Tuesday 27 March 10.30–12.50
Refectory
Haldane
MS: FTS@UCL
Industrial Maths
(Frank Smith)
Jitesh Gajjar
Chris Budd
Room:
Session:
10.30
10.50
LT2
Maths in Biology
Derek Moulton
David Lloyd
Andrew Newton
Shaker Rasheed
SR1
Applications /
Applied Analysis
Yiorgos Sokratis Smyrlis
Seashell growth and
morphology
On localised hotspots of
an urban crime model
Determining the temporal
dynamics of the solar α
Modelling a
reaction-diffusion system
On the analyticity of
certain
effect
for competing species
dissipative-dispersive
PDEs
Stephen Glavin
Julian Mak
Rory Mullan
Keith Daly
Predicting volatile
consumer markets using
multi-agent methods:
theory and validation
Shear instabilities in
shallow water MHD
Population behaviour in a
multi-species discrete
time predator-prey model
with randomized
Mode structure analysis
of optical biosensors
Stability of separation
bubbles induced by a
The effect of size and
scaling in binary network
suction slot
conduction
Demetrios Papageorgiou
Christopher Bell
Enkeleida Lushi
Viscous flows and their
stability in channels with
vertically oscillating walls
Solution for the long-time
chronoamperometric
current at an inlaid disk
electrode using matched
Collective chemotactic
dynamics in the presence
of micro-swimmer
interactions
asymptotics
11.10
11.40
11.50
12.50
Pearson
Social Modelling
LT1
GFD
B.09
Mathematical Ecology
assignment of control
parameter values
Coffee break
Vice-Provost’s Welcome (LT1)
IMA Lighthill Lecture, Oliver Bühler: Nonlinear wave-vortex interactions in shallow, deep, and quantum fluids (LT1)
Lunch
Key to rooms
The plenary sessions are all held in the large lecture theatres in the basement of the Cruciform Building (on Gower Street opposite the main UCL quad). Directions below are given from the Cruciform
Building.
LT1: Cruciform Lecture Theatre 1 Cruciform LT1 is in the basement. Walk down the main staircase. Turn right at the bottom of the stairs. Go through the left door at the end of the corridor. The
room is the third door on the right.
LT2: Cruciform Lecture Theatre 2 Cruciform LT2 is in the basement. Walk down the main staircase. Turn right at the bottom of the stairs. Take the right door at the end of the corridor. The room is
the second door on the right down the corridor.
SR1: Cruciform Foyer Seminar Room 1 Cruciform Foyer Seminar Room 1 is on the 1st floor. Do not use the main stairs: instead, as you enter the building, after one set of double doors turn left
immediately and go through a door. Take the stairs up to the first floor. Turn left through the door at the top of the stairs. The room is on your left.
B.09: Cruciform B.09 Cruciform B.09 is in the basement. Walk down the main stairs. Turn left at the bottom of the stairs then take the first door on the left. Through the door turn right. Go down the
corridor and take the second door on the left. B.09 is straight ahead of you.
Pearson: Pearson Lecture Theatre Cross Gower Street from the Cruciform Building, and once in the quad turn immediately left. The entrance to the building is on your left, in the corner of the quad.
The Pearson Lecture Theatre is on the ground floor. Walk to the end of the corridor, turn right, and walk through the door. Walk straight through double doors and the Pearson is on your right.
Haldane: Haldane Room Cross Gower Street from the Cruciform Building, into the main quad; head for the far-left corner into the Wilkins Building and follow the signs. Room is on the ground floor.
Refectory: Wilkins Old Refectory Cross Gower Street from the Cruciform Building, into the main quad; use the entrance just left of the main portico steps, and the room is more or less straight ahead
of you.
Room:
Session:
13.50
Tuesday 27 March 13.50–17.30
Refectory
Haldane
MS: FTS@UCL
Industrial Mathematics
Andrew Walton
Hayley Vosper
The stability of the axial
flow between concentric
On high-speed film flow
in bearings
Pearson
Numerical Analysis
Lloyd N. Trefethen
B.09
Dynamical systems
M Pradas
LT1
Free Surface Flows
Stephen Wilson
SR1
Modelling
Jonathan Evans
LT2
Fluid Mechanics
Robert M. Kerr
Jacobi 1825, Cauchy
1826, Poisson 1827
Additive noise effects in
active non-linear spatially
The “Contact Lens
Problem” or “A Rigid or
Single- and two-scales
sharp-interface models for
Dissipation and enstrophy
statistics in turbulence:
extended systems
Elastic Plate on the Free
Surface of a Thin Film of
Viscous Fluid”
concrete carbonation –
Fast-reaction asymptotics
Are the simulations and
mathematics converging?
cylinders
14.10
Nick Ovenden
M Turner
Matthias Gläfke
Mabruka Mohamed
Rajagopal Vellingiri
Petr Yatsyshin
Jonathan Healey
Flows in
three-dimensional
multiple branching
A breakup model for
transient Diesel fuel jets
Adaptive Time Domain
Boundary Element
Methods (TD-BEM) for
Nonlinear dynamical
systems and Bifurcations
Solitary waves in a falling
laminar liquid film
sheared by a coflowing
Integral and
integral-differential eqns
of classical density
A critical Reynolds
number for global
instability of rotating disc
turbulent gas
functional theory: a novel
numerical approach
flow
structures
14.30
Scattering Problems
Richard Purvis
Colin Paterson
Markus Schmuck
Schuyler Nicholson
Mark Jones
Fatimah Abdul Razak
Bernhard Scheichl
Air cushioning in
liquid-solid impacts
Drops, Ridges and
Rivulets in an External
Airflow
A new stochastic mode
reduction strategy applied
to the
Kuramoto-Sivashinsky
Using the Flow:
deciphering the
interactions of
non-equilibrium systems
Stability of resonant
capillary-gravity
interfaces
Transfer Entropy as a
causality indicator
Turbulent Separation at
the Trailing Edge of a
Bluff Body: Bridging
Controversial Asymptotic
equation
14.50
15.10
15.30
16.00
17.30
Theories
Alex White
Oliver Power
Simon Shaw
Ashley Willis
Eugene Benilov
Rahifa Ranom
Min Yu
The effect of roughness
on the stability of 3D
boundary layers
Fluid-structural coupled
vibrations in a
1-dim. combustor by the
Rayleigh-Ritz method
Finite element
approximation of
viscoelastic solids
Turbulence in rotating
shear flow
On contact lines with a
180-degree contact angle
Discharge of half-cell
Lithium Ion Batteries
Nonlinear mechanism of
hypersonic
boundary-layer transition
Hannah Fry
Alastair Rucklidge
David Sibley
Vipin Michael
A small ratios approach to
modelling droplet
deformation
Nonlinear three-wave
interactions and
spatio-temporal chaos
Slip or not slip? A
comparison of the
interface formation model
Nonlinear stability
analysis of hypersonic
flow over a cone with
to conventional
approaches
passive porous walls
Tea
Public Lecture, David Spiegelhalter : The Maths of Luck, Coincidence & Tragedy (LT1, simulcast LT2)
Reception sponsored by CUP and the Faculty of Maths & Physical Sciences, UCL
Room:
Session:
09.00
09.20
09.40
10.00
Wednesday 28 March 09.00–14.00
Pearson
LT2
MS: Social Modelling
MS: Water Entry
Rebecca Hoyle
Matthew Moore
10.40
11.00
11.30
12.30
12.45
Refectory
MS: Medical Appl’ns
Kim Parker
B.09
Maths in Biology
Chris Bocking
Haldane
Waves
Lennon Ó’Náraigh
LT1
Fluid Mechanics
Tatsunori Senoo
Are industrial ecosystems
Oblique water entry: the
Optomechanical cooling
Arterial Reservoir-Excess
Bacterial denitrification in
An analytical connection
Bifurcation of flows of a
mutualistic, trophic or
something else entirely?
consequences of an
apparently minor error
of levitated spheres:
quantum and classical
dynamics
Pressure and Ventricular
Work
soil
between temporal and
spatio-temporal growth
rates in linear stability
analysis
fluid with internal heat
sources in a vertical pipe
Joe Viana
James Oliver
Jonathan Keeling
Amy Smith
Stuart George
Ruth Voisey
S Radosavljevic
Combining discrete-event,
agent-based and system
dynamics simulation to explore
On the morphology of the
splash in the normal
impact of weakly curved
Collective Dynamics of
Generalized Dicke
Models
Multi-scale modelling of
blood flow in the
coronary capillaries: a
Signalling speeds in large
neurons
Waves in Quasiperiodic
Media
Aspects of and problems
in numerical modelling of
z-pinch dynamics
the health & social care
implications of age-related
macular degeneration
plate
Hannah Fry
Alexander Korobkin
Mark Everitt
David Smith
Michelle Baker
Ayesha Sohail
Eugene Benilov
Rate effects on the growth
of centres
A linear model of water
exit
Quantum measurement
with chaotic apparatus
Mechanics of sperm
motility
Cytokine mediation of
arthritic disease
Analysis of wave
dynamics in a flow cell
using discrete periodic
Why do bubbles in
Guinness go down?
Nick McCullen
Frank Smith
Ivette Fuentes
Gwen Palmer
K Giorgakoudi
Ian Thompson
Catriona R McArdle
Studying multiple
parameter models of
Fluid entry and exit
problems
Moving cavities for
relativistic quantum
Do Ruffini
Mechanoreceptors have a
A PDE model for
exploring the
Scattering by a
semi-infinite lattice and
The Stokes boundary
layer for a thixotropic or
information processing
Preferred Sensing
Direction?
determinants of epithelial
cell lysis due to
foot-and-mouth disease
virus infection
the excitation of Bloch
waves
antithixotropic fluid
homogenisation approach
technology diffusion on
social networks
10.20
SR1
MS: Quantum Dynamics
Tania Monteiro
Jonathan Ward
Jamal Uddin
Roman Schubert
Bindi Brook
Laura Gallimore
Stephen Griffiths
Ioana Adina Neacsu
Pattern formation and
social norms
The interaction between
an accelerating plate and
Non-Hermitian
propagation of coherent
Interactions of cell-scale
and tissue scale
Multiple travelling-wave
solutions in a minimal
Self-gravitating rotating
shallow-water waves
Investigation of highly
loaded sintered bearings
a free surface with surface
tension
states
mechanics in airway
smooth muscle
model for cell motility
above an elastic medium
under the effect of
vaporous cavitation
Tim Rogers
Mark Cooker
Ahsan Nazir
Colin Please
Feng Xu
Cristina Sargent
Konstantin Ilin
Jamming and pattern
formation in models of
segregation
Violent Flow in Confined
Spaces
A variational master equation
approach to open quantum
system dynamics: Applications
to excitonic energy transfer and
driven quantum dots
The two-dimensional
distribution of deposited
tears on the eye
Instabilities of flow in a
flexible channel under
prescribed upstream flux
Trapped modes of the
Helmholtz equation
Steady streaming in a
channel with permeable
walls
Coffee break
Plenary lecture, Mark Peletier: Gradient Flows, Optimal Transport, and Fresh Bread (LT1)
Newton Institute & FuturICT Project (LT1)
Lunch — Posters (North Cloisters)
Room:
Session:
14.00
Wednesday 28 March 14.00–19.30
Refectory
LT1
MS: Num. Analysis
MS: Free Surface Flow
14.00 Vanessa Styles
Paul Milewski
Numerical analysis of an
inverse problem for the
eikonal equation
14.20
Waves on floating ice:
solitary waves and
Breakdown of
14.40
15.00
Numerical approximation
of facetted pattern
formation in snow crystal
growth
16.20
16.45
18.00
19.30
LT2
Fluid Mechanics
Zoe Gumm
Haldane
Medical Appl’ns
David Schley
Quantum control of
continuous variables
Self-Force Calculations
for Binary Black Hole
The effect of rotation on
internal solitary waves:
Thermal Instabilities at a
Single Vertical Boundary
A potential mechanism to
explain viral budding
Inspirals
the KdV and wave packet
paradigms
self-similarity at the
crests of large-amplitude
standing water waves
Elham Kashefi
Universal blind quantum
computation
proposed by
mathematical modelling
Nils Andersson
Jamie Nutter
Almut Eisenträger
Paranormal fluids in
Impact of Junction
Parameter estimations for
general relativity
between Rigid and Porous
wall on Boundary-Layer
Instability
the cerebrospinal fluid
infusion test
Thomas Bridges
Daniela Pugliese
Peter Read
Neil Deacon
Mohit Dalwadi
Bifurcation of unsteady
On the evolution
A Chorus of the Winds:
Linear Spatial Instabilities
Does Mr. Darcy hold the
dark solitary waves from
steady periodic waves
equations for a
self-gravitating charged
scalar field
phase-synchronized
behaviour between
atmospheric
quasi-biennial and
semi-annual oscillations
in Inviscid Flows Through
Elastic-Walled Channels
key to your (new) heart?
Porous tissue growth in a
rotating nutrient-filled
bioreactor
Raphael Assier
M U Qureshi
Acoustic coupling in
combustion instability
Blood Flow and Pressure
During Pulmonary
Hypertension
Demetrios Papageorgiou
Nilanjana Datta
Juan A Valiente Kroon
Efficient Numerical
methods for Equations
with Fractional Diffusion
Nonlinear dynamics in
multilayer channel flows
driven by gravity or
horizontal pressure
gradients
Quantum Rate Distortion
and Reverse Shannon
Theorems
A class of conformal
curves on the
Reissner-Nordström
spacetime
Emilian Parau
Nicolas Brunner
Christian Lübbe
Boris Galperin
Jonathan Dawes
Marios Tziannaros
Hydroelastic waves in
fluid sheets
Quantum Nonlocality
Non-linear stability for
pure radiation spacetimes
Rossby waves and zonons
in zonostrophic
turbulence
Turbulent transition in a
truncated 1D model for
shear flow
Modelling
bladder-collapse flow
15.30 Chandrasekhar
Venkataraman
16.00
Pearson
MS: GFD
Roger Grimshaw
15.00 David Kay
15.20
15.40
B.09
MS: General Relativity
Sam Dolan
nonlinear response to
moving loads
Jon Wilkening
14.30 Robert Nürnberg
SR1
MS: Quantum Info.
Alessio Serafini
Modelling cell motility
with the evolving surface
finite element method
J-M Vanden-Broeck
Simone Severini
Pieter Blue
Yuan Li
C Kruse
Nonlinear waves with
constant vorticity
Quantum state transfer: a
challenge for algebraic
graph theorists
Maxwell’s equations
outside a slowly rotating
black hole
Effect of wall motions on
the instability of
two-layer channel flow
Computational Methods
for the diagnosis and
assessment of coronary
heart disease
Geoff Curtiss
Jeong Sook Im
Davide Girolami
Christian Böhmer
Steven Tobias
A brief introduction to
Numerical studies of 2D
Observable measure of
Continuum Mechanics
Direct Statistical
Elastic instabilities in
developing software for
and using the NAG
libraries
unsteady, aperiodic
surface waves on a
semi-infinite domain
quantum correlations
and General Relativity
Simulation of
Geophysical Flows
polymer processing flows
Helen Wilson
Tea
Stewartson memorial lecture, Yuriko Renardy: A mathematical perspective on thixotropic yield stress fluids (LT1)
LMS Reception, De Morgan House, Russell Square
Conference Banquet (ticket required), Russell Hotel
Room:
Session:
09.00
Thursday 29 March
Pearson
Haldane
MS: Inverse Problems
Solid Mechanics
09.00 Kernel Prieto
Stephen Rickaby
Level set techniques for
optical and fluorescence
tomography
A stress softening model for
the Mullins effect
LT2
Free Surface Flows
Christopher Lustri
B.09
MS: Math. Ecology
Sergei Petrovskii
LT1
Fluid Mechanics
B Goddard
The thermal shallow water
equations, their
Exponential Asymptotics on
Unsteady Flows
Statistical Mechanics of
Dispersal and Animal
Generalized dynamical density
functional theory: the
Movement
significance of inertia and
hydrodynamic interactions
quasigeostrophic limit, and
zonal jets on Jupiter
09.20
09.30 Ben Cox
09.40
Refectory
GFD
Emma Warneford
Quantitative
Spectroscopic
Photoacoustic
Tomography
Layal Hakim
Tom Ashbee
J-M Vanden-Broeck
Joseph Maestri
Cohesive Zone Models in
The hydrodynamic limit of a
Hydroelastic generalised
Self-Sustaining Processes in
History Dependent Materials
point vortex gas
solitary waves
Shear Flows
Ellis Barnwell
Philip Pearce
Michele Taroni
Vincent Jansen
David Pryce
Transient problems in periodic
composite materials
Rayleigh-Benard convection
generated by a diffusion flame
Multiple equilibria in a simple
elastocapillary system
On fat tails and Lévy flights:
the effect of individual
heterogeneity in animal
movement on the dispersal
Receptivity of the boundary
layer to elastic vibrations of
the wing surface
10.00
10.00 Marta Betcke
Karima Khusnutdinova
Harry Heorton
Ali Khalid
Cauchy Problem for
Boussinesq-type equations:
Extension of d’Alembert’s
Formula
Jet Formation at the Sea Ice
Edge
Hele-Shaw flow driven by an
external electric field
characteristics of populations
Receptivity to wall
imperfections over a swept
wing
10.20
Double-Cone Rebinning:
Fast and Robust Image
Reconstruction from
Asymmetrically
Truncated Cone Beam
Projections
Riccardo De Pascalis
Amar Parmar
Alex Wray
Sean A Rands
Thomas de Cointet
Predicting the pressure-volume
curve of an elastic microsphere
composite
What drives the stratified
zigzag instability on a pair of
vertical vortices?
Electrostatically-induced
complex dynamics in viscous
film flow down the surface of a
State-dependent social
behaviour: modelling
behavioural interactions
Transonic Flow Separation
caused by a Discontinuity in
Surface Curvature
cylinder
Tom Shearer
Edward Johnson
Mat Hunt
informed by the physiology of
the interactors
Antiplane Wave Scattering
From a Cylindrical Void in a
Pre-Stressed Nonlinear Elastic
Geographically localised
coastal trapped waves
Fluid flows of a conduction
fluid adhering to an upper
surface
Daniel Colquitt
Xavier Riedinger
Dmitri Tseluiko
Rishi Kumar
Christopher Green
Dynamic anisotropy and
primitive waveforms in
discrete elastic systems
Radiative instability of a
vortex in a stratified fluid
Dynamics of an
electrostatically modified
KS-KdV eqn arising in falling
film flows
Towards an information
formalism in group behaviour
with incomplete information
Analytical solutions for von
Karman streets of hollow
vortices
10.30 Carola Schoenlieb
10.40
Analysis of an alternating
regularisation technique
for PET reconstruction
Christian Thomas
Curtis Banks
Receptivity of Cross-flow
vortices
Material
11.00
11.20
11.50
12.00
13.00
Coffee break
Prizes, closing remarks, etc. (LT1)
Plenary lecture, Darren Crowdy: The “Hole Story”: how to solve problems in multiply connected geometries (LT1)
Lunch