CNR - IPCB), Pietro
Russo (CNR - IPCB)
Si-PTA resin synthesized
from 4,4’-diazidomethyl biphenyl(DAMBP) and LPSA via
1,3-dipolar cycloaddition was
preparation and characterization. The resin possessed
good heat resistant property.
5212-2 SYNTHESIS AND
CHARACTERIZATION OF A
NEW HIGH TEMPERATURE
SHAPE MEMORY
POLYIMIDE
Xinli Xiao (Harbin Institute
of Technology), Xueying
Qiu (Harbin Institute
of Technology), Deyan
Kong (Harbin Institute of
Technology), Yang Hu (Harbin
Institute of Technology),
Wenbo Zhang (Harbin
Institute of Technology),
Shen Zhang (Harbin
Institute of Technology ),
Yanju Liu (Harbin Institute
of Technology), Jinsong
Leng (Harbin Institute of
Technology)
Shape memory polyimide
with high glass transition
temperature and excellent
shape memory performances is reported, and the
mechanism of high temperature shape memory effects
of polyimide is proposed.
5214-1 AN IMPROVED
COHESIVE ZONE
MODEL VIA SELECTIVE
ACTIVATION
William Peterson (Montana
State University), Douglas
Cairns (Montana State
University)
5215-1 MECHANICAL
BEHAVIOR OF
CARBON FIBER/EPOXY
FILAMENT WOUND FLAT
LAMINATES EXPOSED
TO ENVIRONMENTAL
CONDITIONING
José Humberto Almeida
Jr. (Federal University of
We demonstrate a method Rio Grande do Sul), Samia
that results in an initially
Souza (São Paulo State
rigid cohesive zone in which University (UNESP)), Edson
intrinsic cohesive elements Botelho (São Paulo State
remain dormant until need- University (UNESP)), Sandro
ed during the course of the Amico (Federal University of
analysis.
Rio Grande do Sul)
Film stacked thermoplastic
composites based on the
gradation of the interlaminar
interface strength (IGIS)
have been investigated by
flexural and impact tests as
well as by acoustic emission
analyzes.
5213-2 EVALUATION OF
THROUGH-THE-THICKNESS
STRESS DISTRIBUTION
UNDER PURE MODE II ON
A MODIFIED TRANSVERSE
CRACK TENSION TEST
Tommaso Scalici (Università
degli Studi di Palermo),
Giuseppe Pitarresi
(Università degli Studi di
Palermo), Antonino Valenza
(Università degli Studi
di Palermo), Giuseppe
Catalanotti (Universidade do
Porto), Pedro P. Camanho
(Universidade do Porto)
implementation of two fullfield experimental stress
analysis techniques to evaluate the strain and stress
field on the through-thickness surface of TCT samples
M2
M3
5215 Durability, Creep and
Agressive Environment 4
Filament wound composites
are exposed to hygrothermal
conditioning. Non-Fickian
kinetics govern moisture
absorption, elastic and
strength tensile/shear
properties reduced for aged
specimens.
5214-2 A THERMALMECHANICAL A-FEM FOR
FRACTURE IN TEXTILE
COMPOSITES
Qingda Yang (University
of Miami), Bao-Chan Do
(University of Miami)
This paper presents how
the novel augmented finite
element method (A-FEM)
can be extended to account
for path-arbitrary, single intra-elemental discontinuities
under general thermo-mechanical loading.
5215-2 LONG-TERM
DURABILITY TESTING OF
TOKYO ROPE CARBON
CABLES
Ahmed Ali (Université de
Sherbrooke ), Hamdy M.
Mohamed (Sherbrooke
University), Adel Elsafty
(University of North Florida),
Brahim Benmokrane
(Université de Sherbrooke )
The main objective of this
study is to investigate the
effect of different environmental conditions on the
long-term behavior of Tokyo
Rope carbon-cables (CFCCs)
subjected to tensile load
M4
M5
M6
5217 Impact and Dynamic 5218 Hybrid Composites 4 5219 Applications - Civil
Structural Analysis 4
Engineering 5
5217-1 MODELLING
DELAMINATION DAMAGE
IN ‘EX-SITU’ TOUGHENED
LAMINATES DUE TO
IMPACT
Dafei Li (University of
Nottingham), Elena Sitnikova
(University of Nottingham),
Shuguang LI (University
of Nottingham), Xiaosu
Yi (Beijing Institute of
Aeronautical Materials
(BIAM))
5218-1 ELECTRICAL AND
MECHANICAL PROPERTY
INVESTIGATION OF FUZZY
FIBRE-REINFORCED
COMPOSITES
Idris Gürkan (İstanbul
Technical University), Hülya
Cebeci (İstanbul Technical
University)
5217-2 ANALYTICAL
MODELLING AND FE
SIMULATION OF IMPACT
RESPONSE AND DAMAGE
GROWTH IN A THIN PLY
LAMINATE
Robin Olsson (Swerea
SICOMP), Alann André
(Swerea SICOMP), Peter
Hellström (Swerea SICOMP)
5218-2 IMPACT OF NONHOOKEAN BEHAVIOUR
ON MECHANICAL
PERFORMANCE OF HYBRID
COMPOSITES
Christen Malte Markussen
(DTU Wind Energy), Bo
Madsen (DTU Wind Energy),
Hans Lilholt (DTU Wind
Energy), Tom Løgstrup
Andersen (DTU Wind Energy)
The electrical conductivity
is measured in plane and
out of plane and mode 1
fracture toughness test is
Modelling damage in
performed to the specimens
laminated composites of
to determined multi-functoughened interface through tional properties of fuzzy
‘Ex Situ’ technique, in low
fiber-NECs.
speed impact, standard
fracture tests such as mode
I, mode II and mix mode.
Impact damage in thin
ply laminates differs from
conventional laminates.
Models for predicting damage initiation and growth in
a thin ply ply laminate are
presented and compared
with experiments.
Hybrid composites, based
on unidirectional fibres of
carbon and glass, in an
epoxy matrix have been
used to investigate the possibility of a hybrid effect. The
hybrid effect is observed
experimentally
M7
programme
M8
5219-1 ACTIVITY
REGARDING APPLICATION
OF THERMOPLASTIC
FRP TO JAPANESE
INFRASTRUCTURE
Atsushi Hokura (Kanazawa
Institute of Technology),
Shinichi Miyazato
(Kanazawa Institute of
Technology)
Research activity on
infrastructure application
of thermoplastic FRP in
Japan is described with
an introduction to the KITCOI (Kanazawa Institute
of Technology-Center of
Innovation) project.
5219-2 BUCKLING
BEHAVIOUR OF
POLYURETHANE FOAM
FILLED COLD-FORMED
STEEL C-SECTIONS
Aaron von der Heyden (TU
Darmstadt-Institute for Steel
Structures and Materials
Mechanics), Jörg Lange (TU
Darmstadt-Institute for Steel
Structures and Materials
Mechanics)
Cold-formed steel members
tend to fail before reaching
their yield strength due to
buckling. Regarding this
aspect, the influence of
filling the cross-section
with polyurethane foam is
analysed.
99
Scientific programme · Friday 24 July
Congress Hall A
12:00 5201-3 NOVEL PREHEATING
METHOD WITH MATRIX
RESIN IMPREGNATION FOR
STAMP FORMING OF CFRTP
Takahiro Hayashi (The
University of Tokyo), Kenichi
Hasegawa (The University of
Tokyo), Jun Takahashi (The
University of Tokyo)
We investigated the effect of
the impregnation conditions
by a vacuum press preheater
for semi-impregnated CFRTP
to develop novel preheating
device with impregnation.
12:20 5201-4 THERMOPLASTI
COMPOSITES: MATERIAL
DEVELOPMENTS FOR
AEROSPACE APLLICATIONS,
INCORPORATION OF A
FUNCTIONAL TIE LAYER
Hans Luinge (Nijverdal)
A tie layer is introduced at
the surface of chemically
resistant semi-crystallinge
thermoplastic composites to
improve the adhesion strength
between these substrates and
coatings or adhesives.
100
Auditorium 15
5202-3 CELLULOSE
NANOCOMPOSITES –
CONTROLLING DISPERSION
AND MATERIAL PROPERTIES
THROUGH NANOCELLULOSE
SURFACE MODIFICATION
Farhan Ansari (KTH Royal
Institute of Technology),
Michaela Salajkova (KTH
Royal Institute of Technology),
Lars Berglund (KTH Royal
Institute of Technology)
Auditorium 10
5203-3 COST-OPTIMAL
DESIGN AND AUTOMATED
PRODUCTION OF SANDWICH
STRUCTURES FOR WIND
TURBINE ROTOR BLADES
Peipei Wang (Fraunhofer
IWES), Roman Braun
(Fraunhofer IWES), Christian
Dörsch (Fraunhofer
IWES), Heiko Rosemann
(Fraunhofer IWES), Florian
Sayer (Fraunhofer IWES),
Oliver Bagemiel (Fraunhofer
This work investigates com- IWES), Frank Prissok (BASF
posites of surface modified
Polyurethanes), Ragnar
cellulose nanocrystals with
Stoll (BASF Polyurethanes),
PVAc and discusses the effect Jens Brandes (Fibretech
of resulting nanostructure
Composites), Erwin Fröse (2
on the end properties of the
Komponenten Maschinenbau)
composites.
Automated in-situ foaming of
liquid polyurethane directly
in the mold is proposed and
analytically assessed as a
means to reduce production
costs of sandwich panels for
wind turbine rotor blades.
5202-4 COMPARISON
5203-4 NUMERICAL
OF THE PROPERTIES OF
MODELING OF RESIN
POLYESTER-BASED POWDER SHRINKAGE AROUND INSERT
COATINGS CONTAINING
IN COMPOSITE SANDWICH
DIFFERENT CLAYS MODIFIED PANELS
WITH -AMINOHubert CourteauPROPYLTRIETHOXYSILANE Godmaire (Polytechnique
Paula Bertuoli (Federal
Montreal), Philippe Causse
University of Rio Grande do
(Polytechnique Montreal),
Sul), Lisete Scienza (Federal Edith-Roland Fostsing
University of Rio Grande
(Polytechnique Montreal), Edu
do Sul), Ademir Zattera
Ruiz (Polytechnique Montreal)
(University of Caxias do Sul)
Finite element sensibility
In this work the effect of sianalysis of the formation of
lane modified montmorillonite surface defects on the visible
clays on the mechanical,
panel side of blind insert
morphological and corrosion assembly. The defects affect
protection properties of a pol- visual appearance of business
yester-based powder coatings jet furniture.
was evaluated.
Auditorium 11
5204-2 TOUGHER
COMPOSITES CONTAINING
SELF-HEALING MONOMERS
PREPARED BY INKJET
PRINTING
Patrick J. Smith (University
of Sheffield), Yi Zhang
(University of Sheffield), Elliot
Fleet (University of Sheffield),
Jonathan Stringer (University
of Sheffield), Simon A. Hayes
(University of Sheffield), Alma
Hodzic (University of Sheffield)
Auditorium 12
5205-3 PROBABILISTIC
STRENGTH ESTIMATION
IN CONSIDERATION OF
SIZE EFFECTS AND LOAD
MODES FOR GLASSSHORT-FIBER-REINFORCED
THERMOSETTING PLASTICS.
Takahiko Sawada (Hitachi
Ltd.), Hiroshi Aoyama (Hitachi
Ltd.)
5204-3 SELF HEALING OF
EPOXY RESINS USING SELF
ASSEMBLING HEALING
AGENTS
Frank Jones (The University
of Sheffield), Russell Varley
(CSIRO), Stephen Kalista
(Rensselaer Polytechnic
Institute), Buu Dao (CSIRO),
Christopher Pillsbury (Union
College)
5205-4 PROBABILISTIC
ANALYSIS OF WIND TURBINE
BLADES CONSIDERING
STIFFNESS, STRENGTH AND
STABILITY UNDER EXTREME
AND FATIGUE LOADING
K. C. Bacharoudis (Centre for
Renewable Energy Sources
and Saving), D. J. Lekou
(Centre for Renewable Energy
Sources and Saving), T. P.
Philippidis (University of
Patras)
Meeting room 18
5206-3 FLOW FRONT AND
CURE MONITORING OF
THICK CFRP LAMINATES
WITH INTEGRATED FIBER
OPTIC SENSORS
Jonathan Oelhafen
(Technische Universität
München), Ruben Fernandez
(Premium Aerotec GmbH), Dirk
Niefnecker (Premium Aerotec
GmbH), Swen Zaremba
(Technische Universität
München), Klaus Drechsler
(Technische Universität
München)
Meeting room 19
5207-3 WETTING ALONG
FIBER(S) PLACED ON SOLID
SUBSTRATE
Takuma Setoguchi (Tokyo
University of Science), Ichiro
Ueno (Tokyo University of
Science)
5206-4 PROCESS
MONITORING FOR
RESINS, CARBON FIBER
FABRICS, PREFORMS AND
CONSOLIDATED CFRPS
BY HF RADIO WAVE
TECHNIQUES
Henning Heuer (Technische
Universität Dresden), Martin
Schulze (Fraunhofer IKTS),
Matthias Pooch (Fraunhofer
IKTS), Simone Gaebler
(Leibniz Institute of Polymer
Research)
5207-4 MINIMIZING
VOLATILE-INDUCED
SURFACE POROSITY IN
RTM VIA MATERIAL AND
PROCESS OPTIMIZATION
Mark Anders (University
of Southern California),
Jonathan Lo (University
of Southern California),
Timotei Centea (University of
Southern California), Steven
Nutt (University of Southern
California)
We propose a strength estimation method for short-fibre-reinforced plastics in
Poly(methyl methacrylate)
consideration of load modes
and/or polyethylene glycol
and size effects by using the
have been deposited between Weibull statistical theory, FEA, Flow front measurements
laminate plies by inkjet
and experimental approaches. with embedded FBGs and
printing; resulting in a 40%
Fresnel reflectometer during
improvement in Gic (propvacuum infusion. Additionally,
agation).
curing and Tg measurements
with Fresnel reflectometer
in isothermal neat resin experiments.
Healing agents of critical
MW for thermal mending of
epoxy resins self-assemble
in situ via ionomer formation.
Efficiencies compare to
high MW systems with less
impact on viscosity for RTM
processing.
Effect of measurement uncertainty related to the material
properties and of model uncertainties connected to the
loads and the structural models directly on the reliability
level of a 90m rotor blade.
EddyCus® High Frequency
Eddy current technology applied on CFRP gives valuable
information for material diagnostic and process control
e.g. fiber position or cure
quality of resins.
A special attention is paid to
the wetting process along
glass fiber(s) settled on the
substrate. The tip velocity
and the profile of the liquid
between the fiber(s) and the
substrate are evaluated.
A description of the underlying mechanism behind volatile-induced surface porosity
in RTM, and strategies to
minimize this type of defect
by modifying the resin cure
kinetics.
Meeting room 20
5208-3 A LOCAL STRESS
ANALYSIS OF THE EFFECT
OF FIBRE ORIENTATION ON
FATIGUE THE BEHAVIOUR OF
A SHORT FIBRE REINFORCED
POLYAMIDE.
Andrea Bernasconi
(Politecnico di Milano),
Edoardo Conrado (Politecnico
di Milano), Alessandro
Cavallaro (Politecnico di
Milano), Peter Hine (University
of Leeds)
Meeting room 17
5209-3 EFFECT OF FIBRE
LENGTH AND SUSPENSION
CONCENTRATION ON
ALIGNMENT QUALITY OF
DISCONTINUOUS RECYCLED
CARBON FIBRE
Zhe Liu (The University of
Nottingham), Kok Hoong (The
University of Nottingham),
Thomas Turner (The University
of Nottingham), Stephen
Pickering (The University of
Nottingham)
Meeting room 16
5210-2 CARBON FIBRES
WITH MODULATED
PROPERTIES AND SHAPE
ALONG THE FIBRE LENGTH
Jonny Blaker (The University
of Manchester), David B.
Anthony (Imperial College
London), Guang Tang
(University of Dundee), SitiRos Shamsuddin (Imperial
College London), Gerhard
Kalinka (Federal Institute
of Materials Testing and
Research (BAM)), Milo Shaffer
A review of the effect of fiber Hydrodynamic alignment
(Imperial College London),
orientation on the fatigue
process is devised to achieve Amin Abdolvand (University of
strength of a short glass fiber highly aligned orientation
Dundee), Alexander Bismarck
reinforced polyamide based
distribution mats with dis(Imperial College London)
on through process modelling continuous random recycled
and local stress analysis is
carbon fibre.Effects of fibre
The possibility to weaken
presented.
length and concentration is
carbon fibres and shape their
invested.
diameter using a nanosecond
pulsed laser will be demonstrated. Predetermined break
points can therefore be introduced into carbon fibres.
5208-4 METHOD FOR
ENABLING HIGHLY
LOADABLE MATERIAL
COMBINATIONS OF PP AND
ALUMINUM WITHOUT THE
USE OF ADHESIVES
Kim Kose (inpro), Ivonne
Clausner (Neue Materialien
Fürth GmbH), Fred Eggers
(Daimler), Birgit Faisst
(TRUMPF Laser- und
Systemtechnik GmbH)
5209-4 MICROWAVE
INDUCED DEGRADATION OF
GLASS FIBER REINFORCED
POLYESTER FOR FIBER AND
RESIN RECOVERY
Hülya U. Sokoli (Department
of Chemistry and Bioscience,
Aalborg University, Esbjerg,
Denmark), Rudi P. Nielsen
(Department of Chemistry
and Bioscience, Aalborg
University, Esbjerg, Denmark),
Erik G Søgaard (Department
A new method for the joining of Chemistry and Bioscience,
of polymer-metal-hybrid parts Aalborg University, Esbjerg,
is presented. Examples of
Denmark), Morten E.
reinforced PP (PP-LGF30) on Simonsen (Department of
aluminum show very good
Chemistry and Bioscience,
results even after thermal and Aalborg University, Esbjerg,
corrosive aging.
Denmark)
A solvolysis process to depolymerize the resin in glass fiber reinforced composites and
recover the glass fibers has
been investigated using microwave induced irradiation.
5210-3 EXTRACTION AND
CHARACTERISATION OF
CELLULOSE MICROFIBRILS
FROM PONGAMIA PINNATA
SEED HULL
Manjula P (National Institute
of Technology Karnataka
Surathkal)
Biodiesel is a renewable
resource of energy and has
gained its importance in India
due to soaring oil price and
largely enhanced environmental awareness. Biodiesel and
other biofuels are produced
from
Friday 24 July · Scientific
Meeting room 5
5211-3 THERMO
MECHANICAL BEHAVIOR
OF THERMOPLASTIC
COMPOSITE HIGHLY
FILLED
Antoine Jeancolas (Pole de
Plasturgie de l’Est), Henri
Perrin (Pole de Plasturgie
de l’Est), Florence Dinzart
(LaBPS), Hafid Sabar
(LaBPS)
Meeting room 6
5212-3 THE PROPERTIES
OF A SILICON-CONTAINING
ARYACETYLENE
RESIN MODIFIED BY
OCTA(AZIDOPROPYL)
POLYHEDRAL OLIGOMERIC
SILSESQUIOXANE AND
ITS CARBON FIBER
REINFORCED COMPOSITES
Xiaojun Bu, Lei Du (Key
Laboratory for Specially
Functional Polymeric
Study of the shaping proMaterials and Related
cess and evaluation of the Technology (East China
thermomechanical behavior University of Science &
of a thermoplastic compos- Technology)
ite highly filled of micronized
A novel resin OAPS-PSA was
particles of ceramic
obtained from PSA resin and
octa(azidopropyl) polyhedral
oligomeric silsesquioxane
(OAPS) by “click” polymerization and the T300/OAPSPSA had good mechanical
properties.
5211-4 MULTIFUNCTIONAL PROPERTIES
IN NATURAL FIBER
REINFORCED COMPOSITES
Hitoshi Takagi (Tokushima
University), Antonio
Nakagaito (Tokushima
University), Ke Liu (Wuhan
Textile University)
5212-4 STIFF MONOLITHIC
AEROGEL MATRICES
FOR STRUCTURAL FIBRE
COMPOSITES
Hui Qian (Imperial College
London), Sang Nguyen
(Imperial College London),
David Anthony (Imperial
College London), Emile
Greenhalgh (Imperial
The transverse thermal
College London), Alexander
conductivity of unidirectional Bismarck (Imperial College
green composites is found London), Milo Shaffer
to be expressed as a func- (Imperial College London)
tion of lumen size, thermal
conductivity ratio of fiber
Carbon aerogel precursors
to matrix, and fiber volume were introduced into strucfraction.
tural carbon fibre weaves,
to generate monolithic hierarchical carbon preforms,
subsequently infused with
polymer resins to produce
dense composites
Meeting room 7
5213-3 STATIC AND
DYNAMIC PROPERTIES
OF NEEDLE PUNCHED
CHOPPED STRAND MATS
COMPOSITE WITH OPEN
HOLE
Daiki Ichikawa (Kyoto
Institute of Technology),
Ryo Marui (Marui Textile
Machinery Co), Tohru
Morii (Shonan Institute of
Technology), Akio Ohtani
(Gifu University)
M1
5214-3 MODELLING
OF PROPAGATING
DELAMINATIONS IN
TEXTILE REINFORCED
DUROPLAST BEAMS BY
AN ENRICHED SHELL
ELEMENT FORMULATION
Jim Brouzoulis (Chalmers
University of Technology),
Martin Fagerström
(Chalmers University of
Technology), Johannes
Främby (Chalmers University
of Technology), Jan Krollman
(Technische Universität
München), Peter Hellström
(Swerea SICOMP)
In this study, needle punch
process was applied on
chopped glass fiber mat in
order to improve the properties of glass mat composite A recent XFEM enriched
with circular holes.
shell element formulation,
which internally can represent multiple interlaminar
cracks, has been validated
against experiments conducted on textile reinforced
Duroplast beams
M2
M3
5215-3 ON THE
MECHANICAL
CHARACTERIZATION
OF PULTRUDED FIBRE
REINFORCED PLATES
SUBJECTED TO
HYGROTHERMAL AGING
Behrouz Zafari (The
University of Warwick), Toby
Mottram (The University of
Warwic)
This paper presents experimental findings from
characterization work to understand mechanical property changes of a polymeric
composite after exposure to
hot/wet conditioning.
M4
5217-3 LOW-IMPACT
TESTING ON EPOXY
COMPOSITES
REINFORCED WITH DNAFUNCTIONALIZED CARBON
NANOTUBES
Susanna Laurenzi (Sapienza
Università di Roma), Matteo
Sirilli (Sapienza Università
di Roma), Mariagabriella
Santonicola (Sapienza
Università di Roma)
Despite the high elastic
modulus and tensile
strength of carbon nanotubes (CNTs), the enhancing
of the mechanical properties
of epoxy resins reinforced
by CNTs are largely unpredictable due to their s
5217-4 IMPACT
BEHAVIOUR OF
COMPOSITE PLATES
SUBJECT TO HIGHVELOCITY IMPACT BY
RIGID PROJECTILES:
ANALYTICAL MODELLING
OF THE ELASTIC
RESPONSE.
Andreas Schiffer (Khalifa
University), Vito L. Tagarielli
(Imperial College London)
Analytical models are
developed to predict the
elastic dynamic response of
circular clamped composite
plates subject to high-velocity impact by a rigid
projectile.
M5
5218-3 AN IMPROVED
FRAGMENTATION MODEL
TO ASSIST THE SELECTION
OF FIBRES IN HYBRID
COMPOSITES
Josep Costa (University
of Girona), Juan David
Vanegas-Jaramillo
(Universidad Pontificia
Bolivariana), Albert Turon
(University of Girona), Luís
Javier Cruz (Universidad
Pontificia Bolivariana)
M6
5219-3 A NOVEL ANCHOR
METHOD OF FRP CABLE
FOR LONG-SPAN CABLESUPPORTED BRIDGES
Xin Wang (Southeast
University)
M7
programme
M8
This paper proposes a novel
anchor toward large capacity fiber-reinforced polymer
(FRP) cable and demonstrates anchor efficiency by
the finite element method
(FEM) and experiments.
Tow hybridization, to escape
from brittleness and to
achieve a pseudo-ductile
behaviour, is explored by
means of an advanced analytical fragmentation model
for unidirectional hybrid
composites.
5219-4 SIMULATION
OF INTERMEDIATE
DEBONDING IN FRPSTRENGTHENED RC
BEAMS
Ricardo Perera (Technical
University ), Rui Sun
(Technical University),
Enrique Sevillano (Technical
University)
Formulation of a spectral
model based on a discrete
crack approach to simulate
the structural response of
flexural FRP-strengthened
concrete beams. It is
focused on intermediate
debonding.
101
Scientific programme · Friday 24 July
Congress Hall A
12:40 5201-5 PRODUCTION STUDY
OF CARBON FIBER WOVEN
FABRIC/PA6 COMPOSIE
SHEET USING PA6 SOLUTION
Osuke Ishida (Kanazawa
Institute of Technology),
Wataru Okumura (Industrial
Research Institute of
Ishikawa), Mitsugu Kimizu
(Industrial Research Institute
of Ishikawa), Kiyoshi Uzawa
(Kanazawa Institute of
Technology), Isao Kimpara
(Kanazawa Institute of
Technology)
In this study, the solution impregnation process using the
mixture of calcium chloride
and methanol was investigated to produce carbon fiber
woven fabrics and polyamide
6 composite.
13:00 Lunch in the Exhibition
14:00 Closing Ceremony
102
Auditorium 15
5202-5 ALIGNMENT OF
CARBON NANOTUBES IN
GLASS FIBER COMPOSITES
USING AC ELECTRIC FIELD
Charles Bakis (Penn State
University), Ambuj Sharma
(Penn State University),
Kon-Well Wang (University of
Michigan)
Experiments and finite element analysis are used to
investigate the alignment of
carbon nanotubes through
the thickness of unidirectional
glass/epoxy composites using
an alternating electric field.
Auditorium 10
Auditorium 11
5204-4
MICROENCAPSULATED
SOLVENT-BASED HEALING
OF SHAPE MEMORY
POLYMERS
Jesse Hamilton (University
of Massachusetts Lowell),
Bradford Olson (University
of Massachusetts Lowell),
Siddharth Dev (University
of Massachusetts Lowell),
Norman Rice (Triton Systems
Inc.), Christopher Hansen
(University of Massachusetts
Lowell)
Self-healing is pursued by a
close-then-heal approach,
in which the shape memory effect is activated by
damage-induced release
of encapsulated solvent to
compress and bond fracture
surfaces.
Auditorium 12
5205-5 MICROMECHANICS
AND RELIABILITY BASED
COMPOSITE MATERIAL
CHARACTERIZATION FOR
WIND TURBINE BLADE
COMPOSITES
Ghulam Mustafa (Uni of
Victoria BC Canada), Curran
Crawford (Uni of Victoria BC
Canada), Afzal Suleman (Uni
of Victoria BC Canada)
This work presents a coupled
approach for stiffness property prediction of composite
materials used in wind turbine
blades using advanced
micromechanics and reliability-based methodologies.
Meeting room 18
Meeting room 19
Meeting room 20
Meeting room 17
5209-5 INVESTIGATION
OF CATALYSED FLUIDISED
BED FOR THERMOSET
COMPOSITE RECYCLING
Kyle Pender (University
of Strathclyde), Liu Yang
(University of Strathclyde)
An investigation into catalysed
thermal decomposition of
epoxy resin was carried out
with the goal to improve
the commercial viability of
glass fibre reinforced plastic
recycling.
Meeting room 16
Friday 24 July · Scientific
Meeting room 5
Meeting room 6
5212-5 A TERNARY
MWCNT/CERIA/
POLYANILINE COMPOSITE
FOR CORROSION
PROTECTION
Cynthia Oueiny (MAPIEM
laboratory), Sophie berlioz
(MAPIEM laboratory),
François-Xavier perrin
(MAPIEM laboratory)
Meeting room 7
M1
M2
M3
M4
M5
M6
M7
programme
M8
Ternary MWCNT/Ce/polyaniline nanocomposites were
easily prepared andcaracterized. MWCNT/Ce(III)/EB
pigments inserted in polyvinylbutyral matrix showed
a good corrosion protection
efficiency.
103
Scientific programme
How to navigate in the
scientific programme
Remember that you can also search for
all presentations in your ICCM20 app.
The session number is made of 4
digits: XYZZ
X = day (Monday = 1, Tuesday = 2 …)
Y = session number this day
ZZ = room code
The programme number is made of the
above 4 digits and adding the order of
the presentations in the session:
XYZZ-VV
X = day (Monday = 1, Tuesday = 2 …)
Y = session number this day
ZZ = room code
VV = presentation order in the session
Break out room
Room
code
Congress Hall A
Auditorium 15
Auditorium 10
Auditorium 11
Auditorium 12
Meeting room 18
Meeting room 19
Meeting room 20
Meeting room 17
Meeting room 16
Meeting room 5
Meeting room 6
Meeting room 7
M1
M2
M3
M4
M5
M6
M7
M8
Center Stage
01
02
03
04
05
06
07
08
09
10
11
12
13
14
15
16
17
18
19
20
21
22
How to navigate the poster and
mini-oral programme
The poster presentations at the ICCM20
are fully integrated in the scientific
programme. The poster sessions will
include a short 3 minutes long oral overview presentation (termed “mini-oral”) of
each poster (maximum of 3 slides) given
in plenum to the entire conference. This
will be followed by a poster session that
will take place in the Exhibition area and
Foyer of the Bella Center and where the
presented posters will be on display and
open for discussion.
The Posters are on display from Monday 20 July at 9.00 and until Wednesday 23 July at 16.30.
The numbers in the mini-oral programme is also the number of the
posters : the numbers are as follows:
PXXZ-VV
P=Poster
XX = session – (session 100 from 9:30
and session 200 from 13:00)
Z = Stage number for presentation
(stages 1,2,3,4,5)
VV = presentation order in the session
(20 presentations in each session)
Index of authors
A
104
Adachi, Hirokuni
2206-4
Ahn, Tae-Chang
P205-19
Albarella, Marco
3209-4
Almaskari, Fahad
4414-2
A Hamid, Nurul Nabihah
3115-4
Adali, Sarp
1205-2
Ahuja, Akshaya
3407-2
Albrektsson, Joakim
3118-3
Almdal, Kristoffer
1309-4
A. Ghani, Supri
P104-17
Adam, Frank
P205-5
Ai, Qing
4110-4
Alderliesten, Rene
3220-2
1305-2,2117-1,5215-1
Abbas, Bahoz
4117-2
Adam, Laurent
5108-4
Aimmanee, Sontipee
2205-1
Alderliesten, René
5104-2
Abbas, Husain
4419-3
Adam, Till Julian
2104-4
Airinei, Anton
P205-11
Aldica, Gheorghe
2220-3
Almeida Jr., José
Humberto
Almeida, Sergio
Abbas, Syed Haider
2219-3
Adarraga, Itziar
3416-1
Aitomäki, Yvonne
4109-1
Aldridge, Michael
4311-4
Alomari, Ahmed
P203-10
Abdalla, Mostafa
Adebahr, Wolfgang
1118-3
Akamatsu, Mikio
P202-7
Alexopoulos, Nikolaos
P202-9
P103-5
Adelung, Rainer
1312-1
3205-1
Alfano, Giulio
3209-4
P201-17
Al-Haik, Marwan
2103-4,5111-2
4419-3
5210-2
1104-3
Al-Salloum, Yousef
Abdolvand, Amin
Adumitroaie, Adi
P203-10
4413-3,5107-2
3319-2
4203-3
Achour Renault, Nadia
P202-5
2220-2,4107-2
4419-3
4311-3,4421-3
Ahmed, Ifty
Al-Amri, Ghaithan
Allen, Robert
Amico, Sandro
Abrate, Serge
1315-4,3208-2
4308-1
1203-2,2216-1
Ahlqvist, Fredrik
Alam, Ashraf
Allegri, Giuliano
Ameli, Mohammad
1218-3,1218-4,2106-2
1201-2
3212-1
Aboura, Zoheir
Ahlborn, Holger
Al Maadeed, Mariam Alali
2106-2
1317-4
1303-3
Allaoui, Samir
Alzebdeh, Khalid
Abot, Jandro
2218-1
3310-1
3113-4
Ahamed, Jasim
Al Abadi, Haider
Allain, Nathalie
Altstädt, Volker
4412-2
4413-1
3112-3
Abidin, Alfaferi Zainal
Aguogue, Romain
Akugre, Emmanuel
3203-2
5109-4
2218-3
Alkhader, Maen
Altan, M. Cengiz
Abel, Philipp
2106-2
P205-3
P105-19
Agogue, Romain
Aktas, Alper
Alipour, Nazanin
Alsulaiman , Faleh
P102-17
4210-1
4405-3
Abdulkarimova, Roza
Agius, Steven
Aksu, Nazan Ebru
5215-2
4316-1
1103-3
Ali, Ahmed
Alston, Sue
Abdrakhimov, Ruslan
3319-1
3201-3,P204-3
P102-11,P102-12
Agarwal, Ankit
Akkerman, Remko
Alhussein, Hussam
4101-1
P205-6
5207-1
Alshahrani, Hassan
Abdrahimov, Ruslan
Advani, Suresh
Akbarzadeh Shafaroudi,
Abdolhamid
Akepati, Avinash
Alpay, Yakup Okan
Abdin, Yasmine
1205-1,2105-2,34051,5113-2
1304-3,3108-2,3404-2
Alonso, María Virginia
3211-1
Alamry, Ali Naem S
1116-4
Allen, Tom
Ahn, Hyunchul
Amico, Sandro C.
Alba, Maria Bruna
P203-16
1108-4,1311-2,41032,4319-2
4417-3
1120-2,1120-5,13052,2117-1,5215-1
P105-18
Amiri, Ali
4408-1
3116-1
Allen, Trevor
1305-3
Index of authors//
Ammasai Sengodan,
Ganapathi
An, Ping
3106-1
An, Qi
4321-1
Anantharaju, Rajaneesh
P202-19
Anderegg, Peter
4419-1
Anders, Mark
4206-1,5207-4
Andersen, Tom Løgstrup
5218-2
Anderson, Johan
3118-3
André, Alann
5217-2
Andreasen, Jens H.
5103-1
Andrieux, Jérôme
4212-1
Andrieux, Jérôme
2102-1
Androulidakis,
Charalampos
Aniskevich, Andrey
3212-2
Anjang, Aslina
3118-1
Anoshkin, Aleksandr
P202-20
Ansari, Farhan
5202-3
Ansari, Mohd Farhan
2210-2
Anstey, Andrew
4308-2
Anthony, David
2102-3,5212-4
Anthony, David B.
5210-2
Antin, Kim-Niklas
4212-2
Antoine, G. O.
3305-4
Antonelli, Valeria
3105-1
Antunes, Paulo
P101-5
Aoki, Saiko
3113-3
Aoki, Takahira
1219-2,2116-1
Aoki, Takuya
P204-11
Aoyama, Hiroshi
5205-3
Arai, Masahiro
5104-3
Arakaki, Francisco Kioshi
2119-4
Arao, Yoshihiko
2120-2
Aratama, Shigeki
1114-5
Araújo Teles, Ricardo
4205-4
Aravand, Mohammadali
2202-2,4315-3
Arbaoui, Jamal
1113-3
Arbelo, Mariano
1305-1
Archer, Edward
4404-3
Aretxabaleta, Laurentzi
1311-3
Argoud, Nans
2218-2
Arhant, Mael
1120-3
Arian Nik, Mahdi
3205-1
Arif, Abul Fazal M.
P203-10
Arikawa, Shuichi
4316-2
Aristégui, Christophe
1210-2
Arleo, Giuseppe
P203-16
Armand, Michel
P205-9
Armanios, Erian
4115-4
Arnold, Cris
4316-1
Arora, Hari
3103-2
P103-13
4216-3,P205-14
Arrieta Diaz, Andres Felipe 3405-2
Arrigoni, Michel
5109-3
Arrillaga, Alex
P103-4
Arsenyeva, Anna
1305-4
Arvieu, Corinne
P103-12
Bai, Ruibin
4309-3
Baur, Jeffrey
3121-3
Bezmelnitsyn, Alexander
P101-4
Asadi, Arash
1105-3
Bai, Xia
1110-4
Bayraktar, Harun
3410-4
Bhat, Tanmay
3218-1
Asahina, Yuji
1102-1
Baier, Horst
3105-1
Beams, Ryan
4304-4
Bhattacharyya, Debes
P105-2
Asai, Satomi
4316-2
Bailey, Peter
5104-1
Beauchene, Pierre
2106-2
Biamino, Sara
4412-3
Asano, Kazunori
P104-2
Baillargeat, Jacques
1109-4
Beauson, Justine
3409-4
Bian, Tianya
1117-3,P105-4
Asare, Eric
1302-3
Bailleul, Jean Luc
P102-2
Becker, Ben
2217-2
Bianco-Peled, Havazelet
2220-4
Asgarinia, Soroush
1108-1
Bailleul, Jean-Luc
3309-2
Becker, David
4106-1
Bickerton, Simon
1311-2
Ashcroft, Ian
1211-3
Bailly, Christian
Beckett, Laura
4311-3
Biel, Anders
4214-2
Ashcroft., Ian A
1308-2
4215-3
Bielawski, Andrew
4311-4
2202-3,3116-2
Bainier, Hadrien
Bedsole, Robert
Ashrafi, Behnam
1217-4,1317-2,21144,4114-1
2205-4
1219-3
Bierbaumer, Andreas
1303-2
2102-4
3310-3
Beerhorst, Matthias
Askari, Sadegh
Baiz, Pedro
1320-2
Bilotti, Emiliano
1318-1
1214-1,3304-2
Beger, Anna-Lena
Askri, Ramzi
Bak, Brian
1121-2,1121-3
3321-4
1109-2
Asp, Leif
Baker, Anna
Beguinel, Johanna
Bin, Hong
3221-2
5202-5
4208-2
Asp, Leif E.
Bakis, Charles
Belaïd, Marouane
1302-3,3212-3,32124,5209-2
5119-2
Binetruy, Christophe
1107-2,3107-2,4109-2
3419-3
4211-2
2109-4
Asprone, Domenico
Balazs, Anna
Belec, Lenaik
2220-1
Atilgan, Canan
3116-4
4208-3
3415-3
Birman, Victor
Baley, Christophe
Belec, Lénaïk
1105-4
Atobe, Satoshi
4121-1
5115-4
4417-1
Bisagni, Chiara
Ball, Richard
Belingardi, Giovanni
3319-4
Aubert, Pierre-Henri
P205-9
2214-2
1113-5,4215-2
Bisby, Luke
Ballard, M. Keith
Belkassem, Bachir
3114-1
Auffray, Anthony
4116-3
1304-2,4313-1
P102-2
Biskner, Adam
Balle, Frank
Bellettre, Jérôme
Auler Milani, Marcéo
2212-4
5102-4
3304-4,4207-1
Bismarck, Alexander
Baltopoulos, Athanasios
Belmonte, Enrico
3321-3
1116-4
3206-5,3406-1
Auyeung, Raymond
Bandyopadhyay, Sri
Belnoue, Jonathan
3320-3
2204-1
3403-3
Banik, Jeremy
Ben Kahla , Hiba
Avachat, Sid
2207-2
1118-1
3402-3
Bendickson, Roy
Avgoulas, Evangelos
Ioannis
Ayad, Rezak
Banys, Juras
4414-1
1101-3,5104-2
Bittencourt, Paulo
Bao, Hongchen
Benedictus, Rinze
1221-1,2102-3,22121,3108-3,3109-3,31171,3208-3,3208-4,33174,3408-3,4102-4,42084,5210-2,5212-4
P104-16
3211-2,P102-18
3218-2
1211-1
Bao, Jianwen
Benelfellah, Abdelkibir
Bittrich, Lars
5108-2
4109-2
1313-3
Bao, Limin
P102-1
1209-2
Bizet, Laurent
Ayadi, Abderrahmane
Bénéthuilière, Thibaut
4117-1
3202-2
Baoyan, Zhang
P103-2
5215-2
Björnsson, Andreas
Ayre, Wayne
Benmokrane, Brahim
3216-3
3110-2
Baran, Ismet
P204-3
1117-5
Blacklock, Matthew
Ayvar-Soberanis, Sabino
Bennani, Bruno
4214-4,4215-1,4317-2
2212-4
Barasinski, Anaïs
1307-1
1213-1,2108-1
Blackman, Bamber
Azambuja, Denise
Bensadoun, Farida
1307-4
1105-5
Barbe, Fabrice
3218-4
3311-3
Blais, Maxime
Azarov, Andrey
Berg, David Christian
4110-4
Barbero, Enrique
3320-2,4213-3
3206-2
Blaker, Jonny
Azarpeyvand, Mahdi
Berg, Rolf
Azevedo, Elaine
P104-16
Barbieri, Ettore
3212-4
Bergamo, Sébastien
1204-4
5206-2
1215-1
Blass, David
Barbin, Raymond
Bergan, Andrew
3117-1,3317-4,41024,5210-2
5101-4
Blonder, Arielle
5119-1
Blum, Jeremias
4113-3
Bobenrieth, Alexis
3312-4
Bocquet , Michel
2120-3
Bergsma, Otto
3203-3,3203-4,4219-5,
4319-4, 5103-1, 51032, P204-6, P204-15
2210-2,4308-4,52023,P103-8
5118-2
1205-4
1111-4
Berggreen, Christian
Blazquez, Antonio
Barfuss, Daniel
Boczkal, Sonia
P204-5
Berlioz, Sophie
5212-5
Bodaghi, Masoud
P102-5
Bernardo, Franco
P203-16
Boddu, Veera
4103-4
Bernasconi, Andrea
Bodjona, Kobye
1218-2
Bodkhe, Sampada
4321-2
Boegle, Christian
4416-4
Bohlin, Jonas
3206-2
Boijoux, Romain
2111-2
Bois, Christophe
1318-1,2117-4,3104-3
Boisse, Philippe
1311-1
Bolan, Brett A.
4415-3
Bololoi, Robert
2220-3
Bond , Ian
B
B. Gosselin, Simon
4209-1
Bargmann , Swantje
2114-3
Baba, Tsuyoshi
2107-3
Barnes, Rosemary
4119-3
Babeau, Arthur
1107-2
Barr, Steve
3116-3
Bacarreza Nogales, Omar 3117-1
Barraud, Elodie
3113-4
Bacarreza, Omar
3117-4
Barroso, Alberto
4214-3,4214-5
Bacharoudis, K. C.
4219-1,5205-4
Barsoum, Z.
4210-5
Bachinger, Angelika
3221-2
Bartsch, Ivonne
3320-4
Bachmann, Benjamin
4113-3
Barut, Atila
3305-1
Bernasconi, Francesco
3418-3,4307-3,51044,5208-3
3114-4
Bachmann, Jens
3218-3,3318-1
Barynin, Vyacheslav
1105-5
Bernhart, Gérard
3416-2
Backe, Daniel
1304-2
Basan, Ricardo
3204-2
Berring, P.
4219-1
Backe, Sebastian
4313-1
Baştürk, Süleyman
5117-4
Berring, Peter
3119-2
Bacova, Petra
2212-2
Basu, Biswajit
4111-1
Berry, Rajiv
3116-3
Bączek, Elżbieta
3413-2
Batalu, Dan
2220-3
Bersee, Harald
3306-1
Badica, Petre
2220-3
Bates, Simon
4411-2
Bertheau, Denis
3218-2,3318-3
Badini, Claudio
4412-3
Batra, Romesh
3103-1,3305-4,4203-2
Bertuoli, Paula
5202-4
Bae, Donghyun
3302-1
Battams, Gary
4315-4
Bettebghor, Dimitri
4105-1
Baek, Bum Ki
P205-7
Battley, Mark
Betti, Andrea
1111-1
Baets, Joris
1108-1,4308-3
Beukers, Adriaan
3220-2
Bond, Ian P.
5106-1,5203-3
Bauer, Constantin
2103-2,4204-2,42043,4304-2,43112,4404-1
4104-1,4211-3
Bagemiel, Oliver
1108-4,1210-3,41032,4319-2
4207-4
Boonlertsamut, Jitlada
1108-3
1208-4
3406-3
4417-1
Baghaei, Behnaz
Bauer, Michael
Beyene, Alem Tekalign
1206-1,P205-5
Boonmawieng, Saowaluk
1108-3
1222-3
2203-1
Beyer, Eckhard
Bagheri, Mohsen
Baughman, Ray
Baur, Jeffery
2203-3
Bezerra, Renato
1201-2,4206-4
Boothroyd, Stephen
3312-1
Berglund, Lars
105
//Index of authors
Borges De Quadros, Hugo 1303-3
Brown, Nicholas
3301-3
Cantwell, W. J.
4210-5
Chapelle, Lucie
3215-3
Chevallier, Ludovic
3416-2
Boria, Simonetta
4317-4
Bruchon, Julien
1207-2,1307-4
Cantwell, Wesley
Chapman, Lindsay
P205-3
Chiang, Chin-Lung
P105-16,P201-4
Borisova, Alexandra
P105-15
Bruck, Hugh
2121-4,3421-1
3208-1
Chiang, Fu-Pen
3203-2,4203-4
2103-4
Brudzinski, Patrik-Vincent
3109-2
Cao, Liu
Chapple, Steve
Boroujeni, Ayoub
2218-4,3417-1, 4317-3,
P102-11, P102-12
3207-3
Chiang, Yu-Chun
P204-13
1214-4
Brunbauer, Julia
3104-2,5208-1
3202-3
4116-2
Borstnar, Gregor
Cao, Zhenxing
Charalambides, Maria
Chiaruttini, Vincent
4118-2
1118-4
Brunel, Jean-Evrard
4217-2
3104-3
1308-4
Bosbach, Björn
Caous, Damien
Chard, Jonathon
2115-2,3114-2
Chiesura, Gabriele
1303-1,3417-2
3312-2,4404-4
Brunet, Thomas
1210-2
3203-1
Charles, Jean-Paul
Bosia, Federico
Caprino, Giancarlo
Chinesta, Francisco
3417-2
Brunner, Andreas
3216-4
3221-5
2209-4
Bossuyt, Frederick
Carbonell, Jorge
Charlier, Quentin
5215-1
Brylka, Barthel
3315-4
3204-3
3413-1
Botelho, Edson
Cardonne, Martin
Charret, Mathieu
Chizari, Kambiz
1316-4,3410-1
Brøndsted, Povl
Chlup, Hynek
P101-7
1107-3
4321-4
4404-2
Carlone, Pierpaolo
Chasiotis, Ioannis
Bou Matar, Olivier
4108-2
4107-1
Carlos, Juan
1112-3
2214-3,3122-2
Cho, Donghwan
Brønmo Johnsen, Bernt
Chattopadhyay, Aditi
Boubakar, Lamine
1309-4,3215-3,34094,4219-2
2114-1
2111-3
4307-1
Botsis, John
Carey, Jason
Charrier, Pierre
1307-1,4209-2,P10210
1103-4
P203-14
1218-3,1218-4
4419-1
Carlson, Tony
1121-2
4203-2
Bouillon, Florent
Brönnimann, Rolf
Chattopadhyay, Arka
Cho, Hyun Jun
3316-1
Bouler, Jean-Michel
2108-2
5212-3
Carlsson, Leif
5103-2
3115-2
Cho, Maenghyo
Bu, Xiaojun
Chatzigeorgiou, George
Carlsson, Leif A.
3203-4
5206-2
2114-2,3210-4
Carraro, Paolo A.
3204-1
4220-3
Bouslah, Mounia
Bull, Daniel
Chehura, Edmon
1109-4
3117-3
Carraro, Paolo Andrea
3106-2,3121-1,3304-3
2219-2
Boustie, Michel
Bullegas, Gianmaria
Chemartin, Laurent
Chocinski-Arnault,
Laurence
Choi, Jin-Yeong
1109-4
4306-1
2108-2
2213-3
Bouquey, Michel
Bujoli, Bruno
Chawla, Nik
Bowland, Christopher C.
1121-1
3406-4
Carrere, Nicolas
4214-1,4216-4
1214-2
3316-1
Bullen, George
Chemisky, Yves
Choi, Joonmyung
Bovtun, Viktor
P105-15
3208-3
Carrère, Nicolas
3110-3
3204-4
4412-1
Bumbaris, Elias
Chen, Bernard
Choi, Yongbum
Boyard, Nicolas
2106-3
4305-3
Cartie, Denis
4220-3
4111-1
2219-3
Bunea, Mihaela-Cristina
Chen, Biqiong
Chong, See Yenn
Boyd, S W
4415-2
5115-3
Cartledge, Andrew
2104-1
3310-3
1102-6
3419-3
3310-3
4403-3
1316-2
Carvalho, Nelson
Chen, Chao
Chou, Tsu-Wei
Bozza, Anna
4321-1
1111-1
P202-3
1211-4
Carvelli, Valter
Chen, Chengjun
Christ, Mirko
Brack, Narelle
Burgos Costa Do
Nascimento, Maria
Carolina
Burgstaller, Christoph
Chen, Bo-Yang
Chou, M. H.
Braginsky, Michael
1115-2,4218-2
Brampton, Christopher
2205-3
4201-4
Brander, Timo
P101-5
4111-1
Brandes, Jens
5203-3
Brands, Dave
3407-1
5103-3
Branner, K.
4219-1
3119-2,4219-2,4219-3
5213-2
4304-4
Branner, Kim
Catalanotti, Giuseppe
Chen, Ning
1120-2,1120-5
3102-4
3407-1
1207-4
5203-1
Cathelin, Julien
Chen, Shuai
Çınar, Kenan
Bras, Julien
5106-1,5203-3
Cattarinuzzi, Emanuele
1119-3
Cisse, Ousseynou
4107-1
Brauner, Christian
5206-1,P101-9
Böcking, Jan
3207-4
Caty, Olivier
2113-2
3207-3
1119-2
1114-2
Braun, Roman
Chen, Tao
Chen, Wayne
Cinquin, Jacques
Büttemeyer, Holger
1205-3,1222-1,21133,2115-3,22071,3307-3
1118-2
1305-1
Cimini, Carlos
Butler, Richard
Castro, Saulo
2220-2
1114-2
4411-3
Chen, Menghao
Ciccotti, Matteo
Buskohl, Philip
4219-2
1109-5,P204-18
Brandt, Milan
Castro, Oscar
Chen, Junlin
P204-19
4111-4
1212-1
Chvojan, Jan
Buskohl, Phil
Castelaín, Marta
P105-3
P202-13
P205-8,P205-11
Chen, Jieng-Chiang
Chung, Wonseok
Buruiana, Tinca
5104-4
4112-2
2219-3
Castagnet, Sylvie
Chen, Haofeng
Chung, Truong Thanh
Buruiana, Emil Constantin P205-8,P205-11
Casciati, Sara
P203-7
P202-4
1120-3
Chen, Guoli
Chung, Tae Young
Burtin, Christian
4111-1
P202-3
Brand, Michael
Casciati, Fabio
Chen, Gang
3214-3
3414-3,4210-3
1303-3
Chudoba, Rostislav
Burman, Magnus
Casarotto, Victor
4221-3
4201-1
4117-3
Chen, Fanlong
Christmann, Marcel
Burke, Andrew
4216-2
1102-3
3318-4
Casari, Pascal
Chen, Daolun
Christke, Sandra
Bréard, Joël
4109-2
3315-4
Cauchy, Xavier
P201-16
1113-4
3205-3
Böhlke, Thomas
Chen, Wei
Claire, Guillebaud
Brecher, Christian
P101-15
5203-4
P105-16
3312-1
Causse, Philippe
Chen, Wei Jen
Clarke, Nigel
P104-16
P101-9
5208-3
4412-3
Breede, Arne
Cavallaro, Alessandro
Chen, Xiang
Claro Neto, Salvador
Chen, Xiuhua
3315-3,4218-3,4403-1
Clausner, Ivonne
5208-4
Breinbjerg, Olav
3119-2
Chen, Xiu-Hua
P203-2
Clegg, Harry
3410-3
Breitzman, Timothy
3116-3,3415-4
Chen, Xuelong
4402-2
Clement, Alexandre
4216-2
Brely, Lucas
3312-2
Chen, Yan
2201-4,P203-12
Cline, Julia
4115-4
Bremer, Claus
3201-4
Chen, Yangyang
P205-18
Cluzel, Christophe
1116-5
Bremer, Jan
1222-2
Chen, Yong
2521-2
Coburn, Broderick
1105-1
Bresson, Bruno
1114-2
Chen, Youming
1210-3
Coccon, Marco Nicolo
3214-5
Breuer, Ulf
3213-4,3221-3
Chen, Yuan
4401-3
Cole, Matthew
3119-3
Breuer, Ulf Paul
4313-1
Chen, Zhi Ming
4205-1
Coleman, Karl
3312-1
Briançon, Christophe
1120-3
Chen, Zhong
3106-1
Collart, Cyrille
1322-3
Briatico-Vangosa,
Francesco
Bricker, Stephan
3313-3
Cheng, Gengdong
4118-3
Collombet, Francis
P205-2
Cheng, Hui-Ming
1112-2
3107-2
Cheng, Pengcheng
5118-4
Cheng, Xiaoquan
1215-4,1315-1
Cheng, Xinying
3221-4
Cherif, Chokri
1106-6,3307-4
Comas Cardona,
Sébastien
Comas-Cardona,
Sebastien
Comas-Cardona,
Sébastien
Comolli, Lorenzo
Cherng, Ding-Hwa
P105-10
Compston, Paul
3417-4
Chevali, Venkata
3118-1,3218-1
Conrado, Edoardo
4307-3,5104-4,5208-3
Chevalier, Jérémy
2114-4
Coomer, Ray
1115-2,3306-3
C. Joshi, Sunil
3106-1
Cazaux, Guillaume
4109-2
Cadwell, Dave
1320-2
Cebeci, Hülya
5218-1
Cafolla, Janka
P202-14
Cebon, David
1220-3
Cai, Hongneng
2104-3
Centea, Timotei
4206-1,5106-4,5207-4
Cairns, Douglas
3406-3,5214-1
Cerny, Miroslav J.
5103-4
Calabrese, Luigi
4313-2
Ceyssens , Frederik
3209-2
Caldichoury, Inaki
2107-2
Chaallal, Omar
5119-3
Callens, Michaël G.
2211-4 ,4315-3
Chacko Salem, Stanley
1113-1
Callin, Tim
5118-3
Chae, Han Gi
4107-3
Camanho, Pedro
3210-1
Chaffron, Laurent
2102-1,4212-1
Camanho, Pedro P.
5213-2
Chailan, Jean François
2109-4
4218-2
Campos Amico, Sandro
4205-4
Chailan, Jean-François
3415-3
Brockman, Robert
3306-3
Canal, Luis
4111-3
Chaloupka, Alexander
4206-4
Brookbank, Paul
5108-3
Candeau, Axel
1218-4
1113-1,2111-1,4317-1
Cândido, Geraldo M.
3309-1
Broser, Joachim
4106-1
Canino, Marco
1120-6
Chandramouli,
Seethalakshmi
Chandrasekaran, Swetha
3209-2
Brooks, Richard
Brouwer, W.
3205-4
Canisius, Marten
2201-3
Chang, Fu-Kuo
1203-1
Brouzoulis, Jim
5214-3
Cantarel, Arthur
P205-2
Chang, Haiyang
P203-7
3319-2
Cantera, M.asuncion
3416-1
Chang, Seong Jin
P201-7
Brown, Dylan
106
C
3109-3
1312-1
1103-2,3213-3
4109-2
1107-2
3418-3
Index of authors//
Coope, Tim
4204-2
Dai, Gaoming
1302-1
Degenhard, Richard
1305-1
Dolata, Anna Janina
P104-7
D’yakonov, Alexander
1103-3
Cooper, Jonathan
3105-2,3205-2
Dai, Shuo
4320-4
Degrieck, Joris
Dolganina, Natalia
4416-2
Dück, Viktor
3213-4
Coppalle, Alexis
3218-4
Dai, Zhaohe
3302-2
4209-2,P102-10
Dyzia, Maciej
4312-1,P104-6,P104-7
4421-1
Dalton, Brendan
4404-3
Deichelsberger, Nadine
Domenech, Luis
Coppola, Anthony
1116-3,3417-2,41212,P101-16
1303-2
Dzalto, Jovana
1208-2
4104-3
Dambrine, Bruno
3206-4
3103-2
P103-5
Coppola, Anthony M
Del Linz, Paolo
Domínguez, Juan Carlos
Dzenis, Yuris
5210-1
4410-3
Damian, Celina Maria
P201-8
P103-5
4309-2
Coppola, Bartolomeo
Del Saz-Orozco, Belén
Donchev, Ted
5106-2
Döbrich, Oliver
1106-6
3117-2
Dan, Koji
2107-3
3416-4
Dong, Anqi
Coq, Marie
Del Solar, Alvaro
Dörsch, Christian
5203-3
4214-3
Dandy, Luke
3309-2
2118-2
1215-4,1315-1
Correa, Elena
Deligianni, Aikaterini
Dong, Gaofeng
P102-5
Dang, Nguyen Hai
P202-8
3410-3
3207-1
Correia, Nuno
Dell’anno, Giuseppe
Dongxiu, Yan
Dangora, Lisa
3411-2
4204-5
1304-1
2621-1
Dell’olio, Mel
Donough, Matthew
Correll, Nikolaus
Doumalin, Pascal
2111-2
Eaton, Mark
3202-2,3219-1
Cortes, Enrique
4209-2,P102-10
Dano, Marie-Laure
3201-5
Dowling, Denis
2109-1
Ebel, Christoph
3311-2,4201-4
Cortez, Juliana
P104-16
Dantras, Eric
4309-4,P203-3
Dranebois, Clemence
P105-2
Eberl, Ludwig
2118-3
Cosmi, Francesca
4307-3
Dao, Buu
5204-3
Dransfeld, Clemens
3313-4,4113-3,4313-4
Ecault, Romain
1109-4
Cosson, Pascal
1117-2
Das, Raj
1210-3
Drapier, Sylvain
Echer, Allison
3116-3
Costa, Ana P.
P105-7
Dashwood, Richard
P202-14
Echtermeyer, Andreas T.
4220-2
Costa, Josep
5218-3
Dau, Frederic
P203-9
1207-2,1307-4,21084,4109-3
1111-3
Edelmann, Klaus
4217-5
Couillaud, Samuel
1109-6
Dauchier, Martine
3206-4
Edmans, Ben
4118-4
Courard, Luc
4410-3
Daugaard, Anders Egede
3102-4
Edwards, Laura E.
4211-3
Courteau-Godmaire,
Hubert
Coveney, Abigail
5203-4
D’auria, Marco
3313-1
Eggers, Fred
5208-4
Davidson, Barry
1216-3
Cox, Brian
4218-1
Davies, Peter
Crammond, George
4415-2
Davies, Richard
1120-3,3303-1,42141,4216-4
3401-2,3401-3
Crawford, Curran
5205-5
Dávila, Carlos
1215-1
Creech, Gavin
1308-4
Davis, Chelsea
4304-4
Creighton, Claudia
4210-1,5109-1
Daynes, Stephen
1304-4
Cresko, Joe
2101-3
Dazhi, Jiang
4107-4
Croce, A.
4219-1
De Baere, Ives
Crocombe, Andy
4312-3
Crosky, Alan
3414-2
1102-2,1116-3,31104,P101-16
1120-4
Crouzeix, Laurent
P205-2
Cruz, Camilo
4207-1
Cruz, Luís Javier
5218-3
Cueto, Elias
4209-2
Cugnoni, Joël
1316-4
Cui, F.a. Y.
P204-14
Cui, Hong
1110-4
Cui, Linfang
3102-3
Cui, Xiping
4212-4
Cui, Zhenjin
2209-3
Cuillère, Jean-Christophe
P104-19
Cuinat-Guerraz, Nils
3308-3
Cullinan, Jack
4404-1
Cunningham, Paul
4320-4
Curtin, William
4213-2
Curtis, Paul
3314-2
Cyboron, Jolanta
4312-1
4308-1
De Boer, Henk
De Camargo Forte, Maria
Madalena
De Castro, Julia
Delpino Gonzales, Orlando 3303-2
Dendele, Nathalie
P203-3
Deng, Libo
3202-1
Deng, Yinhu
1203-3,4221-4
Dénommée, Stéphane
2202-3
Depreitere, Bart
1310-3
Drean, Jean-Yves
Dermanaki Farahani,
Rouhollah
Deschères, Isabelle
4102-3
Drechsler, Klaus
Desnoo, Bob
4315-1
Dreiden, Galina
1116-2,3109-2,33112,4201-4,4406-4,52011,5206-3,P101-17
4320-3
Despringre, Nicolas
1214-2
Drinkwater, Bruce
4311-3
Ehlert, Gregory
2203-3
Detwiler, Duane
1314-2
Drissi-Habti, Monssef
1120-1,3419-2
Ehrlich, Andreas
4419-2
Dev, Siddharth
4304-3,5204-4
Drozdzak, Renata
3413-1
Ehrlich, David
3410-4
Devries, Lawrence
1103-2,3213-3
Druesne, Frédéric
5205-2
Ei Said, Bassam
5114-2
Dezellus, Olivier
2102-1,4212-1
Dröder, Klaus
4101-4
Eichenhofer, Martin
3401-1
Di Fratta, Claudio
4106-4,5207-2
Du, Haiyang
4221-3
Eichhorn, Stephen
1111-5,4308-1
Di Maio, Dario
3220-3
Du, Lei
4202-2,5212-1,5212-3
Eifler, Dietmar
1304-2
Di Maio, Luciano
4410-3
Du, Rong Hua
3216-2
Ekermann, Tomas
3111-4
Di Modica, Pietro
3318-1,3318-2
Du, Shanyi
Ekh, Johan
3414-3
Di, Zhang
P205-12
3107-2
Diao, Hele
3117-1
Du, Xusheng
El Azzouzi, Khalid
4205-4
1114-1,1321-2,31094,4111-2,P204-10
2116-3
4112-4,P103-13
4208-2
Duan, Zunyi
4105-4
El Malki, Aboulghit
1113-3
3217-4
1110-3
Duan, Xuecheng
El Hafidi, Ali
1108-1,3204-3
El Said, Bassam
4118-1
4308-1
Dubé, Martine
4102-3
3312-4
El Wazziki, Mohamed
3107-4
El Yagoubi, Jalal
P105-5
Elias, Adrien
4416-1
Eliasson, Veronica
3303-2
Elliott, James
3116-4
Ellis, Gary
1212-1
Elllis, Gary
4108-3
Elmarakbi, Ahmed
P201-6
Elsafty, Adel
5215-2
El-Saikaly, Georges
5119-3
Elyada, Alon
4405-1
Emami, Anahita
2103-4
Emmelmann, Claus
1318-3,2201-3
Emonts, Michael
5206-2
De Clerck, Karen
1102-2,3110-4
Diaz Rodriguez, Luis
Antonio
Díaz Calderón, Paulo
De Clercq, Geert
P101-16
Dicker, Michael
2103-2
Dube, Martine
De Fazio, Piero
P203-16
Dickinson, Benjamin
3121-3
P103-14
Dubois, Philippe
Dubost, Elise
1209-2
De Focatiis, Davide
E
4206-3
Dieringa, Hajo
1209-2
De Kanter, Jens
1120-4
Dietrich, Franz
4101-4
Duchet-Rumeau, Jannick
De Luca, Francois
4102-4
Dietrich, Stefan
2213-2
Duchoslav, Jiri
3209-3
De Luycker, Emmanuel
1216-2
Dijkstra, Dirk-Jacques
4413-3
Duddeck, Fabian
1305-4
5108-4
De Monte, Matthias
3304-4,4207-1
Dilger, Klaus
3320-1,4101-4,5101-4
Duflot, Marc
De Nicola, Felice
3219-4
Dimasi, Elaine
3308-4
Dufort, Laurent
3207-1,3207-2
De Pauw, Ben
1303-1
Ding, Ning
3402-1
Dufour, Clement
5118-3
De Schoenmaker , Bert
1102-2
Ding, Yuanyuan
2110-1,P203-13
Duhovic, Miro
2107-2
4415-2
De Silva, Karnika
P105-2
Dinh Chi, Pham
4118-4
Dulieu-Barton, J M
De Silva, Rangika Thilan
4202-3
Diniz Melo, José Daniel
5115-3
Dulieu-Barton, Janice
1204-1,4315-4,4420-1
2212-4
Dinzart, Florence
5211-3
Dumas, David
3206-1,4114-1
Djukic, Luke
P101-2
Dumont, Marie-Josée
3308-3
Cysne Barbosa, Ana Paula 5115-3
De Sousa Basso, Nara
Regina
De Souza, Mandy
Endler, Ingolf
P101-8,P10113,P101-15
4412-2
2210-1
De Vasconcellos, Davi
3313-1
4213-5
1213-2,1313-2,4408-2
Czel, G
Dlugosch, Michael
Dumont, Pierre
3221-1
Endo, Atsushi
P101-6
3317-1,3317-2
De Vicente Sugue, Rocio
3318-3
5214-2
Dunn, Martin
Czel, Gergely
Do, Bao-Chan
1307-1
Endruweit, Andreas
1207-4,4206-3
4219-1
3307-3
Dupillier, Jean-Marc
De Winkel, G.
Dodwell, Tim
P105-19
3207-4
Doi, Taisei
4312-4,P102-13
4118-2
3419-3
4218-2
Doitrand, Aurelien
Durante, Massimo
Engel, Nick
Dear, John P.
3103-2,4116-2,42151,4317-2
4110-2
5106-1
Engel, Bernd
Dear, John
Doersch, Christian
Duplessis Kergomard,
Yann
Dupont-Gillain , Christine
Enebro, Jonas
1217-2
2207-1
3207-2
Dean, Aamir
Dodwell, Timothy
1322-3
Decarlo, Francesco
2213-3
P204-5
4114-4
Engels, Alexander
Dolata, Anna
Durville, Damien
Dedieu, Cyril
1307-1
P104-6
4405-1
4416-4
Dolata, Anna J.
Dutour Sikiric, Maja
Engel-Watzek, Sindy
Dutra, Thiago
1305-3
Engisch, Lutz
4205-3
Enrione, Javier
4308-1
D
Daelemans, Lode
1102-2,3110-4
Daghia, Federica
1116-5
Dahmann, Peter
1222-3
Dai, Chengqin
3202-3,3402-1
Dai, Fuhong
P204-2
4210-1
1309-3
107
//Index of authors
Epurescu, George
P205-11
Feldhusen, Jörg
1320-2
Frostig, Yeoshua
4203-1,4210-2
Erber, Andreas
3109-2
Feldmann, Titus
3314-4
Främby, Johannes
5214-3
Erland, Samuel
2207-1,3307-3
Felippa, Carlos A.
4318-1
Fröse, Erwin
5203-3
Ermanni, Paolo
Feng, Bin
3407-3
Fu, Qiliang
P103-8
Feng, Jian
P104-11
Fu, Ying
P102-19
Feng, Kan
3120-3
Fu, Yucan
2201-4,P104-15
Feng, Lina
5203-2
Fuchi, Kazuko
4411-3
Escobar, Enrique
3114-4,3401-1,34052,4106-4,44181,5207-2
1314-3,5203-1,P20117
P205-13
Fenghui, Shi
P103-2
Fuellbrandt, Marieke
2109-3
Espinosa, Christine
5117-3
Fergusson, Alexander
3103-2
Fuentes, Carlos
1309-3,2108-4
Etches, Julie A.
1319-2
Fernandez Villegas, Irene
Fuertjes, Tobias
4117-2
Evangelisti, Sara
3308-1
2202-4,P202-6
2111-4
Fernandez, Juan C.
Fujii, Tomoyuki
Evans , Ken
1101-1,1101-3,11016,1318-2,3306-1
1102-4
5108-3
5206-3
1111-1
Evans, Anthony
Fernandez, Ruben
Fujii, Toru
1302-3
2204-2,2206-1
1302-4
Evans, Jamie
Fernberg, Patrik
Fujita, Yuya
1104-4
3202-2
3213-1
Fujita, Yuzo
Evans, Samuel
Fernberg, Patrik Sven
3119-3
1306-1
4105-2
Evans, Simon
Fernlund, Göran
Fukui, Hayato
3308-4
4213-3
4121-1
Evans-Lutterodt, Kenneth
Ferrante, Luca
Fukunaga, Hisao
2210-1
4304-2
1313-2
Fuller, J D
Everitt, Daniel
Ferré Sentis, Dimitri
5115-4
1305-3
3217-1
Evernden, Mark
Ferreira, Clovis
Fuller, Jonathan
2115-2,3114-2
P105-7
4405-1
Eyer, Gabriel
Ferreira, Paulo
Furedi Milhofer, Helga
Ferrier, Emmanuel
1208-3
Furukawa, Kenichi
3407-4
Fetfatsidis, Konstantine
4117-3
Furukawa, Yoshio
3304-1
Fideu, Paulin
1322-2
Furuya, Akira
2214-4
Fiebig, Sierk
4205-2
Fürst, Andreas
1206-1,P205-5
Fiedler, Bodo
Fürst, Christian
3209-3
Ersoy, Nuri
F
108
Garakani, Mohammad
1212-2
Akbari
Garcea, Serafina Consuelo 3122-1
García, Ana M.
4108-3
Garcia, Santiago
4404-2
Garcia, Vanessa
1112-3
García, Victor
4209-2,P102-10
García-Galindo, Francisco 2208-1
De Paula
Gardiola, Bruno
2102-1
Gardner, Jared
4305-1
Garg, Mayank
4204-4
Garthaus, Christian
1111-4,5101-3
Garti, Nissim
4405-1
Gartstka, Tomasz
2106-4
Garza, C.
3120-1
Gasior, Pawel
4120-1
Gastaldi, Dario
1119-3
Gaudenzi, Paolo
4213-3,4413-2
Gautam, Mayank
3217-2
Gawish, Samiha
P105-11
Ge, Dongyun
P103-20,P202-1
Ge, Yangyang
1216-2
Geerinck, Ruben
P101-16
Geers, Marc
3216-1
Geiger, Jeffrey
P205-13
Geissberger, Roman
4313-4
Gibson, Geoff
3318-1,3318-2,3318-4
Giger, Lian
4113-3
Gigliotti, Luigi
3122-3
Gil, Lluís
4318-1
Gili, Jacopo
3420-2
Gillespie, Jr., John W.
3313-2
Gilman, Jeffrey
4304-4
Gimenez, Alberto
P205-15
Girardot, Aurore
3404-3
Girardot, Jeremie
P203-9
Giraud, Isabelle
4309-4
Giuliese, Gregorio
2120-4
Gizik, Daniel
1106-2
Glen, Liam
2113-3
Glock, Susanne
4111-3
Glud, Jens
1204-1
Gmür, Thomas
1316-4
Gnaniah, Sam
2106-4,P205-3
Gning, Papa-Birame
4208-2
Goda, Koichi
1308-1,2214-4,3404-1
Goedemé, Toon
1208-1
Goering, Jon
3410-4
Goethals, Frederik
4401-1
Gohs, Uwe
1211-1,4221-4
Gómez-Fatou, Marián
1212-1
Gomina, Moussa
4109-2
Gong, Lei
3112-1
Gong, Shijin
4208-1
Gong, Xiaobo
4221-2
Gong, Xiaojing
1216-2
Gong, Yu
1316-1
Gonzalez, Carlos
1207-3
González, Carlos
3214-1
Gonzalez, Emilio V.
4416-3
González-Cantero, Juan
Manuel
Goo, Nam Seo
3215-4
Gorbatikh, Larissa
Fagerström, Martin
5214-3
Fagiano, Christian
3110-3,4118-2
Fahr, Philipp
1318-4
Faisst, Birgit
5208-4
Fino, Paolo
1118-4,1204-2,12143,1312-1,1314-4
4412-3
Fajun, Yi
2119-3
Fiore, Antoine
2218-2
Gadow, Rainer
3108-1
Geistbeck, Matthias
2219-1
Falcinelli, Giada
4417-1
Fiore, Vincenzo
4313-2
Gaebler, Simone
5206-4
Gelbrich, Sandra
4419-2
Falkenberg, Paul
4205-2
Fischer, Fabian
3320-1,4101-4,5101-4
Gaffet, Eric
3113-4
Gencarella, Francesca
1108-5
Falzon, Brian
1114-3,1307-2
Fischer, Guillaume
1114-2
Gagne, Martin
P201-16
Geng, Lin
4112-3,4212-4
Fan, Genlian
4112-1,P103-10
Fischer, Hartmut
4204-2
Gair, Jeffrey
4305-1
Gengenbach, Thomas
2109-2
Fan, Guohua
4212-4
Fischer, Kai
P101-13
Gaitonde, Martin
5205-1
Genin, Guy
2220-1
Fan, Tongxiang
P103-19
Fitoussi, Joseph
1214-2,2120-3,P202-5
Gaitzsch, Robert
5206-1
Genna, Silvio
5117-4
Fan, Yujiao
4302-4
Fleet, Elliot
5204-2
Gakwaya, Augustin
3201-5
George, Andrew
2114-2
Fang, Fang
1321-3
Fletcher, Timothy
2115-3
Galan-Marin, Carmen
2208-1
Georges, Frank-David
2218-3
Fang, Guodong
5114-2
Fliegener, Sascha
3115-3
Galappaththi, Udayanga
5118-1
Georgiades, Tasos
1103-1,1103-5
Fang, Lin
3407-3
Fontaine, Stéphane
2218-2,4208-2
Galateanu, Bianca
4305-3
Georgiou , Ioannis
4303-2
Fang, Minghe
1112-2
Foreman, Joel
1215-3
Galiotis, Costas
3212-2,P201-9
Gérard, Jean-François
Faria, Hugo
1305-2,2117-1
Formica, Giovanni
P205-10
Galkin, Siegfried
1115-5
Farinas, A. B.
4219-1
Fortea Verdejo, Marta
3208-3
Gallana, Isaias
3308-4
Gerard, Pierre
1109-2,1114-2,12092,2209-4
1109-2
Gordnian, Kamyar
2102-2,2202-2,22114,3209-2,3222-2,33173,4213-4,4315-3
2107-1
Farkas, Laszlo
1317-3
Fortin Simpson, Jeffrey
4217-1
Galland, Griselda Barrera
2212-4
Gereke, Thomas
1106-6
Gornet, Laurent
1117-1,1117-2
Farrow, Ian
4411-2
Foster, Stephen J
3319-1
Galos, Joel
1220-3
Gergely, Ryan
4421-1
Gortner, Florian
4101-2
Farsadi, Touraj
2204-4
Fostsing, Edith-Roland
5203-4
Galucio, Ana Cristina
4215-4
Gerhardt, Rosario
1108-5
Gosselin, Frederick
4321-2
Farshidi, Arash
3203-3
Fourel, Julie
P105-5
Galvanetto, Ugo
3214-5
Gersborg, Allan Roulund
4406-3
Goto, Akihiko
2101-1,P101-6,P102-9
Fastert, Claus
1322-2
Fox, Bronwyn
2109-2,4210-1,5110-1
Gamelas, José
P105-7
Geubelle, Philippe H.
5111-1
Goto, Keita
4114-2
Faul, Charl
2103-2
Fox, Bronwyn L.
5109-1
Gamstedt, Kristofer
1213-2,2114-2
Geyer, Anne
3420-1,4110-1
Goto, Ken
Fauster, Ewald
Franceschi, Sophie
4309-4,P203-3
Ganesh, Raja
3313-2
Ghaffarimejlej, Vahid
P204-1
François, Vincent
P104-19
Gang, Shi
4107-4
Ghajari, Mazdak
5117-1
Goto, Kimiya
4119-2,4316-2,P10414,P204-9
1302-4
Favvas, Evangelos
3111-3,3311-3,34062,4106-3
P202-9
Gannon, Sam
2116-2
4217-3
Goto, T.
3213-2
3219-1
3205-3
Ghayoor, Hossein
Featherston, Carol
Francois-Xavier, Kromm
Gans, Adam
1222-4
4104-4
Goto, Teruya
2119-1
5204-1
4205-2
Ghazali, Habibah
Fedonina, Yelizaveta
Franke, Thilo
3313-3
2111-4,3401-2
Gotor, Francisco José
1110-3
3205-4
1203-3
Ghita, Oana
Fedorenko, A.
Gao , Shang-Lin
Frenzel, Ray
4410-1
3202-4,3202-5
Gourdet, Sophie
2102-1,4212-1
3205-4
P201-18
Ghorbani, Kamran
Fedulov, B.
Gao, Hang
Gao, Jiefeng
2116-3,3302-3
Goutianos, Stergios
3216-5
3107-1
4216-2
4206-3
Fedulov, Boris
Freour, Sylvain
Ghose, Sayata
Gao, Jing
3319-4
4211-1
Gower, Michael
1322-1,2106-4,P205-3
3118-1,5103-3
1101-4,1107-4
Ghosh, Somnath
Feih, Stefanie
Freund, Andreas
4213-5
3102-4
Govignon, Quentin
3416-2
1218-3,4115-3
4112-4,P103-13
Giacinti, Marco
Feissel, Pierre
Gao, Qi
Fritsen, Peter
1113-6
3219-3,4204-2
Graciani, Enrique
3215-4
P101-1
4221-4
Giannis, Stefanos
Feito, Norberto
Gao, Shanglin
Frossard, Guillaume
1316-4
Gao, Yuanyuan
4212-4
Giannopoulos, Ioannis
P201-20
Grail, Gael
3117-1,3117-2,4113-1
Frassine, Roberto
Fritsch, Jens
G
P203-19
Index of authors//
Grammatikos, Sotirios
5115-4
Gupta, Raju
4203-5
Hansen, Jens Zangenberg 1119-5
Heinze, Thorsten
5112-4
Hoefnagels, Johan
3216-1
Graupner, Nina
2210-3
Gupta, Satyandra K.
3421-1
Hansen, Lennart
1113-6
Hekner, Bartosz
P104-3,P104-5
Hoefnagels, Johan P. M.
1119-3
Grave, Jon Harald
Lambert
Greenhalgh, Emile
4220-2
Gurka, Martin
Hansen, Peter
2201-2
Helbig, Frank
3211-3,P202-16
Hoey, Justin
3121-2
1221-1,2102-3,5212-4
Guruprasad, P. J.
3213-4,3221-3,42211,5116-2
2216-2,3415-2
Hansen, Ragnar
4319-1
Hello, Gaëtan
4114-4
Hoffman, Joe
P203-15
Greisel, Michael
1109-1,1209-4,5101-2
1102-4
2103-3
Hellström, Peter
3307-4
Hao, Bin
2103-1
Hoffmann, Marco
3314-1
1311-1
Hao, Jian
1321-4
Hellström, Thomas
P204-18
3101-4
3115-3
Hao, Jianwei
Helmus, Rhena
Hohe, Jörg
Griese, Michael
1220-4,2218-3,31112,4117-2
3320-1
3221-2,4311-1,52143,5217-2
3206-2
Hoffmann, Gerald
Gries, Thomas
5218-1
Hao, Lifeng
3202-3,3402-1
2109-2
4101-1,4217-2
4106-2
Henderson, Luke
Hojjati, Mehdi
Grieser, Timo
Guzman De Villoria,
Roberto
Guzman-Maldonado,
Eduardo
Gürkan, Idris
Hansen, Reinack
3118-2
Gözcü, Mehmet Ozan
2204-4
Hao, Yong
4403-1
1208-1,2108-3,4308-3
1114-5,2116-1,5104-3
Grigoriou, Katherine
Hendrickx, Kevin
Hojo, Masaki
3408-2
5119-1
Hao, Yue
1109-5
4209-4
Hojo, Toshihiko
Grobman, Yasha
Henning, Frank
4220-3
Hara, Eiichi
P205-1
2207-2
5219-1
Groenendijk, Chris
Henry, Eric
Hokura, Atsushi
2213-1
4417-3
1116-2
Grogan, David
Hepples, Warren
Hombergsmeier, Elke
3106-3
2113-2
1110-5
Groh, Fabian
Herbreteau, Mathieu
Hong, Changqing
P205-7
3205-5
2102-3
Hong, Jun Pyo
Groh, Rainer M J
Herceg, Tomi
4405-1,4405-2
1218-1
3219-2
Grohmann, Steffi
Hermsdorf, F.
Hong, Seung-Chan
1106-3
P103-4
4402-1
Grohmann, Yannis
Hernandez, Ricardo
Hong, Soon Hyung
P205-7
4304-4
3308-4,P205-13
Hong, Soon Man
Grolman, Danielle
Herrera, Steven
3113-4
1102-4
1102-1
Grosdidier, Thierry
Herrera-Ramirez, Luis C.
Hongo, Chizuru
P104-5
1211-4
3103-3
Grosman, Franciszek
Herrmann, Axel
Hoo Fatt, Michelle
3307-4
1118-2,P101-9
5209-3
Großmann, Knut
Herrmann, Axel S.
Hoong, Kok
3103-2
3201-3
5206-1
Hooper, Paul
Grouve, Wouter
Herrmann, Axel Siegfried
1101-6
1316-3
1115-4
Grouve, Wouter J. W.
Herwan, Jonny
Hoos, Kevin
2117-3
3205-3
4415-3
Groves, Roger
Hervé, Wargnier
Hoos, Kevin H.
3308-4,P205-13
2216-3
3311-2
Grunenfelder, Lessa
Herwig, Tillmann
Horn, Bernhard
P205-2
3308-1
Horn, Siegfried
Grunevald, Yves-Henri
Hervy, Martin
Grössing, Harald
3311-3,4106-3
Herzog, Dirk
2201-3
P205-12
1305-4
Horn, Siegfried R.
Gu, Jiajun
Hesse, Simon
1109-1,1209-3,12094,3309-4,4310-1,44101,5101-2,P102-14
1110-2
4108-1
4402-3
5206-4
Hornblow, Benjamin
Gu, Yi Zhuo
Heuer, Henning
5101-2,P102-14
3412-1
4213-5
Horny, Robert
Gu, Yizhou
Hiermaier, Stefan
4202-1,4302-4,4403-3
4215-4
Horoschenkoff, Alexander 1303-2
Gu, Yizhuo
Hild, François
5202-2
2104-4,3119-1
3319-3
Hillborg, Henrik
Horst, Peter
Guaderrama, Lucas
1121-6
P204-8
Hoshi, Hikaru
2115-1
Guan, Jingwen
Hilton, Harry
Hinds, Kirsten
Hosoi, Atsushi
1104-4,2120-2
Hine, Peter
1213-4,4307-3,5208-3
Hosomi, Takahiro
P102-9
Hineno, Shoji
4201-3
Hosoya, Ryohei
1313-1
Hinterhoelzl, Roland
1211-2,1318-4,3101-4
Hossain, Mokarram
3115-2
Hinterhölzl, Roland
1306-2,3217-3
Hosseini, Nassibeh
4408-1
Hinton, Mike J.
3322-1
Hosur, Mahesh
3403-2,4203-5
Hira, Hirohito
4301-1
Houba, Michel
4207-3
Hirakawa, Yuichi
P103-3
Hoydonckx, Hans
3318-1,3318-2
Hirano, Yoshiyasu
2119-1
Hruby, Peter
2213-3
Hirashima, Tei
3111-1
Hu, Jiandong
P103-15
H
Ha, Jung-Chan
3213-3
Harada, Satoshi
3408-4
Haack, Matthias
1318-3
Hardie, Russell
4218-2
Haase, Nino
P102-14
Haring, Frederik
3121-2
Haddad, A. Manu
3119-3
Harkin-Jones, Eileen
3212-1
Haddad, Madjid
2106-2
Harmandaris, Vagelis
2212-2
Hadden, Cameron
3316-3
Harper, Lee
1207-4,5108-3
Hadjiloizi, Demetra
1103-1,1103-5
Hart, Kevin
4421-1
Haeske, Marcel
4117-2
Harthong, Barthélémy
4408-2
Hagberg, Johan
1221-3
Hartl, Anna
4207-5
Haghi Kashani, Masoud
P201-14
Hartl, Stefan
3305-2
Hajdaei, Amirhossein
3219-3,4204-2
Hartmann, Mathias
1306-2
Hajian, Alireza
4308-4
Hase, Kentaro
P102-9
Hakansson, Eva
4216-5
Hasegawa, Kenichi
5201-3
Hale, Jack Michael
2118-2
Hasegawa, Tomohiro
P202-6
Hallander, Per
1306-3
Haselbach, Philipp Ulrich
4219-3
Hallet, Stephen
1216-1
Hashimoto, Kouji
P201-10
Hallett, Stephen
Hashizume, Ryosuke
1114-5
Haspel, Benedikt
3115-3
Hassager, Ole
3102-4
Hallett, Stephen Richard
1104-2,1203-2,21162,3206-5,3210-3,33104,3314-2,3406-1,41181,5114-2
1316-1
Hata, Katsuhiko
1302-4
3116-2
Hallonet, Anne
1208-3
Hatori, Shinya
3101-2
Guan, Zhidong
1114-1,1117-3,P105-4
Hallström, Stefan
4320-1
Guan, Zhongwei
2218-4,4317-3,4318-3
Hatta, Hiroshi
4119-2
Gude, Maik
1110-2
Hauptmann, Jan
1206-1,P205-5
Hausmann, Joachim
2107-2
Guessasma, Sofiane
1313-3
Hay, Randy
4218-2
Guglhoer, Thomas
2206-3
Hamed, Ehab
1108-3,2101-1,22083,3101-1,3214-2,34084,P101-6
3319-1,4210-2
Haug, Simon J. A.
Gude, María R.
1101-4,1107-4,11114,3104-4,4421-2
1112-3
1106-5,3111-4,34123,4114-1,4210-3
3218-2
Hatta, Hirhoshi
1311-1
2206-4
4107-1
Hamila, Nahiene
Hayashi, Satoshi
Guicheret-Retel, Violaine
Guigon, Camille
2111-2
Hamilton, Andrew
3212-1
Hayashi, Takahiro
Guijun, Xian
5119-2
Hamilton, Jesse
5204-4
Guinard, Stéphane
5117-3
Han, Fei
5111-3
Hayes, Simon
1220-2,5201-3,P20111,P202-7
4406-2
Hirayama, Norio
2120-2
1310-2
Guiqiong, Jiao
1105-6
1114-1,1117-3,P105-4
5204-2
Hu, Lingling
Han, Geng
Hayes, Simon A.
Hirokawa, Jun-Ichi
5104-3
2111-1
Gulgunje, Prabhakar
4107-3
3414-1
1105-2,3103-2
Hu, Shoufeng
Han, Heung Nam
Hayman, Brian
Hirose, Yasuo
1311-4
P202-12
Guloglu, Gorkem E.
5109-4
3219-5
3314-2
Hu, Wenjun
Han, Jae-Hung
Hazzard, Mark
Hiroshima, Noboru
4119-2
1210-1,4102-2,P103-6
Gun’ko, Vladimir M
1309-1
4102-1
1312-4
Hu, Xiao
Han, Jinhua
He, Lihua
Hirsekorn, Martin
4118-2
P103-9
Gunnion, Andrew
1304-1,3204-4
P203-2
1113-4
Hu, Xiaoshi
Han, Kun-Hua
He, Minghua
Hivet, Gilles
2106-2
P203-6
Guo, Bing
5212-1
2207-2
1117-3
Hu, Xing
Han, Sejin
He, Wei
Hjørnet, Niels
4319-4
5212-2
Guo, Haoyu
1309-3
3211-1
3402-1
Hu, Yang
Han, Sungjin
He, Yafei
Hoa, Suong
4217-1,5106-2
2113-3
Guo, Licheng
5116-3
3402-2
4311-2
Hua, Shi
Han, Xiao
Heath, Callum
Hoa, Suong V.
4217-2,4217-3
Guo, Qiang
4112-1
4312-2
1301-4
Huaman-Mamani, Fredy A. P102-15
Han, Yuanfei
Hedin, Kevin
Hoa, Suong Van
4304-1
Huang, Farong
4202-2,5212-1,5212-3
4312-4
4403-4
4118-4
Hanabusa, Takao
Hedlund, Johan
Guo, Tianfu
Hoang, Minh Duc
4217-1
4312-2
Guo, Xintao
4116-2
4406-2
4409-3
Huang, Guangfa
Hand, Russell
Heil, Joseph
Hobeck, Jared D.
3321-2
4103-3,P205-18
Guozhan, Jiang
5209-1
4313-1
3210-2
Huang, Guoliang
Hannemann, Benedikt
Heimann, Paula
Hochard, Christian
2115-2,3114-2,3404-3
2214-1,4112-3
Gupta, Kishor
4107-3
1211-2
3417-3
Huang, Lujun
Hans, Thorsten
Heinecke, Falk
Hodzic, Alma
2104-1,2211-1,31102,5204-2
2113-1
4117-3,4304-3,5204-4
1211-1,4221-4
Huang, Ruoxuan
Hansen, Christopher
Heinrich, Gert
Huang, Sam
P201-19
Halm, Damien
Hamada, Hiroyuki
109
//Index of authors
Huang, Shaojuan
4115-3
Ikenobo, Yuki
3101-1
Jeancolas, Antoine
5211-3
Jones, Arthur
1113-1,3107-3
Karimi, Parvin
Huang, Tao
1110-1
Ilsted Bech, Jakob
3409-4
Jeelani, Shaik
3112-3,3403-2,4203-5
Jones, Eric
4218-2,4415-1
Karlsson Hagnell, Mathilda 2101-2
Huang, Xiao
4315-1
Imamura, Tatsuya
1115-6
Jeliazkov, Momchil
3405-1
Jones, Frank
5204-3
Karolus, Małgorzata
4312-1
Huang, Xicheng
P202-3,P202-12
Imbault, Didier
4408-2
Jenkins, Peter
4309-1,5110-2
Jones, Nicholas
3120-4
Kastner, Johann
1213-4
Huang, Yen-Chang
3418-2
Incarnato, Loredana
4410-3
Jennings, Matt
4210-1
Jones, Tyler Paul
2114-1
Katano, Masato
P203-4
Huang, Yudong
3302-3
Inman, Daniel
Jennissen, Herbert P.
4405-1
Jonnalagadda , Avinash
3405-3
Katayama, Shinsuke
5112-1
Huang, Zhengming
P201-13
P204-8
Jonsson, Marie
4117-1
Katayama, Tsutao
P105-9
1114-4
Inoue, Yoku
Jensen, David W
Huang, Zheng-Ming
2121-2,2621-2,33211,3321-2
2202-4,4213-1,4302-1
Joo, James
4121-4,4411-3
Katsarou, Lydia
P103-14
P201-8
4217-2
3316-1
Hubca, Gheorghe
Ioachim, Octavian
Jeong, Euigyung
Joosten, Mathew
2218-1,3216-3
Katunin, Andrzej
P205-4
Iovu, Horia
P201-8
Jeong, Su-Gwang
P201-7
Joshi, Prabij
2115-1
Kaufmann, Joerg
4205-3
Ipatov, Mihail
3221-5
Jerabek, Michael
1213-4,4207-5,5108-1
Julien, Cédric
4105-1
Kaufmann, Markus
3417-2
Huchette, Cédric
1107-5,2203-2,22062,3101-4,3308-3,34091,4210-4,4406-1
2219-2
P205-11
3213-3
Hubert, Pascal
Ion, Ioana
Jeong, Gyu-Sang
Irisarri, François-Xavier
3110-3,4105-1
Jespersen, Kristine Munk
1119-5
Jun, Chai
P102-8
Kawabe, Kazumasa
P101-19
Hudspeth, Matthew
1119-2
Irvine, Derek
2220-2
Jesson, David
1308-4
Juric, Aleksandar
P101-20
Kawada, Hiroyuki
1104-4,2120-2
Huelsbusch, Daniel
1318-3
Isaksson, Per
1213-2
Ji, Alin
1110-4
Just, Gordon
3104-4
Kawagoe, Makoto
3302-4,4207-2
Hufenbach, Werner
5101-3
Ishibashi, Masaru
2119-1
Ji, Zhaojie
1114-1,1117-3,P105-4
Justo, Jesus
1205-4
Kawai, Masamichi
2204-3
Hufenus, Rudolf
4201-2
Ishida, Osuke
5201-5
Jia, Jingjing
2116-3
Jürgens, Michael
1116-2
Kawamoto, Kiichirou
4201-3
Hughes, Darren
P202-14
Ishida, Yuichi
2119-1,P204-11
Jia, Li
P103-2
Jørgensen, Rolf
3119-2
Kawasaki, Yusuke
4114-2
Hughes, Jon
2106-4
Ishikawa, Masashi
4320-1
Jia, Lijie
3306-2
Kawashita, Luiz
2114-1,3219-1
Hugon, Michael
4220-3
Ishikawa, Takashi
3201-2
Jia, Xiaolong
5102-2
Kawazu, Tomoe
P102-9
Huh, Young Cheol
P202-4
Ishikawa, Takeshi
2101-4
Jia, Yongzhen
1110-4,3207-3
Hui, Li
5119-2
Islam, Md. Ekramul
3403-2
Jia, Yuming
Huifeng, Tan
3421-3
Ito, Hirokazu
3404-1
Humeau, Corentin
3303-1
Ito, Kanta
2208-3
Hung, Chien-Yuan
P204-13
Ito, Yoichi
P202-6
Hurdelbrink Ii, Keith R.
5109-4
Itou, Shouji
2119-1
Hurez, Anita
1216-2
Iwahori, Yutaka
3306-4,P205-1
Huson, Mickey
2109-2
Iwan, Sebastian
3411-1
Hussaini, M Yousuff
5111-2
Iwanaga, Kentarou
P101-3
Hwang, Hui Yun
P205-19
Ivanov, Dmitry
Hwang, Hyun-Sik
1121-1
3206-5,3406-1,41181,4418-2,5114-2
P204-9
Hwu, Chyanbin
3102-2
Iwata, Minoru
Hübler, Moritz
3221-3,5116-2
Ivens, Jan
Hübner, Matthias
1106-6
Hühne, Christian
1219-3,1319-3,3106-3
Hümbert, Martina
1101-2
Hyodo, Takehiko
1301-3
Häfliger, Kathrin
4201-2
Hörberg, Erik
3206-2
Hörrmann, Susanne
1104-3
Høyning, Bjørn
4319-1
I
110
Iannace, Salvatore
3313-1,5213-1
Iannucci, Lorenzo
3314-2,5117-1
Iarve, Endel
1115-2,1115-4,3410-2
Ibañez, Manuel
P205-15
Ibarretxe, Joana
P103-4
Ichikawa, Daiki
5213-3
Idapalapati, Sridhar
P202-8
Idapalapati, Sridhar
P202-19
Ifju, Peter
3405-3
Igawa, Hirotaka
3306-4
Ihde, Jörg
P101-12
Ihrner, Niklas
1221-3
Ii, Shingo
1313-1
Ikeda, Tadashige
3201-2
J
1208-1,1310-3,33173,P101-16
K
1108-5
Kaboglu, Cihan
4110-2
Kay, James
1306-1
4215-1
Kaburagi, Tetsushi
3111-1
Kayran, Altan
2204-4
Jiang , Dazhi
1202-3,1302-2
Kaddour, Sam
3322-1
Kazakov, Mark
P105-8
Jiang, Cai
1202-3,1302-2
Kadlec, Martin
1202-2
Kazancı, Zafer
5117-4
Jiang, Ning
5115-1
Kageyama, Kazuro
3104-1,3314-3
Kazem, Hamid
3319-3
Jiang, Xiaowei
P203-6
P101-9
Kazmi, Monis
4109-4
Jianwei, Mao
P101-14
Kealy, Paul
3105-2
Jianwei, Zhang
4107-4
Kahali Moghaddam,
Maryam
Kai, Uhlig
3202-3,3402-1
2211-1
P202-14
Jiao, Weicheng
Kaka, Diyar
Keating, Elspeth
5108-2
P104-13
4101-3
Kebir, Hocine
Jiao, Xingjian
Kako, Jan Christoph
P201-15
1119-1
3315-4
Jiazhen, Zhang
Kalafat, Sinan
Kehrer, Loredana
4408-4
1108-5,1109-3
3313-4
Jimenez, Mateo
Kalaitzidou, Kyriaki
Keller, Andre
Kalamkarov, Alexander
1103-1,1103-5
Keller, Thomas
3217-4
Kaleta, Jerzy
4120-1,4421-2
Kelly, Don
3414-2
Kalinka, Gerhard
5210-2
Kelly, Mark
3103-2
Kalista, Stephen
5204-3
Kelly, Piaras
1311-2
Kallweit, Stephan
1222-3
Kempa, Martin
P105-15
Kalnins, Kapsars
5118-3
Kennedy, Joshua
2203-3
Kalnins, Kaspars
1305-1
Kento, Okuyama
3309-3
Kaltenbacher, Manfred
3305-2
Kepka, Miloslav
P204-19
Kepler, Jørgen
1113-6
Kermeen, Tim
4107-2
Kessler, Eduard
3108-1
Kessler, Seth
3416-3
Keulemans, Grim
3209-2
Keum, Dong Hoon
P103-11
Kew, Hsein
4309-2
Khaleque, Tasnuva
4402-4
Khan, Mohammad Asgar
4304-1
Khan, Shafique
P203-10
Khanam, Noorunnisa
3212-1
Kharshiduzzaman, Md
3418-3
Khay, Mohamed
3204-3
Khechen, Aris
3201-5
Khellil, Kamel
2106-2
Khokar, Nandan
1106-5
Khurukijwanich, Chaiwat
2205-1
Kianfar, Parnian
3301-4
Kieffer, John
4311-4
Jimenez-Melendo, Manuel P102-15
Jin, Hua
P104-12
Jin, Seung-Bo
P201-3
Jin, Sung Gook
P105-13
1211-1
Jacob Moses, Anbiah
4409-4
Jing, Xin
1110-6
Jacobs, Douglas
3316-4
Jishi, H. Z.
4210-5
Jacobsen, Torben
4219-4
Jitaru, Florentina
P205-11
Jacquemin, Frederic
4216-2
Jochum, Christian
5109-3
Jacquemin, Frédéric
3303-1
Joffe, Roberts
Kaminski, Myriam
4416-1
Jacques, Eric
1221-2
Kamita, Toru
1219-2,1313-1
Jacques, Stefan
1116-3
Joffre, Thomas
1213-3,1217-3,22042,2206-1,3213-1
1213-2
Kammerhofer, Philipp
P101-17
Jaeschke , Peter
1101-5,2201-2
Johannisson, Wilhelm
1221-3
Kanai, Makoto
3104-1
Jain, Atul
1304-3,3108-2,3404-2
Johansen, Kerstin
4117-1
Kanemitsu, Yumi
1301-3
Jakobsen, Johnny
1206-2
Johansson, Anders T.
4403-4
Kanerva, Mikko
P101-5
Jakubinek, Michael
2202-3,3116-2
Johansson, Thomas
5116-1
Kang, Chung-Gil
4412-4
Jalalisendi, Mohammad
4103-1
John, Marianne
3420-1,4110-1
Kang, Donghoon
P202-13
Jalalvand, Meisam
3217-1,3317-1,3317-2
John, Maya
3208-1
Kanouni, Nassim
3404-4
Jalavand, M
2210-1
Johnson, Brice
4206-3
Kant, Matthew
3403-1
James, Stephen
4220-3
Johnson, David
3312-1
Kantor, Mark
3107-1
Jancik, Marek
3409-1
Johnson, Mike
5118-1
Kao, Chih Chuan
3409-3
Janickova, Martina
4401-1
Johnston, Allison
1216-3
Kao, Chih-Chuan
3409-2
Jansen, Irene
1206-1
Johnston, Andrew
3116-2
Kappel, Erik
3106-3
Jansen, Kaspar
1106-1
Johnston, Joel
2214-3
Karalekas, Dimitrios
4120-2
Jarzynka, Patryk
4204-3
Jokinen, Jarno
P101-5
Karatzas, Vasileios
4319-4
Jaworska, Lucyna
4312-1
Joliff, Yoann
2109-4,3415-3
Kardomateas, George
4203-1
Jean-Christophe, Wahl
2217-1
Jonathan Lidgett, Mark
1113-1
Karim, Alamgir
4304-4
Index of authors//
Kikuchi, Tetsuo
2101-1,3101-1,3214-2
Klimek-Mcdonald, Danielle 3316-3
Kozera, Rafał
4412-2
Kikuchi, Tokio
5112-2
Klonos, Panagiotis
1309-1
Krahl, Michael
5101-3
Kim, Byung Chul
1106-4,4217-4
Klotzbach, Annett
1206-1,P205-5
Krajnc Alves, Marcelo
Kim, Byungjo
3316-1
Klunker, Florian
3401-1
Kim, Chun-Gon
1321-1,P201-3
Knaut, Martin
Kim, Daniel
5106-4
Kim, Gyu-He
L
Le Begue, Rébecca
4306-3
L. Thomason, James
1309-4
Le Cahain, Yann
4418-2
3214-4
La Bella, Giuseppe
4313-2
Le Corre, Steven
2106-3
Kral, Michal
P101-7
La, Yun Ho
P205-7
Le Duigou, Antoine
4208-3
4412-2
Kranauskate, Ieva
3402-3
Labans, Edgars
5118-3
Le Gal La Salle, Eric
P102-2
Ko, Fu-Hsiang
P105-17
Krasnikovs, Andrejs
P201-12
Laborde, Jerome
2201-1
Le Meur, Kévin
1107-1
P205-19
Kobayashi, Akira
3319-3
Krasnobrizha, Alina
1117-2
Labordus, M.
1207-1
Le Roch, Sandrine
3404-3
Kim, Gyuho
3301-1
Kobayashi, Masatoshi
2107-3
Kratz, James
3410-3
Lacabanne, Colette
4309-4,P203-3
Le Saux, Vincent
4307-1
Kim, H Alicia
2205-3
Kobayashi, Satoshi
4316-2,P204-9
Krause, Daniel
1104-1
Lacarbonara, Walter
P205-10
Le, Huy
1303-3
Kim, Hyonny
4205-1
Koch, Ilja
3104-4
Krause, Dieter
4110-3
Lachaud, Frederic
5117-3
Leadore, Michael
4305-1
Kim, In-Gul
P203-14
Koefoed, Michael
4219-4
Kreling, Stefan
5101-4
Lachman, Noa
3316-4
Leal, A. Andres
4201-2
Kim, Jae Kwan
P202-4
Koerber, Hannes
3109-2,3210-1
Kremers, Marcus
1120-4
Lacoste, Eric
P103-12
Leblanc, Dominic
3409-1
Kim, Jang-Kyo
Koerdt, Michael
5206-1
Kress, Gerald
4418-1
Lacy, Gordon
2205-2
Leboime, Benjamin
4215-4
Koerner, Hilmar
2203-3
Ladani, Raj
3202-4,3202-5
Lech-Grega, Marzena
P204-5
Kogo, Yasuo
Ladeveze, Pierre
2205-4
Lecomte, Julie
1318-1
Kim, Jong Heon
P203-14
Kohlman, Lee
4119-2,4320-1,P10414,P204-11
3210-2
Krishnamurthy,
Ramanathan
Kroll, Lothar
4218-2
Kim, Jeongseok
1212-2,1312-3,21121,2112-3,21163,3222-3
1320-4
Laeuffer, Hortense
2117-4
Lee, C.w.
3306-3
Kim, Jong-Hak
1321-1
Koichi, Yasuhiro
3414-4
Lagardere, Mylene
2207-4
Lee, Don
3315-1
Kim, Keun Su
2202-3,3116-2
Kojo, Eisuke
P204-11
Kim, Mi-Young
3414-1
Kok, Thijs
3201-3
Kim, Moo Sun
1320-4
Koke, Isabel
5107-3
Kim, Oleksiy S.
3119-2
Kolednik, Otmar
5113-1
Kim, Ryan Jin-Young
P204-16
Konagaya, Shigeji
1212-4
Kim, S. H.
P104-1
Kondash, Corey
3121-3
Krollman, Jan
3411-1,4205-3,44192,5206-1, P202-16
5214-3
Krooß, Tim
3213-4
Lagoudas, Dimitris
3222-1
Lee, Dong-Joo
P204-14
Krug, Mario
4412-2
Lahellec, Noel
3404-3
Lee, Geunsung
3414-1
Kruger, Uwe
1317-4
Lahellec, Noël
2115-2
Lee, Gyu Hee
1301-2
Krull, Brett
4204-4,5204-1
Lahuerta, Francisco
4119-1
Lee, Han Sol
P203-14
Krumenacker, Nicolas
2206-2
Laine, Eric
3318-3
Lee, Hanchul
P201-11
Kruse, Felix
1106-3
Laksimi, Abdelouahed
5118-4
Lee, Hooseok
P101-10,P101-19
Kruse, Thomas
2219-1
Lam, Thomas
3316-4
Lee, Hsiu-Yu
P105-14
Kuang, Jun
3302-2
Lamberti, Alfredo
1303-1
Lee, Hwi Yong
4108-2
Kubota, Yuki
P104-14,P204-11
Lammens, Nicolas
4121-2
Lee, In-Bog
P204-16
Kubouchi, Masatoshi
Lamon, Jacques
4310-4
Lee, Jeonyoon
3416-3
Lampani, Luca
4213-3,4413-2
Lee, Jonghoon
5211-1
Kucernak, Anthony
3113-3,5112-1,
P104-18
1221-1
Landry, Alain
4217-2
Lee, Jung-Ryul
2219-3,3219-2
Kudryavtsev, Oleg
4416-2
Landry, Benoit
1107-5,3409-1
Lee, Koon Yang
3408-3
Kuhn, Peter
3210-1
Lang, Holger
1116-2
Lee, Koon-Yang
Kukla, Christian
P101-15
Lang, Reinhold
4207-5
Kulachinskaya, Ol’ga
P105-8
Lang, Udo
3220-1
Kulakov, Vladimir
4216-3,P205-14
Lang, Walter
P101-9
Lee, Manyoung
3108-3,3208-3,32084,3308-1,33174,4308-1
3316-1
Kumar, Satish
4107-3
Lange, Jörg
Lee, Min-Sik
4412-4
Kumar, Vipin
3213-2
Lee, Sang Cheol
P105-12
Kumosa, Maciej
4216-5,P203-15
Langella, Antonio
5219-2,P20215,P204-7
3203-1
Lee, Sang-Soo
P105-13
Kunkel, Christina
P202-15
Langstrom, Runar
1301-1
Lee, Seok-Woo
3301-1
Kunzmann, Christina
4310-1
Lani, Frédéric
Lee, Seung Goo
P101-11
Kupfer, Robert
1107-4
Lee, Si-Hwa
3112-2
Kurahashi, Naoya
4211-4
Lanzara, Giulia
1217-4,1317-2,21144,4114-1
P205-10
Lee, Soo-Yong
P203-17
Kurashiki, Tetsusei
3111-1,3201-1
Laperrière, Luc
5120-1
Lee, Woo Il
1301-2
Kuratani, Yasunari
P102-9
Lardeur, Pascal
5205-2
Lee, Young Hee
P103-11
Kurita, Hiroki
2102-1,4212-1
Larsen, R. Mikael
P201-1
Leeke, Gary
3309-2
Kuroda, Koji
P101-6
Laskowski, Jessica
4302-2
Leen, Sean
2213-1
Kurose, Masashi
3111-1
Lattimore, Allyson
4203-5
Lefebvre, Williams
P103-14
Lau, Aik Yong
3407-2
Lefort, Philippe
5118-3
Lau, Alan Kin Tak
1319-1
Legin, Blanche
1218-3,1218-4
Lau, Kin Tak
1219-4
Lehmonen, Jani
3408-1
Lau, Kin-Tak
1319-2
Lei, Yongpeng
5110-3
Lauke, Bernd
5202-1
Leijonmarck, Simon
Laurent, Charles M. V.
3321-2
Laurenzi, Susanna
5217-3
Leite, Afonso
1121-2,1121-3,12212,1221-3
3413-3
Laurin, Frédéric
1218-4,4416-1
Lekou, D. J.
4219-1,5205-4
Lauro, Fanck
1117-5
Lemonnier, Sébastien
3113-4
Lauter, Christian
5107-3,5107-4
Leng, Jacques
1210-2
Lavoratti, Alessandra
P201-2
Lazaridou, Ilona
P202-9
Kim, Seong Su
3412-2
Kondo, Atsushi
1316-3,2115-1,3306-4
Kim, Seong Yun
P105-6
Kong, Deyan
5212-2
Kim, Seung Mo
1320-4
Kong, Weiyi
2111-1,4317-1
Kim, Sughwan
P201-7
Kononova, Olga
P201-12
Kim, Sumin
P201-7
Konstantakopoulou, Maria 1118-5
Kim, Sunghoon
P104-20
Konstantinov, Alexander
2207-3
Kim, Sung-Jin
4412-4
Kontturi, Eero
3108-3,3408-3
Kim, Tae-Gon
3301-1
Kontturi, Katri
3108-3
Kim, Taesung
2120-2
Koo, Bonsung
2214-3
Kim, Yu-Jin
P204-16
Koo, Chong Min
P205-7
Kimizu, Mitsugu
1111-2,5201-5
Kopsaftopoulos, Fotis
1203-1
Kimpara, Isao
1111-2,2206-4,22091,3414-4,5201-5
4201-3
Korkees, Feras
4316-1
Korkisch, Marco
2206-3
Kornienko, E. I.
1207-1
Kosaka, Tatsuro
4206-5
Kose, Kim
5208-4
Kosmann, Nils
1204-2
Kostagiannakopoulou,
Christina
Kostopoulos, Vassilis
3312-3
Kotera, Masaru
1302-4
Kotsikos, George
Kotsikos, Geroge
1118-5,2118-2,33182,3318-4
3318-1
Kusano, Yukihiro
1309-4,3215-3
Koukaras, Emmanuel
3212-2
Kusukawa, Kazuhiro
4206-5
Kousiatza, Charoula
4120-2
Kuwashiro, Shiho
3213-5
Koussios, Sotiris
1106-1,2117-3,32202,5118-2
1101-3
Kwon, Dong-Jun
1103-2,3213-3
Kühn, Alexandra
1106-3
Kyle-Henney, Stephen
4312-3
Kyritsis, Apostolos
1309-1
Kärger, Luise
1115-5
Käß, Moritz
1118-3
Köll, Joonas
3412-3
Körwien, Thomas
2219-1
Kimura, Masaki
Kimura, Teruo
4211-4
King, Julia
3316-3
Kingston, Christopher
2202-3,3116-2
Kinloch, Anthony
3202-4,3202-5
Kinloch, Ian
Kireitseu, Maxim
Kisailus, David
1312-2,3112-1,32021,5102-1
1221-1
3312-3,5102-4
Kishi, Hajime
3308-4,4204-1,P20513
3213-5,3304-1
Kitai, Keisuke
2208-3,3408-4
Kitamura, Haruki
4320-1
Kitamura, Takanori
2208-3,3408-4
Kitsianos, Konstantinos
4204-2
Kiviniemi, Meri
5112-3
Koutras, Nikos
Klaerner, Matthias
3411-1
1220-1,P204-1
Kleineberg, Markus
4209-3
Koutsomitopoulou,
Anastasia F
Koutsoukis, Grigorios
P102-4
Kleemann, Sebastian
Klemberg-Sapieha,
Jolanta E.
Klenin, Yu.
P201-16
Koyama, Masashi
4119-2,4320-1
Koyanagi, Jun
1313-1
Kozaki, Shunya
P202-6
3205-4
5207-2
111
//Index of authors
Leng, Jinsong
Li, Zengshan
1117-3
Liu, Hong-Yuan
3113-2,3302-3
Lopresto, Valentina
3203-1,5117-4
Ma, Chen-Chi M.
P105-16
Li, Zhang
1204-3
Liu, Hsien-Kuang
1112-1
Lord, Charles
2211-1
Ma, Hao
2215-1
Li, Zhe Ling
3112-1
Liu, Jianwen
1203-3,4221-4
Lorenzelli, Leandro
1119-3
Ma, Hei Lam
1219-4
Lengersdorf, Michael
1219-4,1319-1,13192,4111-2,4221-2,42213,4411-1,4411-4,52122,P205-16
1220-4
Li, Zheling
1312-2
Liu, Jiaxin
3109-4
Lorriot, Thierry
P105-5
Ma, Jing
5102-3
Lennie, Matthew
4219-2
Li, Zheng
3120-3
Liu, Kai
3306-2
Lortie, Frédéric
1109-2,1114-2,2209-4
Ma, Li
5101-1,P203-5
Lenz, Jennifer
4214-4
Li, Zhiqiang
4112-1,P103-10
Liu, Ke
5211-4
1113-5,4215-2
Ma, Peng-Cheng
2103-1,3102-3
Léonardi, Aurélie
P203-3
Liang, Jianyong
4314-3
Liu, Ling
1202-4,4302-3
Ma, Songyun
2114-3
Leone, Frank
4314-2
Liangyu, Chen
P101-14
Liu, Liqi
3407-3
Louar, Mohamed
Abderaouf
Loukil, Mohamed
1314-4
Liao, Dunming
1110-4,3207-3
Liu, Liwu
4221-2,4221-3
P105-7
3216-2
Leopold, Christian
Lourenço, Ana
Ma, Yu E
5117-3
Liao, Yingqiang
3215-2
Liu, Longquan
4318-3
1119-5,2211-2
P201-12
Lepetit, Bruno
Lowe, Tristan
Machanovskis, Arturs
L’eplattenier, Pierre
2107-2
Liaw, Shien-Kuei
3418-2
Liu, Lulu
1113-4
Lozinskaya, Elena
P205-9
Leray, Dimitri
4306-1
Libanori, Rafael
3114-4
Liu, Luqi
3302-2
Lu, Haibao
4111-2
Lessard, Larry
1108-1,1218-2,2203-2
Licheng, Guo
1204-3
Liu, Mengshi
3209-2
Lu, Weibang
1316-2
Lettieri, Paola
3308-1
Lichtenberg, Klaudia
P103-16
Liu, Ming
Lu, Weijie
4312-2
Leuret, Pierre
2108-2
Liddle, J. Alexander
3316-4,4304-4
Lu, Xiaolong
3402-1
Lewandowska, Anna
4308-1
Liebers, Nico
4209-3
Liu, Muchun
1210-1,4102-2,P1036,P202-3
3402-2
Lu, Yongfeng
1109-6
Leygue, Adrien
1307-1
Liebig, Wilfred
1312-1
Liu, Pengrui
2119-2
Lu, Zixing
3115-1,P201-5
2207-4
Liebig, Wilfried
1214-3,1314-4
Liu, Pinggui
1312-4
Lubineau, Gilles
Li, Biao
1116-1
Liebig, Wilfried V.
1118-4
Liu, Qian
P102-6,P102-7
P202-1
1107-4
Liu, Qinglei
P205-12
Lucchini, Riccardo
Li, Chen
Liebsch, Alexander
1215-2,1315-2,43064,5111-3
1119-3
3201-5
1310-1
Liu, Shitai
3211-2
4208-4
Li, Chun
Liebscher, André
Lucenius, Jessica
4405-1,4405-2
Liu, Shufeng
1215-4
Luchini, Timothy
3307-1
5217-1
Liefeith, Klaus
Liu, Tong
2113-1
5201-4
2202-1
4309-1
Luinge, Hans
Li, Gang
Liggat, John
1115-1
Lijie, Jia
3207-1
Liu, Wenbo
3202-3,3402-1
Li, Hongfu
3209-1
Lilholt, Hans
1308-3,4202-3,5218-2
Liu, Xing
1317-3
Li, Hui
3419-1
Lim, Gyu-Hyeong
1218-2
Liu, Xu
Lukaszewicz, Dirk
1305-4,4213-5,4416-4
Li, Jia-Sheng
P105-3
Lim, Jung-Yup
1321-1
Lund, Erik
2105-1,3304-2,4105-3
Li, Jiuxiao
4312-2
Lim, Ok-Dong
4412-4
1212-2,1312-3,21121,2112-3,3222-3
P201-18
Luiz Passaia Tonatto,
Maikson
Lukashenoks, Arturs
4205-4
Li, Hang
Lundström, Staffan
4109-1
3211-2
Lim, Shen Hin
3414-2
Lungwitz, Ralf
4401-1
Li, Longbiao
P104-10
Limbachiya, Mukesh
4309-2
Luo, Dongmei
1115-1
Li, Min
Lin, Ching-Chang
P105-17
1113-4
Lin, Guipin
P201-5
Li, Peifeng
3412-1,4202-1,43024,4402-3,4403-3
2113-1
Luo, Gang
Lin, Guiping
3115-1
Li, Qingwen
1316-2,3412-1,4202-1
Lin, Kuen Y.
5113-4
Li, Ran
4316-4
Lin, Shaofeng
1202-3,1302-2
Li, Richard
3316-2
Lin, Xiuyi
Li, Shengzhe
1114-1
Li, Shuguang
Li, Shuxin
2111-1,3215-1,33111,4314-1,4317-1,
4417-2, 5217-1
2217-3
Li, Tongqi
P104-13
Li, Wangnan
2104-3
Li, Wenbin
5102-2
Li, Baochao
Li, Dafei
Macias-Montero, Manuel
2102-4
Macutkevic, Jan
3402-3
Madaksira, Vinay
4206-4
Madenci, Erdogan
3305-1
Madsen, Bo
Maeda, Genta
1213-3,1308-3,42023,5218-2
P105-9
Magagnato, Dino
4209-4
Magi, Fabrizio
3220-3
Magin, Michael
3310-2
Maguire, James
3307-2
Maguire, Paul
2102-4
Mahajan, Puneet
5114-3
Mahdi, Tanjheel
3403-2
Mahfuz, Hassan
1120-6
Mahishi, Jay
1314-2
Mahmood, Haroon
1309-2
Mahrholz, Thorsten
1106-3
Mai, Fang
5209-2
Mai, Yiu-Wing
2116-3,3302-3
Maier, Alexander
4310-2
Liu, Yazi
Liu, Yujie
1207-2
Luo, Suibin
1321-3
Mair, Georg
2217-2
Liu, Zhe
5209-3
4206-2
P103-20
1312-4
3221-5
Maistros, George
Liu, Zongde
Luo, Wen
Luo, Yang
Maiti, Surjya
1114-3
Liuyi, Yang
3421-3
Lusis, Vitalijs
P201-12
Majidi, Carmel
4121-3
Lkhagvasuren,
Uugansuren
Llewellyn-Jones, Thomas
5112-2
Luterbacher, Rafael
4104-1,4204-2
Major, Zoltan
5108-1
Lutz, Johannes
4109-4
Makeev, Andrew
2215-2,4115-4,4415-1
Lin, Ya-Lin
1212-2,1312-3,21121,2112-3,21163,3222-3
P105-17
Llewellyn-Jones, Tom
4311-3
Lux, Alexander
4207-1
Lin, Yu-Chen
1112-1
Llopart Prieto, Llorenç
5101-2
Luyckx, Geert
3417-2,4121-2
Lindbergh, Göran
Llorca, Javier
1207-3
1102-5
Lo, Jonathan
4206-1,5207-4
Luz, Felipe
1120-2
Lindgaard, Esben
1121-2,1121-3,12212,1221-3
1214-1,3304-2
Luyt, Riaan
5112-3
Lv, Shuangqi
P104-11
4411-4
Lindholm, Carl-Johan
4403-4
Lv, Weibang
3412-1
Li, Xiang
4309-3
Ling, Henry
1108-4
Lv, Xinying
3315-3
Li, Yan
Linke, Markus
2218-3
Lv, Yuting
4312-2
Liotier, Pierre-Jacques
4112-4,P103-13
Lyckegaard, Anders
1206-2
Liotta, Andrew H.
1207-2,1307-4,21084,4109-3
2202-2
Lü, Shulin
Li, Yanxia
2215-1,3118-4,32123,4108-4,44102,5115-1
4403-3
Long, Christian
1213-1,2102-2,22113,3108-2,3222-2,
3404-2,4315-3
1304-3,1311-3,22022,3413-1
1211-3,1307-3,21074,2111-1,3107-3,31101,4118-1
3316-4
5211-2
Lindgren, Mari
Lomov, Stepan
Lv, Peng
Lykov, Pavel
P205-6
Li, Yao
1321-4,2112-4
Lippky, Kristian
4101-4
Long, Zhang
1105-6
Lynch, Christopher
5211-2
Li, Yazhi
1116-1
Liqiang, Wang
P101-14
Longana, Marco
4113-1
Lütke, Benjamin
1219-1
Li, Ye
Lira, Cristian
4206-2
Longana, Marco Luigi
4409-1
Lyu, Xiuqi
P202-2
Li, Yi Luen
1109-5,1321-2,P20418
P105-16
Liu, Fengrui
2118-1
Loos, Alfred
3307-1
Löchte, Christian
4101-4
Li, Yongxia
P204-10
Liu, Gang
Lopes, Claudio
3214-1,3405-1,5113-2
Löser, Michael
3307-4
Li, Yu-Hung
1203-1
Liu, Guangyan
1312-3,3211-2,P10218
4414-1
Lopez Puente, Jorge
Li, Yunyu
3419-4
Liu, Hao
P102-20
López, Bernardo
Li, Zan
4112-1
Liu, Hongbo
P203-12
Li, Wenbing
Liu, Yanju
P201-12
Machulyansky, Aleksander P105-15
4221-2,4221-3,44111,4411-4,5212-2,P20516
2102-4
Li, Long
112
Liu, Xueshu
1315-4
Lomov, Stepan V.
Long, Andrew
4421-3
Malakooti, Mohammad H. 1121-1
Malczyk, Piotr
4421-2
Maldonado, Jesus
3401-1,4113-3
Malho Rodrigues, Aurelie
4309-4
Malik, M. Haris
P203-10
Mallick, Pankaj
2104-2
Malpot, Amelie
1204-4
Maluk, Cristiàn
3319-4
Manca, Marcello
3203-4
Mandapati, Raghuram
2104-2
Mannberg, Peter
2206-1,3208-2
Mannila, Juha
4202-3
Manohara, Harish
1202-1
Manouchehr, Mehrtash
P204-6
Mansour, Gabriel
1113-2
Mansurov, Zulkhair
P102-17
Mantena, Prabhakar
4103-4
P101-1
Mantič , Vladislav
3413-3
3320-2
Mantic, Vladislav
4214-5
Mao, Lingtao
4203-4
López-Romano, Bernardo 3215-4
M
M. Mohamed, Hamdy
5215-2
Index of authors//
Mao, Yiqi
3221-1
Matsuo, Tsuyoshi
3220-4,3314-3,3407-4
Merson, Eleanor
3110-2
Mofokeng, Julia
1102-5
Muddassir, Muhammad
4221-1
Maples, Henry
3109-3
Matsuo, Tuyoshi
4315-2
Merzkirch, Matthias
4212-5
Mogilevsky, Pavel
4218-2
Mueller, Wolfgang M.
Maragoni, Lucio
3106-2,3204-1,3304-3
Matsuzaki, Ryosuke
3101-2,3206-3,4105-2
Mesogitis, Tassos
1307-3
Mohagheghian, Iman
4116-2,4317-2
Maranon, Alejandro
1308-2
Matthias, Barus
P205-2
Metaxa, Zoi S.
2212-3
Mohamed, Galal
1216-1
Mujika, Faustino
1109-1,1110-2,12094,3309-4
3416-1,P103-4
Maraschin, Thuany
2212-4
Mattsson, David
1301-1,1315-4
Metti, Chariklia
1103-1,1103-5
Mohammed, El Moussaid
2217-1
Mukhopadhyay, Supratik
1104-2,3210-3
Marchand, Damien
3318-3
Matveev, Mikhail
3107-3
Metzkes, Karoline
4307-2
Mohanty, Amar
2208-2,4308-2
Mulle, Matthieu
1315-2,4306-4
Marco, Carlos
1212-1,4108-3
Matveeva, Anna
2102-2
Metzner, Christian
1106-2
Mohd Kamal, Nurul Ain
3208-4
Multhoff, Jörg
1220-4,2117-2
Marco, Yann
4307-1
Matzies, T.
1218-1
Mi, Zhian
4401-3
Molina-Aldareguia, Jon M. 3214-1
Mulvihill, Daniel
1206-3
Marek, Jan
4401-1
Maupetit, Jérôme
1109-2
Miaris, Angelos
4217-5
Mollenhauer, David
Mund, Malte
3320-1
Margand, Cécile
1209-2
Mautner, Andreas
4208-4
Michael, Magin
4207-4
Muñoz, Raul
5117-1
Marguerès, Philippe
4306-3
Mavel, Anne
4413-1
Michael, Markus
5112-4
Murakami, Takashi
4315-2
Mariotti , Davide
2102-4
Mavrogordato, Mark
2114-2
Michaelis, Alexander
4412-2
Marklund, Erik
3221-2,4311-1
Mavrogordato, Mark Noel
1214-4
Michaud, Veronique
4111-3
Marks, Christopher
4121-4
Mayer, Rayner
P204-19
Michel, Laurent
1208-3
Markussen, Christen Malte 3119-2,5218-2
Mayne-L’hermite, Martine
3416-2
Michels, Ludger
3101-3
Marlet, José M. F.
3309-1
Mayoral, Beatriz
3212-1
Middendorf, Peter
1106-2,1118-3,3314-1
Marotzke, Christian
3314-4
Mazerolle, Frédéric
3114-2
Mierzwa, Andreas
4201-4
Marovic, Pavao
P101-20
Mcarthur, Sally
5110-1
Miettinen, Arttu
1213-3
Marques, António
1305-2,2117-1
Mccarthy, Conor
4116-3
Migaki, Masakazu
3214-2
Marques, Antonio Torres
1201-4
Mcclain, Michael
3410-4
P101-1
Marra, Fabrizio
1212-1
Mccoppin, Jared
4321-3
Marshall, Martyn
4107-2
Mcgregor, Iain
P202-14
Miguelez Garrido, Maria
Henar
Mikhailova, Natalia
Martakos, Georgios
5103-1
Mcgugan, Malcolm
4220-1
Martin De La Escalera,
Federico
Martín Esteban, Jose
Antonio
Martín, Alberto
4416-3
Mchale, Ronan
P202-11
Mcilhagger, Alistair
4404-3
Mckechnie, Jon
4309-3
Mcshane, Graham
P203-8
Martin, Ffion A
P102-4
Mecklenburg, Matthias
1312-1
Medina, Luisa
4101-2,4201-1
Medina, Luisa A.
1208-2
Meerten, Yannick
3317-3
Mehdikhani, Mahoor
4315-3
Meier, Urs
4419-1
Meiners, Dieter
3311-3
Meizoso-Latova, Daniel
3215-4
Mejri, Mahdi
P104-19
Melchior, Samuel
5108-4
Melenka, Garrett
2111-3
Mellor, Phil H.
4211-3
Melo, David
4401-2
Memon, Anin
P103-7
Mendoza, Ana Isabel
5202-2
Menezes, Eduardo
1120-5
Meng, Fanyi
5203-2
Meng, Songhe
Menna, Costantino
4212-4,P102-19,P10412,P204-10
3419-3
Menne, Manuela
3105-4
4214-5
Martin, Olivier
4212-1
Martin, Olivier
2102-1
Martin, Richard
3210-2
Martinez Rubi, Yadienka
2202-3
Martínez, Gerardo
1212-1
Martinez, Marcias
3222-1
Martinez-Rubi, Yadienka
3116-2
Mollenhauer, David H.
1115-2,1115-4,34102,4415-1
4415-3
Moller, James
3116-3
Murakami, Tetsuhiko
P101-19
Monclús, Miguel
3214-1
Muramoto, Masato
4121-1
Mondain-Monval, Olivier
1210-2
Murayama, Hideaki
3104-1,4120-3
Monner, Hans Peter
2321-1
Murnisya, Helmi
5116-1
Montagnier, Olivier
2115-2,3114-2
Musiari, Francesco
2120-4
Montano, Zhuzhell
1320-2
Mustafa, Ghulam
5205-5
Montenegro, Davi
3114-4
Muthu, Nelson
1114-3
Montesano, John
3114-3
Myalski, Jerzy
P104-3,P104-5
Monti, Marco
3318-1
Müller, Bernhard
4212-3
Moon, Sook-Young
4302-1
Müller, Viktor
3315-4
3315-2
Moore, Jeff
4421-1
Müssig, Jörg
2210-3
Mikkelsen, Lars
4220-1
Moore, Jeffrey
4204-4
Månson, Jan-Anders
1210-4
Mikkelsen, Lars Pilgaard
1119-5,3420-2
Moosburger-Will, Judith
Mårtensson, Per
1320-3
Milani, Abbas. S.
P201-14
Mäder, Edith
1203-3,4221-4
Milat, Arijana
4319-3
Möbius, Teresa
P205-5
Miller, Sandi
3210-2
Mora, Angel
1109-1,1209-3,12094,4310-1,44101,5101-2
5111-3
3308-4
P205-9
5107-2
Milliron, Garrett
Morcrette, Mathieu
Mörl, Stefan
5208-1
4302-2
1217-4,1317-2,2114-4
Mösenbacher, Andreas
Milow, Barbara
Morelle, Xavier
Min, Byung Gil
P105-12
Min, Byung-Kwon
3301-1
Minak, Giangiacomo
3301-4
Minakuchi, Shu
Minty, Ross
2106-1,2118-4,51092,P101-3
1309-4,3109-1
Mirza, Foisal
1102-3
Mishnaevsky Jr., Leon
1302-1
Miskioglu, Ibrahim
3316-3
Misra, Manju
2208-2
Misra, Manjusri
4308-2
Misumi, Jun
3313-2
Mitchell, Cynthia
3411-3
Mitschang, Peter
Miura, Takahiro
1101-2,1208-2,41012,4106-1,41062,4201-1
5106-3
Miyake, Takushi
4320-2
Miyano, Yasushi
3303-3,4303-1
4405-2
Miyashita, Shintaro
4114-2
Menzel, Robert
4102-4
Miyazaki, Takamichi
4212-1
Meraghni, Fodil
Miyazato, Shinichi
5219-1
Mizubayashi, Mai
4207-2
Mizumoto, Kazuya
4207-2
Mizuno, Wataru
3302-4
M’membe, Beene
2116-2
Mocanu, Aurora
P204-17
Modler, Niels
P205-5
Moebius, Marie
2218-3
Martiny, Philippe
4114-1
Martorana, Brunetto
P201-6
Marui, Ryo
5213-3
Mas, Bartolomé
3102-1
Masania, Kunal
3313-4,4113-3,4313-4
Masao, Tomioka
3309-3
Masaya, Kawashima
3309-3
Mascaro, Benoit
1210-2
Maschmann, Matthew
3121-3
Maslouhi, Ahmed
3404-4
Masouras, Athanasios
5102-4
Massabo, Roberta
4203-3,4318-2
Mastrolembo, Giuseppe
3119-3
Matěják, Vladimir
3219-3
Matheis, Ralf
5116-1
Matsubara, Terutake
1115-1
Mercier, Sébastien
1214-2,2120-3,31152,P202-5
4413-1
Matsuda, Satoshi
3213-5,3304-1
Meredith, James
1215-3
Matsuda, Tetsuya
4114-2
Mericer, Caglar
3102-4
Matsuda, Yuki
3404-1
Merino-Pérez, Julián Luis
3110-2
Matsue, Tatsuya
4312-4
Merkert, Dennis
1310-1
Matsugi, Kazuhiro
4412-1
Merlin, Aurore
1210-2
Matsumoto, Tsukatada
1117-5
Merrill, Marriner
3321-3
Moreno Rodríguez, Sergio 4109-1
Moreno, Diego A.
Morii, Tohru
4108-3
5213-3
Morimune-Moriya, Seira
1302-4
Morita, Yusuke
P105-9
Morooka, Satoshi
1316-3,2115-1
Morozov, Evgeny
4119-3
Morrell, Roger
2106-4
Morris, Andy
4110-2
Mortin, Samuel
1303-3
Mosleh, Yasmine
1310-3
Mostafavi, Mahmoud
1215-3
Motochika, Toshihiro
5201-2
Motsch, Nicole
3310-2
Mott, Ryan
4321-4
Mottola, Ernesto
1117-5
Mottram, Toby
5215-3
Moulin, Nicolas
1207-2,1307-4
Moulinjeune, Olivier
4207-3
Mounib, Maher
P103-14
Mounien, Richard
3110-3
Mountasir, Adil
3307-4
Mouri Sardar Abadi,
Peyman
Mouritz , Adrian
5113-2
Mu, Chenzhong
1304-4,3118-1,31182,3202-4,3202-5,32163,3218-1,33184,4204-5
4102-2
Mu, Junwu
P105-4
N
Na, Wonjin
3211-1,3414-1
Nadot-Martin, Carole
5104-4
Naffakh, Mohammed
4108-3
Nagai, Hiroto
P103-3
Nagatsuka, Wataru
Nagayasu, Tadashi
3220-4,3407-4,P10110,P101-19,P201-11
P103-3
Nagel, Ulf
3409-2
Nagoh, Satoshi
1201-3
Nagura, Yuichi
4119-2
Nair, Rajeev G
3415-2
Naito, Kimiyoshi
4213-1
Naito, Masaki
3206-3
Najafi, Ahmad
5111-1
Nakada, Masayuki
3303-3,4303-1
Nakagaito, Antonio
5211-4
Nakagami, Motohiro
1311-4
Nakagawa, Masaya
4201-3
Nakai, Asami
Nakai, Jun
1201-3,1301-3,33114,5106-3,51071,5201-2
P104-18
Nakao, Nozomu
3213-5
Nakao, Ryosuke
4307-4
Nakatani, Hayato
1115-6
Nan, Xi
5102-3
Nanami, Norimichi
3201-2
Naraghi, Mohammad
1108-5
113
//Index of authors
114
Narayanaswamy, Sridhar
4118-4
Nordin, Mohd Nur Azmi
3404-1
Okuda, Haruki
4310-3
Pan, Diankun
P204-2
Pelassa, Marco
4318-2
Nardari, Raphael
1203-1
Nosrat Nezami, Farbod
1106-6
Okumura, Wataru
5201-5
Pan, Qing
2111-1,3215-1
Pender, Kyle
5209-5
Nash, Pete
3120-4
Notario, Belen
2110-2
Okunkova, Anna
1110-3
Pandya, Kedar
P203-8
Peng, Hua-Xin
Nassiet, Valérie
P205-2
Nouri, Hedi
1313-3
Olave, Mireia
1311-3
Pankow, Mark
3405-4
Natarajan, Bharath
3316-4
Noury, Philippe
4319-1
Oleksik, Josef
1320-1
Pannier, Yannick
2111-2
Peng, Ping
2214-1,3221-5,P20211
3202-3,3402-1
Natarajan, S
1116-4
Nowak, Marek
P204-5
Oliet, Mercedes
P103-5
Panozzo, Francesco
3121-1
Penumadu, Dayakar
3303-4,3403-1
Naya, Fernando
3214-1
Novo, Paulo Jorge
1201-4
Oliveux, Geraldine
3309-2
Pansart, Simon
4119-4
Pereira Fulco, Ana Paula
5115-3
Nayeri, Christian Navid
4219-2
Novoselov, Konstantin
3112-1
Olivier, Philippe
3416-2,4306-3
Pantelides, Chris
3319-2
Pereira, Gilmar
4220-1
Neggers, Jan
3216-1
Nunes, Joao Pedro
1201-4,4401-2
Oller, Sergio
4318-1
Pap, Jozsef-Sebastian
1206-1
Pereira, Michael
3210-2
Nelke, Harald
P204-7
Nunez, Pilippe
4413-1
Olofsson, Kurt
1301-1
Papagelis, Konstantinos
3212-2,P201-9
Perera, Ricardo
5219-4
Nelson, Emmett
3114-1
Nunn, Nicholas
3402-3
Olson, Bradford
4117-3,5204-4
Papini, Marcello
4301-2
Peretyagin, Pavel
1110-3
Nepal, Dhriti
3116-3
Nuruddin, Md.
4203-5
Olsson, Kim
3118-3
Pappas, Georgios
3410-1
Perez, Emile
4309-4,P203-3
Néron, David
2205-4
Nutt, Steven
Olsson, Robin
5217-2
Pardoen, Thomas
4318-1
4414-3
1219-1
Nuzhnyy, Dmitry
4409-4
Neumann, Jens
Newcomb, Bradley
4107-3
Nyman, Tonny
3206-2
Omkumar,
Meenakshisundaram
Omuro, Yusuke
Neville, Robin
P205-17
Nyström, Birgitha
3208-2
Oneill, Kayla
2202-3,3116-2
Park, Chung-Hae
1217-4,1317-2,21144,4114-1
1205-4,3215-4,34133,4214-3,4214-5
2207-4
Pérez, Marco A.
Nettles, Alan
3308-4,4206-1,51064,5207-4
P105-15
Newley, Richard
1222-1
Ono, Kousei
P103-3
Park, Hyunbum
1115-3
Newton, Mark
1302-3
Opelt, Carlos V.
3309-1
Park, Hyungbum
3316-1
Ngahane Nana, Liliane
1320-2
Orange, Gilles
1107-2,4109-2
Park, Jong Gil
P103-11
Ngo, Anh Dung
3107-4
Park, Jongshin
P104-20
Ngô, Anh Dung
3204-3
Park, Joung-Man
1103-2,3213-3
Nguyen, Giang
3415-1
Park, Ju Won
P203-14
Nguyen, Sang
5212-4
Park, Mi-Young
1321-1
Nguyen, Than Hoi
2109-4
Park, Soo-Hyun
3301-1
Nguyen, Van Dung
1317-2
Parks, Joel
3319-2
Nicolas, Perry
2217-1
Parlevliet, Patricia P.
5109-1
Niedziela, Dariusz
P202-16
Parmentier, Antoine
3206-1
Niefnecker, Dirk
5206-3
Parsons, Andrew
2220-2,4107-2
Nielsen, Mark
1205-3
Parthasarathy, Triplicane
4218-2
Nielsen, Rudi P.
5209-4
Parthenios, John
3212-2,P201-9
Nielsen, Steen Arnfred
5120-2
Partridge, Ivana
2116-2,3410-3
Niemann, Steffen
1219-3,1319-3
Partridge, Ivana K
P102-4
Nieto, Ana
4414-2
Pasbakhsh, Pooria
4202-3
Nijssen, Rogier
4119-1,4316-3,5115-2
Nikishkov, Yuri
2215-2
Ning, Baojun
P203-12
Niordson, Christian
4114-3
Nishi, Masato
3111-1
Nishida, Masayuki
4312-4,P102-13
Nishida, Tatsuhiko
5106-3
Nishikawa, Masaaki
1114-5
Nishino, Takashi
1102-1,1302-4
Nishiwaki, Tsuyoshi
2120-2
Nishiyabu, Kazuaki
3201-1,P105-20
Nissle, Sebastian
3221-3,5116-2
Niu, Bin
4301-4
Niu, Jiahong
P104-12
Niu, Yongan
2112-4
Niwa, Shoma
5109-2
Nixon-Pearson, Oliver
3406-1
No, Jae-Young
P201-3
Noda, Junji
1308-1
Noels, Ludovic
1317-2
Nogueira, Ana Carolina
1116-2
Noh, Ye Ji
P105-6
Nordahl, Mitchel
3121-2
Nørgaard Petersen, Helga 1309-4,3409-4
O
4412-1
Ó Brádaigh, Conchúr
2213-1,3307-2
Orgéas, Laurent
1213-2,1313-2
Obeid, Hassan
4216-2
Orifici, Adrian
1304-1
Oberlander, Max
2201-3
Oromiehie, Ebrahim
3417-4
O-Charoen, Narongchai
1108-3
Osaka, Katsuhiko
1115-6
Ochiai, Junpei
P101-6
Osako, Katsunori
4211-4
Ochoa, Ozden
3222-1
Osero, Micheal Angelo
1314-2
Odegard, Gregory
3316-3
Ohsawa, Isamu
P101-10
Oelhafen, Jonathan
5206-3
Oshima, Kahori
2202-4
Offenberger, Sean
2103-4
Osselin, Jean-François
1111-3
O’flynn, Kate
2109-1
Othman, Raja
5102-1
Ogasawara, Toshio
Ouederni, Mabrouk
3212-1
Ogata, Hiroyuki
1313-1,2119-1,43021,P204-11
5112-1
Oueiny, Cynthia
5212-5
Ogawa, Daichi
3104-1,4120-3
Ourahmoune, Reda
2201-1
Ogawa, Takeshi
4302-1
Ousji, Hamza
1113-5,4215-2
Ogi, Keiji
4301-3,5117-2
Ouyang, Chenxin
P104-4
1204-1
París, Federico
Paschereit, Christian Oliver 4219-2
Pasini, Damiano
3205-1
Pastor, Marie-Laetitia
P205-2
1101-5
Patel , Jenish
2102-4
Ogihara, Shinji
3115-4
Ogin, Stephen
3217-2,4306-2,4312-3
Overgaard, Lars Christian
Terndrup
Overmeyer, Ludger
Ogin, Steve
3301-3
Oz, Fatih
1314-3
Paton, Rowan
P101-2
Ogin, Steven
2211-2
Oz, Fatih E.
5203-1
Patrick, Jason
4204-4,4421-1
Oguma, Hiroyuki
4213-1
Ozaki, Junichi
P102-13
Paul, Baracchini
3205-3
Oh, Il-Kwon
3112-2
Ozawa, Yoshihito
5112-2
Paul, Braisaz
3404-4
O’higgins, Ronan
4116-3
Ozden-Yenigun, Elif
3116-4
Pavazza, Radoslav
2105-3
Ohishi, Masaki
5107-1
Ozolins, Olgerts
1305-1
Pavese, Matteo
4412-3
Ohlsson, Fredrik
1301-1
Pavier, M.
3120-1
Ohnishi, Toru
P203-4
Pavlopoulou, Sofia
2215-3
Ohno, Nobutada
4114-2
5210-3
Pavoski, Giovani
2212-4
3404-3
P
P, Manjula
Ohori, Toshiro
1220-2,3222-4,P202-7
P. S. M., Rajesh
P201-16
Payan, Juliette
Ohsawa, Isamu
Pacheco, Pedro
1103-1,1103-5
Payne, Mark
3316-2
Padovec, Zdenek
P101-7
Pearce, Garth
3414-2
Pahud, Olivier
4217-2
Pechlivanoglou, George
4219-2
Palardy, Genevieve
1101-1
Pedrazzoli, Diego
1109-3
Ohtsuki, Atsumi
P101-19,P20110,P201-11,P202-2
1201-3,1301-3,33114,5106-3,5107-1,52012,5213-3
3120-2
Palardy-Sim, Marc
4406-1
Peeters, Daniel
3405-1,5113-2
Okabe, Tomonaga
4310-3
Palazzo, Gaetano
1107-3
Peeters, Daniël
2105-2
Okabe, Yoji
3418-1
Palin-Luc, Thierry
3104-3
Pegoretti, Alessandro
1109-3,1309-2
Okamoto, Hiroshi
P203-4
Palleiro Palmou, Clara
P101-12
Pegorin, Fabio
1304-4
Okamoto, Masayuki
4201-3
Palungvachira, Patarapon 5112-1
Pei Leng, Teh
P104-17
Oksman, Kristiina
4109-1
Pambaguian, Laurent
Peijs, Ton
3212-3,3212-4,5209-2
Ohtani, Akio
5102-4
Perez-Hermosillo, Edgardo 2216-4
Perez-Rosado, Ariel
3421-1
Péron, Mael
2106-3
Perremans, Dieter
2108-3
Perrier, Amélie
1109-4
Perrin, François-Xavier
5212-5
Perrin, Henri
5211-3
Perron, Christophe
P103-12
Perry, Nicolas
2117-4
Petchnoi, Thanadol
1108-3
Petersen, Helga
3109-1
Peterson, William
5214-1
Petiot, Caroline
4215-4
Petit, Aurélien
3218-4
Petousis, Markos
P202-9
Petre, Razvan
P201-8
Pettermann, Heinz E.
4417-4
Pety, Stephen
4421-1,5111-1
Petzelt, Jan
P105-15
Peyre, Christophe
1209-2
Peyroux, Robert
4408-2
Phadnis, Vaibhav A
2120-1
Phan, Nam
3305-1
Philen, Michael
2103-4
Philippidis, T. P.
4219-1,5205-4
Phillips, Steven
1108-1
Piao, Hao
P101-10
Picault, Elia
4414-4
Pickering, Stephen
4409-3,5209-3
Pickering, Steve
5209-1
Pickett, Anthony
1118-3
Picot, Oliver
3212-3
Picot, Olivier T.
3212-4
Piepenbrock, Joachim
1322-3
Pierce, Jennifer
4218-2
Pierce, Robert
1307-2
Pierlot, Anthony
4210-1
Pierron, Fabrice
4115-1
Piezel, Benoit
2218-2
Piezel, Benoît
4208-2
Pilet, Paul
2108-2
Pilkington, Gordon
P205-3
Pillsbury, Christopher
5204-3
Index of authors//
Pimenta, Soraia
Pingkarawat, Khomkrit
3117-1,3117-2,31173,3214-5,3407-2,41102,4113-1,4402-4
1304-4,4204-5
Pinho, Silvestre
3122-3,3310-3,3402-4
Pinho, Silvestre T.
3117-2,3117-3,3217-3
Pini, Tommaso
3313-3
Pinna, Christophe
2104-1
Pinter, Gerald
3104-2,3216-4,5208-1
Pinter, Pascal
2213-2
Pinto, Javier
2110-2
Pique, Alberto
3321-3
Piroli, Vanessa
P105-18
Pirondi, Alessandro
2120-4
Pissis, Polycarpos
1309-1
Pitarresi, Giuseppe
5213-2
Pivnenko, Sergey
3119-2
Piyatuchsananon,
Taweesak
Placet, Vincent
2214-4
Psarras, Spyridon
5117-1
Rainosalo, Egidija
P105-1
Rizkalla, Sami
3319-3
Ruhland, Klaus
P102-14
Pucci, Monica Francesca
2108-4,4109-3
Rajan, Ginu
3417-4
R’mili, Mohamed
4310-4
Ruiz, Edu
3206-4,5203-4
Pugno, Nicola
3312-2,4404-4
Rajan, Rathish
P105-1
Robert, Gilles
Runkel, Falk
3405-2
Pugno, Nicola M.
3212-4
Rajan, Varun
4213-2
1311-1
3202-2
Rajput, Moeen S
4210-3
Roberts, Christopher
Rusanov, Anton
Pullin, Rhys
1214-2,4207-3,43071,5208-2
5211-2
1215-2
Raju, Arun
3112-1
3210-2
5213-1
Pulungan, Ditho
Roberts, Gary
Russo, Pietro
P101-7
3206-4
Raju, Karthik
1218-2
Růžička, Milan
P203-20
Pupure, Liva
1213-3,1217-3
Rakotoarisoa, Carole
2111-2
Ruzicka, Pavel
P101-7
Pupurs, Andrejs
1121-3,1315-4,2204-2
Ramadan, Amira
P105-11
Robitaille, François
3109-3,3117-1,31172,3117-4,41131,5117-1
4209-1
Ruzicka, Milan
Pupin, Cédric
Robinson, Paul
Rybczyński, Radosław
4120-1
Purong, Jia
1105-6
Raman, Venkadesh
1120-1
Rocha, Iuri
4316-3,5115-2
Rypl, Rostislav
3214-3
Putaux, Jean-Luc
4408-2
Ramirez, Fernando
4408-4
Rodcheuy, Nunthadech
4203-1
Ryu, Ho Jin
4402-1
Putnam, Eric
4119-4
Ramli, Nur Farahana
P104-17
Rodrigue, Denis
3308-2
Röhrkohl, Meike
4419-2
Putyra, Piotr
4312-1
Rangari, Vijaya
3112-3
2110-2
Puvvada, Renee
1108-5
Rannou, Johann
2219-2
Pyl, Lincy
1113-5,1317-3,4215-2
Rans, Calvin
4315-1
Rodriguez Perez, Miguel
Angel
Rodriguez, Francisco
Rao, Sanjeev
4117-4
Rapp, H.
3417-1,P102-11,P10212,P105-2
1218-1
Rodriguez-Lence,
Fernando
Rodriguez-Senín, Elena
Raquez, Jean-Marie
3312-4
Roese-Koerner, Imke
3218-3
Rashkovan, Izabella
P105-8
Rogaume, Thomas
3218-2
Ratke, Lorenz
4302-2
Roger, Frederic
1313-3
Ravandi, M.
3208-5
Rohde, Sean
3405-3
Ravindran, Anil Raj
1103-4
Roig, Rafael
1205-4
Razin, Alexander
1105-5
Rolfes, Raimund
1217-2
Rebillat, Francis
2113-2
Rolfes, Raimund
3210-1
Redenbach, Claudia
1310-1
1213-2,1313-2
Safdari, Mnasoud
5111-2
Reed, Philippa
4417-3
Safonov, A.
3205-4
Regazzi, Arnaud
4408-2
Rolland Du Roscoat,
Sabine
Rolland, Héloïse
5208-2
Safonov, A. A.
1207-1
Rehbein, Johannes
3211-4
Romanov, Valentin
2102-2,3222-2
Safonov, Alexander
2207-3,3107-1
Reich, Gregory
3121-3,4411-3
Romanzini, Daiane
P105-18
Safriet, Sirina
4415-1
Reichanadter, Alex
3316-3
Sager, Mustafa
1313-2
Reichl, Katherine
3321-1
Sahraee, Shahab
1217-2
Reinhold, Raphael
1107-6
3416-1
Romian Sitohang, Ramona 1208-1
Delphine
Rongong, Jem
2211-1
Saigal, Anil
3416-4
Reinoso, José
1217-2
Rose, Michael
1206-1
Sailer, Robert
3121-2
Reiter, Martin
5108-1
Rosemann, Heiko
5106-1,5203-3
Saintier, Nicolas
5208-2
Reitz, Thomas
4321-3
Roser, Tim
1107-6
Remacha, Marina
3320-2
Ross, Annie
3206-4
2103-2
Q
P103-5
P101-12
Qamar, Isabel
4104-2
4107-1
Qi, Guocheng
1121-5,3109-4
Plackett, David
3102-4
Qi, H. Jerry
3221-1
Plaisted, Thomas
4305-1
Qi, Haisong
1203-3
Plazibat, Bože
P204-4
Qi, Jiayi
1215-4,1315-1
Plesse, Cédric
P205-9
Qian, Connie
5108-3
Plummer, Christopher
1210-4
Qian, Danna
2119-1
Pochiraju, Kishore
4314-3
Qian, Hui
5212-4
Pocklington, Istvan
4309-2
Qiang, He
P202-17
Podasca, Viorica
P205-8
Qin, Faxiang
3221-5
Poltimae, Triinu
P205-14
Qin, Zhen
P103-10
Poncelet, Olivier
1210-2
Qing, Hai
4314-4
Ponkratov, Denis
P205-9
Qiu, Xueying
5212-2
Pooch, Matthias
5206-4
Quach, Thi Hai Yen
3218-2
Poole, Matthew
2211-2
Quadflieg, Till
3111-2
Porfiri, Maurizio
4103-1
Quadrini, Fabrizio
3203-5
Porras, Alicia
1308-2
Quaresimin, Marino
Portet, Stephanie
4220-3
Posmyk, Andrzej
P104-3
Post, Wouter
4404-2
Quero, Franck
3106-2,3121-1,32041,3304-3,3304-4,42071,5104-3
4308-1
Pošvář, Zdeněk
P203-20
Queudet, Hippolyte
3113-4
Remmers, Joris J. C.
5114-1
Rossiter, Jonathan
Potluri, Prasad
Quijada, Raúl
2212-4
Ren, Musu
3407-3
Rothe, Holger
4405-2
Quinn, Simon
4420-1
Ren, Wei
4112-3
Roure, Thomas
1111-3
Quintero, Jorge
2216-4
Ren, Yiru
P204-12
Rousseau, Jérôme
2218-2
Poulios, Konstantinos
1211-3,2211-2,31123,3217-2
3206-5,4113-1,42062,4311-2,4409-1
4114-3
Resch, Katharina
4208-1
Roux, Stéphane
4215-4
Poursartip, Anoush
1306-1,2107-1
Poursorkhabi , Vida
2208-2
Prabhakaran, Rt, Durai
4409-2
Pradyawong, Pradchar
3113-3
Préau, Mathieu
4210-4
Predecki, Paul
4216-5
Premalal, Vikum
4213-1
Premanond, Varunee
P103-7
Primetzhofer, Andreas
5208-1
Prissok, Frank
5203-3
Rt, Durai Prabhakaran
4409-2
Prota, Andrea
3419-3
Prusty, B. Gangadhara
1116-4
Prusty, Gangadhara
3414-2,3417-4
Przybyla, Craig
4218-2
Potter, Kevin
R
Romera, Jesús M.
S
Saarela, Olli
P101-5
Sabar, Hafid
5211-3
Sabuncuoglu, Baris
4315-3
Sacchetti, Francisco
1101-6
Sacco, Elio
3209-4
Sachse, Ronny
1118-3
Sacui, Iulia
4304-4
Saez Rodriguez, Eduardo
3409-2
Saez-Rodriguez, Eduardo 3409-3
Sáez-Rodríguez, Eduardo 5110-2
Sainz De Aja, José Ramón 4416-3
Saito, Hiroshi
2206-4,3414-4
Saito, Takeshi
3311-4
Sakai, Tetsuya
3113-3
Sakaida, Yoshihisa
5117-2
Sakuma, Shigeyoshi
1104-4
Sakurai, Takaya
3104-1
Sala, Maurizio
P204-15
Salaberger, Dietmar
1213-4
Salajkova, Michaela
5202-3
Salavagione, Horacio
1212-1
Salavatian, Mahdi
1315-3
Salinas, Christopher
3308-4,P205-13
Salunkhe, Santosh
2216-2
Salvia, Michelle
2201-1,5206-2
Samer, Nassim
2102-1,4212-1
Samsonov, Alexander
4320-3
Sanada, Kazuaki
3302-4,4207-2
Sánchez Muñoz, Ana
P101-1
Sanchez, Fernando
Reurings, Niels
5118-2
Roy, Ajit
5211-1
R. Foldschack, Mathilde
3215-3
Revel, Ivan
5117-3
Roy, Anish
2120-1
Rachik, Mohamed
5118-4
Rezende, Mirabel C.
3309-1
Roy, Samit
3116-1
Rackles, Jürgen
1303-2
Rhead, Andrew
1205-3,2113-3
Roza José, David
3214-4
Radebe, Isaac
1205-2
Rice, Norman
5204-4
Rozen, Bert
3220-2
Radek, Markus
2201-3
Richard, Luke
5113-4
Rozin, N. V.
1207-1
Radford, Donald
1301-4
Richardson, Robert
4308-1
Rozycki, Patrick
1117-1,1117-2,4414-4
Radjef, Racim
5110-1
Richler, Simone
3309-4
Rubini, Luca
3212-4
Radlmaier, Veronika
3109-2
Rider, Andrew
4321-1
Rubio-Gonzalez, Carlos
2216-4
Rahbek, Dennis Bo
2114-1
Ridha, Muhammad
4414-3
Ruch, Frédéric
4306-1
Rahier, Hubert
1102-2,3110-4
Rink, Marta
3313-3
Rudd, Chris
4107-2
Rahkonen, Mirva
P105-1
Riopedre Méndez, Sara
5110-2
Rudd, Christopher
2220-2
Rahmat, Meysam
3116-2
Rissanou, Anastassia
2212-2
Rudlund, Mats
3206-2
Rai, Ashwin
3122-2
Risso, Giovanni
4319-3
Rudolph, Enrico
4419-2
Sanchez, Ivan
4209-2,P10210,P205-15
3318-1
Raijmaekers, Sibrand
4316-3,5115-2
Rittenschober, Bernhard
1107-6
Ruengwaree, Amnoiy
P103-7
Sánchez, Serafín
4214-3
Raimkhanova , Danara
P102-17
Rivera-Gomez, Carlos
2208-1
Ruggeri, Charles
3210-2
Sanchez, Sonia
4213-3
115
//Index of authors
Sánchez-Sáez, Sonia
3320-2
Schijve, Warden
1215-2,1315-2,4306-4
Seo, Gang Seok
P202-13
Shin, Hye-Jin
2219-3
Skandali, Maria
1106-1
Sandström, Johan
3118-3
Schillfahrt, Christian
3406-2
Seon, Guillaume
2215-2,4115-4
Shin, Hyunseong
3316-1
Skordos, Alex
1307-3
Sanford, Gregory
3320-3
Schindler, Stefanie
3211-3
Seong, Dong Gi
P102-3
Shin, Pyeong-Su
1103-2,3213-3
Skordos, Alex A
P102-4
Sanial, Philippe
1111-3
Schipperen, Ingrid
4116-1
Sergeichev, I.
3205-4
Shin, Seeun
3302-1
Sankar, Bhavani
3405-3
1115-5
Serpieri, Roberto
3209-4
Shiozaki, Keisuke
4201-3
1208-4,P105-1
5118-3
Santagiuliana, Giovanni
3212-4
Serrano Abello, Leonell
4307-1
Shipsha, Anton
3414-3
Slapak, Pavel
5103-4
Santo, Loredana
3203-5
Schirmaier, Fabian
Johannes
Schladitz, Katja
Skrifvars, Mikael
Skukis, Eduards
Schledjewski, Ralf
2109-2
2120-3
Slinker, Keith
2203-3,3121-3
Seto, Daigo
3206-3
Sluis Van Der, Olaf
3216-1
Setoguchi, Takuma
5207-3
Shirinbayan,
Mohammadali
Shirshova, Natasha
P201-15
1206-3
2110-3,3420-1,4110-1
Shiyu, Wang
Smerdova, Olga
Schlimper, Ralf
Shor, Ofir
5113-3
3120-1
4313-1,5116-2
Sever, Ibrahim
Smith, D. J.
Schmeer, Sebastian
1309-3,2108-4,31131,3209-2
3220-3
2202-2
4119-1
Seveno, David
Shishkina, Oksana
Sluys, Bert
Schleupen, Joseph
3111-3,3207-2,33113,3406-2,41063,4310-2
1222-3
Servinis, Linden
1107-6
3121-3
Shterenlikht, A.
3120-1
3109-3
Schmidhuber, Sebastian
Severin, Benjamin
Smith, Damilola
P101-18
5219-4
Shulev, Igor
P205-6
P105-2
Schmidt, Jens
Sevillano, Enrique
Smith, Dawn
Sfyris, Dimitris
3212-2
Shustova, Evgeniya
P202-20
Smith, Jeffrey A.
4415-3
Shadmehri, Farjad
4217-2
Siddique, Zahed
5109-4
Smith, Lloyd
1315-3
Shaffer, Milo
Siddiqui, Nadeem
4419-3
Smith, Patrick
2104-1
Sideridis, Emilios
P201-20
Smith, Patrick J.
5204-2
Silberschmidt, Vadim
2120-1
Smith, Paul
Siljander, Sanna
3408-1,5112-3
Smith, Robert
1308-4,2211-2,33013,4306-2
3210-3
Sillard, Cecile
3102-4
Sobotka, Vincent
2106-3
Silva, Gustavo
3205-2
Sockalingam, Subramani
3313-2
Silva, Joao Francisco
1201-4
Sodano, Henry A.
1121-1
Silva, Lais
1120-5
Sodoke, Kossi
5120-1
Silva, Laís
1120-2
Sokoli, Hülya U.
5209-4
Silvain, Jean-François
1109-6
Solbach, Andreas
1318-3
Silverman, Tyler
4108-3
Solis, Washintong
1110-3
Simacek, Pavel
5207-1
Sommerlot, Stephen
3307-1
Simard, Benoit
2202-3,3116-2
Song, Seung A
3412-2
Simenou, Gidéon
P102-2
5213-1
Song, Weidong
1217-1
Song, Yujie
4102-2
4218-2
Songhe, Meng
2119-3
Simões, Rogério
P105-7
Sonmez, Fazil O.
P201-17
Simon, Zoltan
1107-6
Sorrentino, Luigi
3313-1,5213-1
Simone, Angelo
1121-4
Sotiriadis, George
3312-3
Simonsen, Morten E.
5209-4
Soto, Albert
4416-3
Simpson, Josh
4206-2
Sottos, Nancy
4204-4,4421-1,5204-1
Simpson, Rob
P205-3
Sottos, Nancy R
4104-3
Sims, Graham
1322-1,4306-2
Soulas, Floriane
5117-3
Sinclair, Ian
Soutis, Costas
1119-6
Singery, Vicky
1214-4,3122-1,32104,4417-3
1111-3
Souza, Christiane S. R.
3309-1
Singh, Chandra Veer
3114-3
Souza, Samia
5215-1
Singh, Harpreet
5114-3
Spagnoli, Andrea
4111-1
Singh, Sudhanshu
2213-3
Spearing, S. Mark
Santonicola, Mariagabriella 5217-3
Santulli, Carlo
4413-2
Sapozhnikov, Sergei
1103-3,4116-4,P1014,P205-6
4416-2
Sapozhnikov, Sergey
Sarasini, Fabrizio
1221-1
Sarlin, Essi
3313-1,4213-3,44132,5213-1
3408-1,5112-3
Sarrado, Carlos
5114-1
Schmidt, Jonathan
1320-2
Sarto, Maria
1212-1
Schmidt, Moritz
1219-1
Sartor, Pia
3205-2
Schmidt, Stefan
1106-3
Sasaki, Gen
4412-1,P104-9
Schmidt-Lehr, Matthias
2201-3
Saseendran, Sibin
1206-4
Schmidt-Stein, Felix
1209-3
Shah, Darshil
1221-1,2102-3,31171,4102-4,52102,5212-4
4304-4
Saseendran, Vishnu
5103-2
Schmieder, Annett
5112-4
Shah, Priyal
3103-1
Sassi, Sonia
4306-3
Schmitt, Stefan
P101-13
Shaharuddin, Sharifah
4107-2
Satheesh, Britto
3207-2
Schmitz, André
3119-1
Shahbazi, Mina
5113-3
Sato, Chiaki
P203-4
Schmitz, Jonas
P102-14
Shams, Adel
4103-1
Sato, Hiroki
5112-2
Schneider, Julien
4114-4
Shamsuddin, Siti-Ros
2212-1,5210-2
3301-2
Schneller, Anna
3309-4
Shamsudin, Mohd
3421-2
Sato, Takashi
3201-2
Schnurr, Raphael
4101-4
Shan, Wanliang
4121-3
Sause, Markus
1119-1
Schoenhals, Andreas
2109-3
Shang, Junjun
2112-2
Sause, Markus G. R.
2206-3,4115-2,5101-2
Scholler, Jochen
5101-2
Shankar, Krishna
4119-3
5205-3
Scholz, Marc
4311-3
Shaplov, Alexander
P205-9
Savage, Luke
5108-3
Schorer, Nora
4115-2
Sharma, Ambuj
5202-5
Savant, Aniruddha
3405-3
Schreiber , Makoto
2208-2
Sharma, Renu
3316-4
Savi, Marcelo
1103-1,1103-5
Schreier, Hubert
4415-1
Sharmin, Nusrat
4107-2
Savinov, Maxim
P105-15
Schuh, Benjamin
3218-3
Shaw, Richard
2106-4,P205-3
Sayer, Florian
4119-4,5106-1,5203-3
Schulte, Karl
1204-2,1214-3,1312-1
Sheikh, Abdul Hamid
1105-3,3415-1
Scalici, Tommaso
4313-2,5213-2
Schulz, Alexander
3305-2
Shelton, Richard
1221-1
4410-3
Schulz, Katrin
P103-16
Shen, Hui-Shen
3305-3
1209-4
Shen, Lulu
1202-4,4302-3
Schulze, Martin
5206-4
Shen, Ming Yuan
P105-16
Scarth, Carl
3221-5,P20211,P205-17
3205-2
Schulz, Michael
Schunk, Torsten
1209-3
Shen, Xi
Scattina, Alessandro
4317-4
Schuster, Jens
4109-4
Schade, Ronald
4405-1
Schwab, Martin
4417-4
Schaefer, Maximilian
4406-4
Schwartzentruber, Jeff
4301-2
Shen, Yiou
1212-2,1312-3,21121,2112-3,21163,3222-3
2215-1
Schaefer, Philipp
5201-1
Schäfer, Jens
1201-1
Shenderova, Olga
3402-3
Schaeuble, Ralf
2110-3,3420-1
Schäfer, Kay
P202-16
Shenogin, Sergei
5211-1
Schagerl, Martin
1104-3
Schäuble, Ralf
4110-1
Sheperd, Robert
2521-1
Schalk, Thomas
4207-4
1106-1,4212-3
Spelt, Jan
5202-4
2203-2
Sinke, Jos
Scienza, Lisete
Schaper, Mirko
5107-4
Sirilli, Matteo
5217-3
Sperling, Sven
4217-5
Scienza, Lisete Cristine
P201-2
Schares, Richard
P101-13,P101-15
Sherafat, Mohammad
Hossein
Sherwood, James
1214-4,2114-2,32104,4417-3, 3122-1
4301-2
3411-2,3411-3
Siriruk, Akawut
3303-4
Spickenheuer, Axel
1211-1
Sebeck, Katherine
4311-4
Scheerer, Michael
1107-6
Shi, Duoqi
1110-6,P104-11
Sirivolu, Dushyanth
3103-3
Spiteri, Mark
3118-1
Šedek, Jakub
1202-2
Scheffler, Christina
4221-4
Shi, Han-Qiao
P102-6,P102-7
Sirois, Frederic
P201-16
Srikanth, Narasimalu
P202-8
Sedighiamiri, Amin
3407-1
Scheider, Ingo
2114-3
Shi, Huajie
3306-1
Sisodia, Sanjay
2114-2
Staehr, Richard
2201-2
Sedlacek, Radek
P101-7
Scheika, Mike
3211-3
Shi, Jian
P102-1
Sistaninia, Masoud
5113-1
Staines, Stephen
4220-3
Seegel, Hauke
1322-3
Schell, Julia
4306-1
Shi, Qi
5101-1,5110-3
Sitnikova, Elena
Stanescu, Paul
4305-3
Seemann, Ralf
4110-3
Schemmann, Malte
3315-4
Shimamoto, Kazumasa
P203-4
Stang, Henrik
4219-5
Sekiguti, Yu
P203-4
Shimamura, Yoshinobu
Sivasubramonian, B.
Siviour, Clive
4115-1
Staniewicz-Brudnik,
Barbara
Stefaniak, Daniel
3413-2
Shimode, Kento
2202-4,4213-1,43021,P202-6
1219-2
2111-1,2218-4,32151,4314-1,43171,5217-1
3415-2
Shin, C S
3418-2
Sjölander, Jens
1306-3
Stefic, Tihomir
P101-20
Sato, Hisashi
Sawada, Takahiko
Scarfato, Paola
Scarpa, Fabrizio
116
2110-3
Scherer, Florian
2217-2
Seliktar, Dror
2220-4
Schiebel, Patrick
1118-2
Semenova, Irina
4320-3
Schiffer, Andreas
5217-4
Şener, Özgün
2204-4
Simeoli, Giorgio
Simmons, Jeff
4313-4
Index of authors//
Stegelmann, Michael
5101-3
Sun, Yantao
P104-11
Tancret, Franck
2108-2
Tirillò, Jacopo
4213-3,4413-2,5213-1
Stein, Itai
3416-3
Sung Won, Jong
P101-11
Tang, Guang
5210-2
Tison, Franck
P105-5
Steinmann, Paul
3115-2
Sung, Minchang
3414-1
Tang, Kaili
4414-1
Tita, Volnei
1305-2,2117-1
Stelzer, Steffen
3216-4
Sunter, Deborah
2101-3
Tang, Shuli
P201-11
Tkocz, Marek
P104-5
Uchic, Michael
4218-2
Stepanov, Sergey
P101-12
Suresh Babu, Annamalai
4409-4
Tang, Xiao
P102-8
Todoroki, Akira
3101-2,3206-3
Uchida, Toshikazu
P101-6
Steuten, Bart
1120-4
Surowiec, Benjamin
2120-3
Tang, Zhanwen
1121-5
Todt, Melanie
4417-4
Uda, Kazufumi
1108-2
Stewart, Graham
4118-4
Sutcliffe, Michael
1118-1,1206-3,1220-3
Tanigawa, Motohiro
5106-3
Toftegaard, Helmuth L.
1216-4
Uda, Nobuhide
P103-3
Sticko, Simon
1213-2
Suttmann, Oliver
1101-5
Taniguchi, Norihiko
2120-2
Tohgo, Keiichiro
2202-4,P202-6
Ueki, Yosuke
1308-3
Stifter, David
3209-3
Suzuki, Erika
2101-1
Tao, Huang
1105-6
Tomac, Tomislav
4319-3
Uenishi, Keisuke
3111-1
Stigh, Ulf
4214-2
Suzuki, Takuya
1120-6
Tapeinos, Ilias
2117-3
Tomar, Vikas
1119-4
Ueno, Ichiro
5207-3
Stodieck, Olivia
3105-2
Suzuki, Tomoyuki
4301-1
Tarar, Harshal
4117-3
Tomioka, Masao
2101-4
Ullah, Inam
5103-3
Stoffers, Niels
1106-3
Suzuki, Yuta
3301-2
Tarfaoui, Mostapha
1113-3
Tomoaia, Gheorghe
P204-17
Ulven, Chad
3121-2,4408-1
Stojkovic, Miroslav
4206-2
Swery, Elinor
1311-2
Tashkinov, Mikhail
3315-2
Tomoaia-Cotisel, Andrada P204-17
Umer, R.
4210-5
Stoll, Ragnar
5203-3
Swiergiel, Nicolas
4215-4
Tatam, Ralph
4220-3
Tomoaia-Cotisel, Maria
P204-17
Umer, Rehan
Stolyarov, Oleg
3111-2
Swolfs, Yentl
3317-3,4213-4
Tatsuno, Daichi
4201-3
Tonejc, Maximilian
3111-3
Storage, Kara
4415-3
Syerko, Elena
4109-2
Tatsuya, Tanaka
3309-3
Tong, Lili
P102-8
Unnikrishnan, Vinu
3417-1,4317-3,P10211,P102-12
3116-1
Storage, Tara
1115-2,3306-3
Süsler, Sedat
5117-4
Tay, T. E.
3208-5
Tong, Liyong
P101-2
Unterweger, Christoph
3209-3
Straesser, Stefan
1304-3
Szabo, Peter
3102-4
Tay, Tong Earn
4414-3
Tong, Mingbo
P203-6
Uozumi, Tadashi
Stranick, Stephan
4304-4
Szczurek, Anna
4421-2
Tay, Tong-Earn
3310-3
Tong, Xiao
1316-2
Straumit, Ilya
1213-1,2202-2
Szymański, Wojciech
P103-17,P204-5
Taylor, Ambrose
3313-4
Tong-Qi, Li
P103-1
Urakami, Daisuke
1201-3, 1301-3, 51063, 5107-1, P101-6,
P102-9
2107-3
Strauß, Sebastian
1201-2
Søgaard, Erik G
5209-4
Taylor, Ambrose C.
4402-4
Torrecillas, Ramón
1110-3,1110-3
Urata, Naoya
P202-6
Stringer, Jonathan
5204-2
Sørensen, Bent F.
1216-4,3216-5
Taylor, Graham
2121-3
Torsakul, Sirichai
P103-7
Ureña, Alejandro
1112-3
Stronge, William
P203-8
Sørensen, René
2105-1,4105-3
Taylor, Mark
P105-2
Tosch, Matteo
1211-1
Urquhart, Jeannie
2106-4
Strömberg, Emma
5202-2,P105-19
Tazelaar, Katrin
3220-2
Totaro, Giovanni
3219-4
Usabiaga, Hodei
1311-3
Studart, André
2321-2,3114-4
Tcerbi-Narteh, Alfred
3403-2
Toubal, Lotfi
5120-1,P104-19
Ushakov, A.
3205-4
Su, Honghua
2201-4
Tabatabaei, Seyed Ahmad 2211-3
Tcharkhtchi , Abbas
2120-3
Touchard, Fabienne
1109-4,1204-4
Ushakov, A. E.
1207-1
Su, Huilan
P205-12
Tagarielli, Vito L.
5217-4
Tcherbi-Narteh, Alfred
4203-5
Tranquart, Bastien
3110-3,4414-4
Ushakov, Andrei
3107-1
Su, Xintian
4208-1
Takagaki, Kazunori
2106-1,5109-2
Tchugaynova, Anna
P202-20
Trappe, Volker
3204-2,4307-2
Utku, Feride Sermin
4405-3
Subramanian, Nithya
3122-2
Takagi, Hitoshi
5211-4
Teil, Maxime
4408-2
Trask, Richard
Uzawa, Kiyoshi
1111-2,5201-5
Suda, Mitsunori
3408-4
Takagi, Mitsuro
5201-2
Teixeira De Freitas, Sofia
4212-3
Suemasu, Hiroshi
3310-4
Takahashi, Jun
1221-1
P201-10
Teo, W. S.
3208-5
Sugio, Kenjiro
4412-1,P104-9
Terada, Mariko
1212-4
Sugita, Tomohiro
1308-1
Teramura, Suguru
2208-3
Suh, D. W.
P104-1
Takahashi, Tatsuhiro
1220-2, 3222-4,
3407-4,5201-3, P10110,P101-19, P201-10,
P201-11, P202-2,
P202-7
2119-1,3213-2
Teixeira, Rita
Suganuma, Hirofumi
3314-2,3321-4,41042,4204-3,4304-2,43113,4411-2,4421-3
4104-1
1117-5
Terashima, Keita
1219-2,1313-1
Sui, Gang
2202-1
Takahashi, Tomoyuki
2209-1
Terrasi, Giovanni Pietro
3319-4
Suihkonen, Reija
5112-3
Takai, Yuka
2101-1
Theotokoglou, Efstathios
P201-20
Suksangpanya,
Nobphadon
Suleman, Afzal
3308-4
Takeda, Nobuo
1313-1,5109-2,P101-3
Therriault, Daniel
Takenaka, Kazuya
4320-2
Sullivan, Erin
1108-5
Takeshi, Ishikawa
3309-3
Thomas, Evan
1103-4,4321-2,P20116
4321-3
Taketa, Ichiro
1104-4,4113-2
Thomas, James
Talò, Michela
P205-10
Tam, Wai-Yin
1319-2
Tamaoki, Tetsuo
4120-3
Tan, K.t.
P203-11
Tan, Loon-Seng
5205-5
Sumitomo, Ken
P101-19
Summerscales, John
4208-3
Sun, Bao-Gang
P102-6,P102-7
Sun, Dan
2102-4,3212-1
Sun, Fei
3207-3
Sun, Jian
P201-5
Sun, Jianming
1109-5
Sun, Jinliang
3407-3
Sun, Nijuan
2209-2
Sun, Rong
1321-3
Sun, Rui
5219-4
Sun, Shiyong
4403-2
Sun, Wen-Hsien
P105-17
Sun, Xiao
3310-4
Sun, Xinying
1212-2,1312-3,21121,2112-3,3222-3
T
Trask, Richard S.
Treutenaere, Sylvain
Trifol, Jon
3102-4
Töpker, Jochen
U
V, W
1209-3
Vachon, Pierre-Luc
3204-3
Vaclavik, Jaroslav
P204-19
Wada, Daichi
4120-3
Wafai, Husam
1215-2,1315-2,4306-4
Wafy, Tamer
3202-1
Wagemaker, Marnix
1121-4
Wagner, H Daniel
4313-3
Wagner, Ronald
1219-3,1319-3
Wagner, Werner
2216-3
Wahl, Jean-Christophe
2117-4,3104-3
Vaia, Richard
4411-3
Trimpe, Fritz Felix
P202-18
Trivaudey, Frédérique
4107-1
Trochu, François
4106-4
Troester, Thomas
5107-3,5107-4
Truong, Hieu
3222-1
Trümper, Wolfgang
5118-3
3321-3
Tröltzsch, Jürgen
P202-16
Thomas, Kenneth
3303-4
Tsai, Jia-Lin
P105-14
Thomason, James
Tsampas, Spyros
2206-1
Tsampas, Spyros
Anastasios
Tsilimigkra, Xenia
3213-1
Vaia, Richard A.
4111-4
Vairis, Achilles
P202-9
Thomassey, Matthieu
3109-1,3409-2,34093,4309-1,44092,5110-2
4306-1
3312-3
Waldbjørn, Jacob
4219-5
4111-4
Thomopoulos, Stavros
2220-1,4305-2
Tsongas, Konstantinos
1113-2
Valente, Teodoro
4213-3,4413-2
Tan, Marcus
5111-1
Thompson, Mark
1307-2
Tsotsis, Thomas
4107-3
Valenza, Antonino
4313-2,5213-2
Tan, Vincent
3310-3
Thompson, Richard
3312-1
Tsoukleri, Georgia
3212-2,P201-9
Valette, Julien
3104-3
Tan, Zhanqiu
4112-1,P103-10
Thomsen, Ole T.
1105-3,1204-1 , 5103-1
Tsukada, Takuhei
P101-3
Walker, Eric
1314-2
Tan, Zhi Bin
P101-2
Thorvaldsen, Tom
2114-1
Tsumura, Yusuke
1114-5
Valles, Cristina
3112-1
Tanabe, Daiki
3201-1
Thostenson, Erik
4321-1
Tual, Nicolas
4214-1,4216-4
Wallin, Markus
P101-5
Tanaka, Fumihiko
4310-3
Thumsorn, Supaphorn
1108-3
Turkenburg, Daniel
4204-2
Vallons, Katleen
3413-1
Tanaka, Hiroha
P104-18
Thurnherr, Claudia
4418-1
Turner, Thomas
4409-3,5209-1,5209-3
Walter, Volker
4212-5
Tanaka, Hiroki
P104-14
Tiar, Mohamed Amine
5108-2
Turon, Albert
5114-1,5218-3
Walther, Frank
1318-3
Tanaka, Kazuto
P105-9
Tienda, Kevin A.
4415-3
Türkmen, Halit S.
5117-4
Valvo, Paolo S.
1216-4
Tanaka, Mototsugu
2209-1
Timofeev, M.
3205-4
Tzeng, Shinn-Shyong
P105-10
Van Den Abeele, Koen
4404-2
Tanaka, Tatsuya
2101-4
Tippur, Hareesh
4215-3
Tzetzis, Dimitrios
1113-2
Van Den Brink, Wouter
3417-3
117
//Index of authors
118
Van Der Heijden, Sam
1102-2,3110-4
Wang, Xin
5219-3
Weichand, Patrick
3108-1
Vincent, Prisca
4215-4
Wynter, Kevin
1303-3
Van Der Meer, Frans
4119-1
Wang, Xintao
5101-1
Weidenmann, Kay André
Vinogradov, Vladimir
2115-4
Wysocki, Maciej
1206-4
Van Der Zwaag, Sybrand
4404-2
Wang, Yanchao
P201-13
1101-5
1121-4,3113-1
Wang, Yang
3209-1
Weijie, Lu
Wippo, Verena
Van Duin, Adri
2213-2,3115-3,42125,P103-16
P101-14
Wang, Yanjie
4202-1
1306-2
1108-1
3407-1
Weiland, Jakob
Viriyasuthe, Chanvit
Van Erp, Tim
Van Hemelrijck, Danny
1317-3
Wang, Yanlei
3419-4
Weimer, Christian
1106-2,5109-1
Wisnom, Michael
Van Loon, Jan
3220-1
Wang, Yanqiu
P103-9
Weinzierl, Matthias
3105-1
Wisnom, Michael R.
2210-1,3310-4,33171,4113-1,4404-1
3217-1,3317-2
Wan Nawawi, Wan Mohd
Fazli
Van Paepegem, Wim
3408-3
Wang, Yazhen
P203-7
Weiping, Liu
3207-1
Withers, Philip
1119-6,2211-2
Wang, Yi
4116-2
Weir, Mike
3312-1
Withers, Philip J.
1119-5
Wang, Ying
1119-6
Weizhen, Pan
2119-3
Vittori, Jean François
P202-5
Wang, Yingde
5110-3
Welemane, Hélène
P205-2
2208-2,4308-2
Wang, Yuan
3401-2
Wells, Garry
2211-2
Wells, Jeremy
1306-1
Vivekanandhan,
Singaravelu
Vizcaino Rubio, Pablo
Welsh, Jeffry
3114-1
Velthuis, Rudi
3220-1
Vena, Pasquale
1119-3
Verdaguer, Ambre
3308-2
Verghese, Nikhil
1215-2,1315-2,4306-4
X
Xia, Yuanyuan
3419-1
Xian, Guijun
3419-1
Xiang , Feng
P103-1
Xiao, Bing
3408-2
Xiao, Lijun
1217-1
Xiao, Shengrong
2119-2
Xiao, Shumin
P104-4
1318-2
Xiao, Xianghui
2213-3
Vlak, Frane
P204-4
Xiao, Xinli
5212-2
Vlasov, Petr
P205-9
Xiao, Yi
1317-1
Vogel, Christian
1101-4
Xie, Ningbo
3210-3
Vogler, Matthias
3210-1
Xie, Wang
3407-3
Voland, Etienne
1218-4
Xie, Weihua
P204-10
Volatier, Julien
3206-5
Xin, Li-Min
1114-4
Wolf, Michel
4412-2
Xing, Lingbing
4403-2
Wolff, Johannes
P202-18
Xing-Jan , Jiao
P103-1
Volk, Brent
1115-2,2203-3
Xiong, Jian
5203-2
Volk, Brent L.
3306-3
Xiong, Liwen
1310-2
Vollrath, Fritz
4304-4
Xu, Chenghai
P102-19
Wolodko, John
4408-3
Xu, Desheng
P102-19
Von Der Heyden, Aaron
5219-2
Xu, Feng
3113-2
Van Santfoort, Els
1102-2,1116-3,13043,1317-3,31104,4121-2
1309-3
Van Wingerde, Arno
4119-4
Wang, Yuequan
P203-6
Van Vuure, Aart
1108-1,1309-3,2108-4
Wang, Yukun
3402-2
Van Vuure, Aart Willem
Wang, Zheng
5107-3,5107-4
Wan, Liqiang
1208-1,2108-1,21083,4308-3
5212-1
Wang, Zhenyu
Wan, Yi
3222-4
Wang, Zhiyong
1212-2,1312-3,21121,2112-3,3222-3
2119-2
Vandellos, Thomas
1218-4
Wang, Zuo-Jia
1103-2,3213-3
Vergote, Karel
5118-2
Vandepitte, Dirk
1311-3
Wan-Jusoh, Sheila
3318-4
Verma, Devendra
1119-4
Vander Sloten, Jos
1310-3
Vanlanduit, Steve
1303-1
Verners, Osvalds
1121-4
Vanegas-Jaramillo, Juan
David
Vanfleteren, Jan
5218-3
Vanneste, Myriam
4401-1
Vernet, Nicolas
3206-4
Vantomme, John
1113-5,4215-2
Verpoest, Ignaas
Wang, Ben
1108-5
Vara, Igor
1311-3
Wang, Bing
P203-18
Wardle, Brian
3316-2,3416-3
1110-1
2202-2,3316-4
Vervust, Thomas
Wang, Bo
Wardle, Brian L.
1108-1,1304-3,21081,2211-4,3222-2,42134, 2108-3,3404-2
3417-2
Von Klitzing, Regine
2109-3
Xu, Hong
1316-2
2110-1
1318-1
1105-4
Wang, Changfeng
Wargnier, Hervé
Vescovini, Riccardo
Won, You-Jin
P203-17
Xu, Liang
4118-3
2209-2
4204-5,5204-3
1209-3
Wang, Chi
Varley, Russell
Wetjen, Denise
1213-1
Wong, Kok
5209-1
Xu, Pan Fu
3216-2
Whitaker, Joanne
3120-4
Wong, Tsz-Ting
1319-2
Xu, Xiaoshan
4403-2
Warnet, Laurent
Whitcomb, John
2214-2
Wongsriraksa, Patcharat
1111-2
Xu, Yunyan
1215-4
Wang, Dan
1304-1,2218-1,32024,3202-5
1205-1
1121-3,1206-4,12173,2204-1,2204-2
3201-3,P204-3
Wevers, Martine
Wang, Chun
Varna, Janis
4204-4,4421-1,5204-1
White, Scott R
4104-3
Xue, Jia
1115-1
Wang, Dongyao
3202-3
1207-4,4206-3,5108-3
4304-4
4208-1
1303-4
Warrior, Nicholas
Woodcock, Jeremiah
Wool, Richard P.
Xu, Zhihong
4111-4
1101-6
White, Scott
Wang, David
Warnet, Laurent L.
5111-1
Vořechovský, Miroslav
3214-3
Vasco, Marina
P104-16
Whitlow, Travis
4218-2
Worley, Alex
3103-2
Vasconcelos, Miguel
4401-2
Wicks, Sunny S.
2202-2
Worrall, Chris
3301-3
Yagi, Shintaro
P202-6
Vasile, Eugenia
4305-3
Vidal Urriza, Maria
1109-4
Wouters, Kimberly
4308-3
Yakymenko, Yuriy
P105-15
Wang, Han
3305-3, 3315-3, 42183, 4318-3, 4403-1,
P104-4, P203-2,
P203-12
1112-2,3412-1
5211-1
White, Scott R.
Wang, Hai
Varshney, Vikas
Vasiliev, Valery
1105-5
Vidal, Frédéric
P205-9
Wright, Louise
2106-4,P205-3
Yamada, Rio
P104-9
Wang, Jie
1317-1
Wass, Duncan
3321-4,4204-3,4304-2
Viechtbauer, Christoph
1104-3
Wu, Chang-Mou
1102-6,P105-3
Yamamoto, Namiko
1202-1
Wang, Jihui
2217-3
Watanabe, Jun
4310-3
Vieille, Benoit
3218-4
Wu, Chao
3204-4
Yamasaki, Tatsuya
P103-3
Wang, Jin
4403-2
Watanabe, Naoyuki
1316-3,2115-1,3306-4
Wielhorski, Yanneck
4114-4
Wu, Kun
P103-9
Yamashita, Shinichiro
P201-10
Wang, Kon-Well
5202-5
Watanabe, Yoshimi
3301-2
Wierach, Peter
3218-3
Wu, Qi
3418-1
Yamatogi, Toshio
3104-1
Wang, Muzhou
4304-4
Watanapa, Anucha
P103-7
Vietor, Thomas
1220-1,4205-2,P204-1
Wu, Qinghua
P102-20
Yan, Jun
4105-4
Wang, Peipei
5106-1,5203-3
Watt, Gerald
4312-3
Vignoles, Gérard
2113-2
Wu, Shusen
4112-4,P103-13
Yan, Shibo
3110-1
Wang, Qi
3202-3,3402-1
Waugh, Rachael
4420-1
Vila, Joaquim
1207-3
Wu, Shuying
3202-4,3202-5
Yan, Wenyi
1114-3,3204-4
Wang, Qianqian
P205-13
Vaulin, Sergei
4116-4,P205-6
Vilatela, Juan José
3102-1
Vu, Van
3415-1
Yan, Ying
1314-1
Wang, Qingwei
P105-12
Vavouliotis, Antonios
5102-4
Wilhelm, Frederik
1201-2
Wu, Ying
Yanes, Sonia
3217-4
Wang, Rongguo
3202-3,3402-1
Vaziri, Reza
5113-3
Wilken, Ralph
P101-12
1110-1
4402-3
Weaver, Paul
Wilkinson, Arthur
5102-1
Wille, Tobias
3417-3
1114-6
3202-3,3402-1
3412-1,4202-1,4302-4
Wu, Zhanjun
Yang, Fan
Wang, Shaokai
Williams, Andrew
3114-1
Wucher, Benoit
4114-1
1302-2
2110-1,P203-13
Weaver, Paul M
Yang, Fubiao
Wang, Shilong
1105-1,2103-2,31052,3205-2,4110-4
3205-5
Wu, Yiting
Yang, Chengpeng
Wang, Shao Kai
1212-2,1312-3,21121,2112-3,3222-3
P202-1
1315-1
4408-1
Williams, Gordon
4215-1
Wucher, Benoît
3206-1
P201-4
Wang, Songwei
Webster, Dean
Yang, Jia-Ming
P105-14
2110-3
Williams, Jason
2213-3
Wuhrer, Richard
P205-13
1209-1,2103-3
Wang, Tai-Yuan
Vecchio, Irene
Yang, Jinglei
4311-4
4206-4
Williams, Martin
3202-2
Vukasovic, Marko
2105-3
5101-1
Wang, Weimin
Wedel, André
Yang, Jinshui
1115-1
4201-2
Villon, Pierre
4115-3
Vulcan, Maria Adina
P201-8
1114-6
Wang, Wen-Xue
Veeramachaneni, Joshi
Yang, Lei
2111-1
Wilmes, Andre
3402-4
Vuorinen, Jyrki
3408-1,5112-3
P203-13
Wang, Victor
Wehrkamp-Richter, Tobias 3217-3
Yang, Liming
Wang, Xiaofeng
3407-3
Wei, Haowen
P101-19
Wilson, Peter
1215-3,4406-2
Vyas, Gaurav
3221-2,4311-1
Yang, Liu
Wang, Xiaojun
P103-9
Wei, Shaolou
4112-3
Winberg, Fredrik
1106-5
Vygodskii, Yakov
P205-9
3409-2,3409-3,43091,5110-2,5209-5
3317-3
3417-2
Y
Yang, Mengdie
Index of authors//
Yang, Qiang
P204-10
Yoshihiko, Arao
3309-3
Zhan, Jiadong
4202-2
Zhao, Minhua
3316-4
Yang, Qiao Jie
1105-2
Yoshimura, Akinori
1313-1,4105-2,5117-2
Zhang , Richao
2102-4
Zhao, Xiantao
2107-4,2111-1
Yang, Qingda
1214-4,5214-2
Yoshioka, Kenichi
3315-1
Zhang, Bing
1203-2
Zhao, Xiaoran
1321-2,3211-2
Åkermo, Malin
1306-3,1320-3,2101-2
Yang, Qingsheng
2112-2
Yost, Kevin
4321-3
Zhang, Bo
P203-12
Zhao, Xin
1212-3
Österberg, Monika
4208-4
Yang, Qing-Sheng
P202-10
You, Zhong
4403-1
Zhang, Boming
Zhao, Yan
Østergaard, Rasmus
4219-4
Yang, Rongjuan
P103-20
Young, Robert
Yang, Rui
4301-4
Zhang, Dahai
Yang, Seunghwa
3316-1
Younkin, Douglas
1212-3,1312-2,31121,3202-1,4310-3
4206-3
1121-5,3109-4, 32091,3306-2
2209-2
Yang, Xiaoguang
1110-6,P104-11
Yousefpour, Ali
3116-2
Yang, Xiaoping
2202-1,5102-2
Yu, Bin
1209-1
Yang, Yang
3417-2
Yu, Hana
4113-1,4409-1
Yang, Yi
P102-20
Yu, Jilin
2110-1,P203-13
Yang, Yongqi
5116-3
Yu, Kai
3221-1
Yang, Yu
4417-2
Yu, Lichao
2209-3
Yang, Yuqiu
2209-3,3408-2,P101-6
Yu, Long
4215-1,4317-2
Yang, Zhe
1109-5,P204-18
Yu, Mingming
3407-3
Yang, Zhenyu
3115-1,P201-5
Yu, Qiyong
4401-3
Yang, Zhi-Yong
P102-6,P102-7
Yu, Seunggun
P205-7
Yang, Zhong-Jun
P202-10
Yu, Shuhui
1321-3
Yano, Fumiaki
3220-4,3407-4
Yu, T. X.
1310-2
Yano, Mamoru
P104-14
Yu, Tao
3118-4,5115-1
Yanwei, Zhu
2119-3
Yu, Tianhong
4314-1
Yao, Liaojun
5104-2
Yu, Tian-Hong
2111-1
Yaraghi, Nicholas
3308-4,P205-13
Yu, Woong-Ryeol
3211-1,3414-1
Yarza, Pablo
4319-3
Yu, Yalin
1121-5,3109-4
Yasaee , Mehdi
1203-2,1216-1,2116-2
Yu, Yin
4218-3,P203-2
Yashiro, Shigeki
4301-3,5117-2
Yu, Zhefeng
P203-12
Yazdani Nezhad, Hamed
4116-3
Yuan, Hongliang
5110-3
Ye, Jinrui
3306-2
Yuan, Qiaolong
4202-2
Ye, Lin
3221-4,4104-4
Yuan, Zeshuai
3115-1
Yeh, Yu-Kuei
3102-2
Yubo, Feng
1204-3
Yi, Fajun
P104-12
Yudhanto, Arief
1215-2,1315-2,4306-4
Yi, Sinan
4118-3
Yue, Wang
P201-15
Yi, Xiaosu
5217-1
Yuksel, Nermin
4405-3
Yidong, Zhang
1204-3
Yilmaz, Ezgi Deniz
2114-3
Yin, Ming
4402-2
Yin, Qi
5205-2
Ying, Zhe
1112-2
Yingzhi, Liu
1204-3
Yip, Ming Chuen
Yokozeki, Tomohiro
Z
Zhao, Zhenhua
Zhang, Fan
4112-1,P10310,P103-19
1210-1
1109-5,1312-4,
1321-2,2119-2, 32112,3402-2,4401-3,
5106-2,P204-18
1113-4
Zhenchong, Zhang
4402-3
Zhang, Fenghua
P205-16
Zheng, Lianxi
2103-3
Zhang, Guanhua
2111-4
Zheng, Nan
3302-3
Zhang, Guoqi
P203-18
Zheng, Wei
5203-2
Zhang, Hailong
P103-18
Zheng, Zhijun
2110-1,P203-13
Zhang, Han
3212-3
Zhengong, Zhou
P201-15
Zhang, Hui
4102-1
Zherebtsov, Dmitrii
P205-6
Zhang, Jian
2111-1
Zhi-Hai, Feng
P103-1
Zhang, Jianwei
1202-3,1302-2
Zhikharev, Mikhail
4116-4
Zhang, Jianyu
1316-1,2118-1
Zhong, Junjie
2215-1
Zhang, Jifeng
P203-1
Zhong-Wei , Zhang
P103-1
Zhang, Juan
2209-2
Zhou, Eric
3410-2,3415-4
Zhang, Kuangyi
4215-1
Zhou, Fang
1120-6
Zhang, Liying
1210-1,4102-2,P103-6
Zhou, Gang
3120-4
Zhang, Mengsi
4302-4
Zhou, Helezi
4216-1
Zhang, Mi
1114-1
Zhou, Jie
4116-2
Zhang, Ming Qiu
4104-4
Zhou, Jin
4317-3
Zhang, Qian
1315-1
Zhou, Jingwen
2201-4
Zhang, Qiwei
4411-1
Zhou, Li
3106-4
Zhang, Shen
5212-2
Zhou, Limin
P203-1
Zhang, Taotao
1314-1
Zhou, Min
3403-3
Zhang, Tong
1312-4,2119-2
Zhou, Peng
P104-4
Zhang, Wang
P205-12
Zhou, Xiang
4403-1
Zhang, Wenbo
5212-2
Zhou, Yan
Zhang, Xiao-Chong
P202-11
5212-3
4115-1
Zhang, Xiaohua
4202-1
Zhu, Haibin
Zhu, Jianhua
Zhang, Xiaoyan
1321-2
Zhu, Shaowei
P203-18
Zhang, Xin
P201-10
Zhu, Shenming
P205-12
Zhang, Xutang
P103-9
Zhu, Shuhua
P203-6
Zhang, Yafang
P102-20
Zhukov, Arkady
3221-5
Zhang, Yi
5204-2,P102-6,P102-7
Ziegmann, Gerhard
3311-3
Zhang, Yidong
5116-3
Zientarski, Lauren
4121-4
Zhang, Yongsheng
P203-7
Zike, Sanita
3420-2
Zhang, Yongyi
1316-2
Zimmermann, Kristian
3314-1
Zhang, Youwei
1312-4
Zimny, Kévin
1210-2
Zhang, Zhichun
P205-16
Zinn, Carolin
5107-4
Zhang, Di
P104-4
Zafari, Behrouz
5215-3
Zaharia, Catalin
4305-3
Zak, Alla
4108-3
Zang, Shixi
4403-1
P105-16
Zangenberg, Jens
4219-4
Zappalorto, Michele
3121-1
Zaremba, Swen
Yom-Tov, Ortal
1219-2,2119-1,32132,P205-1
2220-4
Yon, Jason M.
4211-3
Zarif Karimi, Navid
2118-3,4406-4,52011,5206-3,P101-17
3301-4
Yoneyama, Satoshi
4316-2
Zattera, Ademir
5202-4
Zhang, Zhiqian
4118-4
Zinno, Alberto
3419-3
Yoneyama, Takeshi
4201-3
Zattera, Ademir José
P201-2
Zhang, Zhiyuan
2208-3,3408-4
Zogg, Markus
3114-4
Yong, Ana
4306-2
Zattera, Ademir J.
P105-18
Zhang, Zhong
3302-2,4102-1
Zongsheng, Cao
3421-3
Yong, M. S.
3208-5
Zawada, Larry
4218-2
Zhang, Zhongsen
4410-2
Zouari, Wajdi
5108-2
Yoo, Hye-Jn
P102-16
Zavattieri, Pablo
3308-4,P205-13
Zhang, Zuo Guang
4402-3
Zrida, Hana
2204-2
Yoon On, Seung
3412-2
Zeiler, Rico
4413-3
Zhang, Zuoguang
Zu, Lei
2217-3
Yoon, Jae-San
3219-5
1119-1
P203-7
P105-12
Zhao, Defang
Zu, Liwu
Yoon, Kwan Han
Zhao, Guozhong
4105-4
2120-4
1210-4
P104-12
Zucchelli, Andrea
Yoon, Yonghoon
Zelenyak, AndreeaManuela
Zeng, Qingxuan
3412-1,4202-1,43024,4403-3
P101-6
Zeng, Xuesen
1211-3,3110-1
P202-20
3105-3,3421-2
3315-3,4218-3
Zuiko, Valerii
York, Christopher
Zhao, Jian
1311-4
1112-2
Zhao, Jiupeng
1321-4
2119-3
Yoshida, Keishiro
Zeng, You
Zujun, Peng
4211-4
4413-3
Zhao, Jiuzhou
5116-3
1106-4, 4217-4
Yoshida, Masaki
Zeng, Zhe
Zympeloudis, Evangelos
Zenkert, Dan
1221-2,1221-3,1320-3
Zhao, Libin
1316-1,2118-1
Å, Ö, Ø
ICCM20
The following institutions, associations and
corporations actively endorse the ICCM20 in
Copenhagen in 2015. The companies are furthermore
supporting the successful organisation and completion
of the conference including sponsorship and
representation at the industrial exhibition planned for
the ICCM20.
19-24 July 2015 - Copenhagen, Denmark
www.iccm20.org
ICCM
www.iccm20.org
Printed in Denmark by Kandrup
Endorsers
20th International Conference
on Composite Materials