根据我与 EVJJ 的谈话，初步确定这几天（13~15 日）的任务：
确定申请小方向（由于准备同时申化工和材料这两个大方向，所以每个大方向里
面申什么小方向要确定），两份 FR。
嗯就这一个任务。
为了完成这个任务，我打算这么办：
1. 上 US NEWS 排名，选出若干所大学，在它们的网页里面研究，看看都有哪
些小方向。关注点：城市。
2. 咨询人（王琳，郭鹏师兄，高龙成老师，高恺师兄，叶枭，黄以天等等）。关
注点：申请难度、就业情况、等等。
3. 太傻和寄托的化学、材料、化工区，搜索有价值的帖子，关注点：申请难度、
奖学金情况、就业情况。
4. Reviews
陈静 JJ: 强烈不建议把选校和做专业调查分开
20120921 补充
做第一份 FR 的过程中发现，小方向是和教授紧密相关的。同一个学院、同一个
领域的两个教授的研究方向都会大相径庭，而且有的教授所关注的小方向不止一
个。所以关注点转移到了教授和研究组上了，重点找到感兴趣的教授。
20120921 补充
关于材料小方向的思考
本来听说仿生方向就业不好，所以有转的想法。但是这么多大学的材料系看下来
后发现，材料大方向下，还是仿生小方向自己觉得有点意思。刚才又反思了一下
这么“执迷不悟”的原因。是不是因为我们学院主打仿生方向，而我之前也做了
仿生方向的 FR，所以我会这么有“先入为主”的倾向性，从而失去了理性呢？
于是反问了一下自己，如果我们学院没有主打仿生方向，我之前也没有做过这方
面的 FR 的话，即把这些记忆全部剔除的话，我会申请什么？静静思考之后，我
觉得我还是会申请这个方向。可能是对大自然里面的东西能够运用到人们的生活
之中，这一点对我很重要的关系吧。这些关于内心动机和兴趣的思考，真是很折
磨人，时常就会陷入“先生蛋还是先生鸡”的思维怪圈之中，对自己的人生产生
怀疑。
最后，我现在觉得最适合自己的材料小方向是“仿生、功能性材料”
FR----材料方向
#材料大方向下小方向细分！！！（从 Stanford MSE 主页上借鉴的）红笔为感兴趣
方向
Advanced Characterization
Biological Materials
Bulk Crystal Growth
Computational Materials Science
Electronic Materials
Magnetic Materials
Materials for Energy and Environmental Applications
Mechanical Behavior of Materials
Nanopatterning
Optical and Photonic Materials
Organic Polymer Materials
Shape Deposition Manufacturing
Thin-Film Deposition
补充
Ceramics
从
U
of
主
Washington
页
也
可
借
鉴
：
http://depts.washington.edu/mse/facresearch/researchareas.shtml
以下是从太傻网上 USNews 2013 最佳材料工程专业排名中前 50 所学校，以及 50
名后的若干所所学校，所有我感兴趣的教授、研究小组。
1. MIT
Department of Materials Science and Engineering
DMSE
About DMSE: research ranges from the purely scientific to applied studies and
involves perspectives of chemistry, physics, electronics, the artistic and historical
aspects of materials, design, and entrepreneurial ventures
研究范围：纯科学至应用科学，相关知识有化学、物理、电子、艺术、历史，相
关行业有材料、设计、工业。
有普通 PhD 项目和交叉学科 PhD 项目
交叉 PhD 项目：Archaeology and Archaeological Materials (AAM)；Program in
Polymer Science and Technology (PPST)（可以略微考虑一下）；Technology and
Policy Program/Engineering Systems Division (TPP/ESD)
Careers
in
Materials
Science
and
Engineering
本 科 毕 业 生 去 向
从表中可以看出，毕业生去向广泛，有高校、研究所；化工公司、企业；政府部
门、咨询公司、银行等等。不过事后发现是本科生的去向，没有很大参考价值。
DMSE 的 discipline（筛选后，与我有关的）
1. Biomaterials
Holten-Andersen, Niels
2. Biomolecular Materials
Holten-Andersen, Niels
#Note: Faculty: Holten-Andersen, Niels，http://dmse.mit.edu/faculty/profile/holten
3. Ceramics
Hobbs, Linn W.
#Note: Faculty: Linn W. Hobbs， http://dmse.mit.edu/faculty/profile/hobbs
4. Biotechnology
Michael F. Rubner，Christine Ortiz，Angela Belcher
#Note: Michael F. Rubner，http://dmse.mit.edu/faculty/profile/rubner；Christine
Ortiz
，
http://dmse.mit.edu/faculty/profile/ortiz
；
Angela
Belcher
，
http://dmse.mit.edu/faculty/profile/belcher
5. Implants
Gibson, Lorna J.，Cima, Michael J.
#Note：Gibson, Lorna J.，http://dmse.mit.edu/faculty/profile/gibson
6. Structural and Environmental Materials
Joel P. Clark，Thomas W. Eagar
# 这 两 位 都 是 很 非 主 流 的 研 究 方 向 （ 与 我 所 作 科 研 关 系 不 大 ）， 一 个 是
http://dmse.mit.edu/faculty/profile/eagar
；
另
http://dmse.mit.edu/faculty/profile/clark
Center for Materials Science and Engineering （CMSE）
一
个
是
#Faculty members
Name
Department
Role
Alfredo Alexander-Katz
Materials Science and Engineering
Seed
Polina Anikeeva
Materials Science and Engineering
IRG-III
Angela M. Belcher
Materials Science & Engineering,
IRG-I
Biological Engineering
Mary C. Boyce
Mechanical Engineering
IRG-II
Markus J. Buehler
Civil & Environmental Engineering
IRG-II
Gerbrand Ceder
Materials Science & Engineering
IRG-I
Robert E. Cohen
Chemical Engineering
IRG-II
Mircea Dinca
Chemistry
Seed
Yoel Fink
Materials Science & Engineering
IRG-III
Nuh Gedik
Physics
Initiative-II
Silvija Gradečak
Materials Science & Engineering
Seed
Kimberly Hamad-Schifferli
Mechanical Engineering, Biological
IRG-I
Engineering
Paula T. Hammond
Chemical Engineering
IRG-II
Erich P. Ippen
Electrical Engineering & Computer
IRG-III
Science
Pablo Jarillo-Herrero
Physics
Initiative-II
John D. Joannopoulos
Physics
IRG-III
Steven G. Johnson
Mathematics
IRG-III
Jing Kong
Electrical Engineering & Computer
Seed
Science
Steven B. Leeb
Electrical Engineering & Computer
Education Advisor
Science
Timothy Lu
Electrical Engineering and Computer
Science
Seed
Jagadeesh Moodera
Francis Bitter Magnet Laboratory
Initiative-II
Daniel G. Nocera
Chemistry
IRG-I
Christine Ortiz
Materials Science & Engineering
IRG-II
Yuriy Roman
Chemical Engineering
Seed
Caroline Ross
Materials Science & Engineering
NSF/NRI
Supplement
Michael F. Rubner
Materials Science & Engineering
Initiative-II
Yang Shao-Horn
Mechanical Engineering, Materials
IRG-I
Science & Engineering
Sang-Heon (Dan) Shim
Earth, Planetary, & Atmospheric Science
Initiative-II
Marin Soljačić
Physics
IRG-III
Carl V. Thompson
Materials Science & Engineering
IRG-I
Mehmet Toner
Health and Sciences Technology
Initiative-I
Krystyn J. Van Vliet
Materials Science & Engineering
IRG-II
Troy Van Voorhis
Chemistry
IRG-I
Evelyn Wang
Mechanical Engineering
Seed
Brian Wardle
Aeronautics and Astronautics
Initiative-I
1. Bioinspired Environment-Responsive Ligand-Coated Nanoparticles
Alfredo Alexander-Katz
# Alfredo Alexander-Katz, http://soft-materials.scripts.mit.edu/www/
2. High Def Nano Materials: New Routes to 3D Hierarchical Nanostructured
Materials and Devices
Brian Wardle (leader), Aeronautics and Astronautics; Robert Cohen, Chemical
Engineering; Michael Rubner, Materials Science and Engineering; Mehmet Toner,
Harvard-MIT Health Sciences and Technology
#Michael
F.
Rubner
，
http://mit.edu/cmse/people/rubner.shtml
；
http://web.mit.edu/dmse/rubner/
2. Northwestern University (McCormick) “西北大学
McCormick 工程及应用科学学院”
# 此大学网页有简体中文版，有专门主页介绍华裔教授，其中不少材料系。
http://www.mccormick.northwestern.edu/chinese/faculty/index.html
MSE 学院
#http://matsci.northwestern.edu/graduate/prospective-phd/index.html 此 PhD 项目包
含有 professional development，帮助就业，good
FACULTY：
1. Yip-Wah Chung
designing thin films and materials with excellent infrared reflection properties, for use
in automotive and aviation applications. 貌似偏实用性的研究比较多，赞
2. Katherine Faber
processing methods for multifunctional ceramics ； SiC-based cellular ceramics,
"biomorphic"与仿生有点关系；thermal and environmental barrier coatings for engine
components。此教授也是偏应用的研究很多，赞
3. Samuel Stupp
貌似是大牛，有自己的实验室、网站 http://stupp.northwestern.edu/
三个研究主题 self-assembly；solar fuels and photovoltaics；biomaterials
大赞
4. Gregory B. Olson
材料设计；虽与生物材料仅略相关，但是研究范围广。
5. Ramille Shah
美女教授；研究方向三个，均与仿生有关，有趣味性；大赞
Hybrid biomaterial scaffolds；Soy-based biomaterials；Mechanical and ultrasonic
stimulation of cells in scaffolding systems
6. Derk Joester
生物矿化和仿生材料研究，德国教授，非大牛，与我的研究高度相关。大赞
7. Mark C. Hersam
大研究组，主要为有机无机材料研究，研究范围广，里面有 applied technology
development 的研究。
3. Stanford
MSE
1. Reinhold Dauskardt
有自己研究组，网站 http://dauskardt.stanford.edu/research.html； Thin Films and
Nanomaterials；Biomaterials； Modeling and Simulation；The Bulk Metallic Glasses
and Structural Materials Program；大赞
2. Sarah Heilshorn
偏生物，略不好，但是研究课题赞；
Biomaterials in regenerative medicine
Engineered proteins with novel assembly properties
Microfluidics and photolithography of proteins
Tissue engineering for spinal cord regeneration
Synthesis of materials to influence stem cell differentiation
4. UCSB
MSE 有诺贝尔奖大牛 黑格尔
1. Fred Wudl
大 组 ， 网 页 http://web.chem.ucsb.edu/~wudlgroup/ ； marine science, biological,
bioinorganic, inorganic, solid state, materials, and physical chemistry.，交叉学科；与
生物相关,偏应用
1. organic/inorganic interface chemistry including the molecular assembly of
material systems with integrated nanoscale to macroscale functionalities
2. the use of inorganic species and surfaces to define biomolecular assembly (e.g.,
transmembrane proteins) and biosystem processes (e.g. blood clotting cascade
chemistry and hemostasis)
3. conversion of methane (biomethane and stranded natural gas) to chemicals and
fuels
4. meso- and nanostructured photovoltaic and photocatalytic composite systems
5. gradient materials and interfaces
6. and understanding Nature's routes to organic/inorganic bioassembly.
5. UCLA
Prof. Yu Huang,
中科大；研究范围 creating complex materials structures with nanoscale precision
using chemical and biological approaches; and studying the new physical properties
(optical, magnetic, electrical, and even catalytic properties) that arise in these new
nanoscale architectures. 生物材料，赞
6. U Penn
1. Professor Shu Yang
复旦大学，仿生材料。研究课题：
Fabrication of 3D Photonic Structures by Holographic Lithography
Tunable Wetting and Adehsion on Reversibly Tunable Wrinkled Surfaces
Directed Wetting, Adhesion and Assembly on Topographically Structured Polymer
Surfaces
Nanoscale Assembly of Complex Structures via Harnessing of an Elastic Instability in
Polymer Gels
大赞
7. Boston U
1. Rama Bansil
gel 研究，与 Harvard 医学院合作，生物、物理领域
2. Professor Basu
Environmental barrier coatings
Structure, chemistry and strength of interfaces
Environmental degredation of materials
3. Prof. Mark W. Grinstaff
http://people.bu.edu/mgrin/members/index.html 生物材料
Polymeric Films for Prevention of Recurrent Lung Cancer
Interfacial Biomaterials
4. Elise Morgan
骨头研究
5. Joyce Y. Wong
tissue engineering of small diameter blood vessels for bypass and intravascular
pharmacology (e.g. stents); development of targeted nano- and micro-particle contrast
agents for multi-modal (magnetic resonance, ultrasound, and optical) detection of
atherosclerotic and vulnerable plaque; and engineering biomimetic systems to study
restenosis and breast cancer. 赞
6. Katherine Yanhang Zhang
Cardiovascular mechanics
Multi-scale mechanics of extracellular matrix
Mechanobiological constitutive modeling of biological tissue
Micro- and Nano-mechanics of thin film and thin film coatings
美女教授，生物材料，赞
7. Dan Nathanson
Research projects include clinical and animal studies, as well as in vitro research
spanning topics from metals to composites and ceramics, biocompatibility, machined
restorations and restoration of pulpless teeth.
8. Joe Tien
8. Georgia Tech
1. David Bucknall
很多应用性研究，有生物材料方向
His current research includes using polymers to create fundamental building blocks
for
possible
quantum
computer
architectures,
hydrogels
for
maxillofacial
reconstructive surgery, and effect of morphology and processing in organic
photovoltaics.
2. 印度教授，大赞！Sundaresan Jayaraman
偏应用研究，有工业背景。(i) Enterprise Architecture and Modeling Methodologies
for Information Systems; (ii) Engineering Design of Intelligent Textile Structures and
Processes; (iii) Design and Development of Knowledge Based Systems (KBS) for
textiles and apparel; and (iv) Multimedia Educational Systems 获奖较多
3. Barbara Boyan
资料未知
4. Zhong Lin Wang
大牛
5. Vladimir Tsukruk
乌克兰人，大教授，手下课题很多，包含有仿生材料方向
6. Mohan Srinivasarao
印度教授，手下课题含有生物颜色
physical chemistry of polymers, physics of nematic liquid crystals, optics of liquid
crystals, rheology/rheo-optics of polymeric fluids and liquid crystals, polymer/liquid
crystal dispersions, various forms of light microscopy including confocal microscopy
and photon tunneling microscopy, color science, and nano-optics in the biological
world (color of butterfly wings, beetles, moths, and bird feathers).
7. Meisha Shofner
美女助理教授 Dr. Shofner’s research group is concerned with structure-property
relationships in polymer nanocomposite materials and with producing structural
hierarchy in these materials for structural and functional applications.
http://shofnerlab.gatech.edu/
8. Kenneth Sandhage
偏应用性研究
Biological/biochemical processing of inorganic materials and micro/nano-structures
Near net-shape reaction processing of ceramics and composites
High-temperature oxidation and corrosion
9. Shuming Nie
医学应用为导向的生物材料研究，偏理论
Research in the Nie Group develops advanced biochips, bionanotechnology, and
multicolor imaging technologies for high-throughput studies of genes, proteins, and
cells. The long-term goal is to integrate biotechnology, bioengineering, and clinical
research for disease detection, diagnosis, and treatment. A special emphasis is on
translational cancer research, in which fundamental discoveries and new technologies
(such as genomics, proteomics,and ultrasensitive optical detection) are applied to
patient care.
10. Min Zhou
北航校友，偏理论研究，貌似计算化学。
11. Nazanin Bassiri-Gharb
偏应用材料研究
Dr. Bassiri-Gharb's research interests are in ferroelectric and multiferroic materials
and their application to nano- and micro-electromechanical systems as sensors and
actuators. Her research projects integrate micro and nanofabrication techniques and
processes, with fundamental science of ferroelectric materials.
In the area of novel characterization techniques for ferroelectrics, Dr. Bassiri-Gharb
studies the effects of the external fields (electric, strain and temperature) on the
dielectric and piezoelectric properties of these materials. The experimental
characterization and mathematical modeling of the nonlinearities in ferroelectric
materials are then implemented for design and prediction of the on-field behavior of
the piezoelectric devices (e.g., MEMS sensors and actuators and multilayer
capacitors).
Dr. Bassiri-Gharb's research in the area of smart nano-systems is centered on
ferroelectric nanostructures for appl
12. Kenneth Sandhage
工业背景，大赞
Dr. Sandhage’s research focuses on novel reaction processing of advanced materials
for electromagnetic, chemical, optical, sensor, refractory, and structural applications.
13. Faisal Alamgir
偏应用研究
14. Steven Johnson
NASA 研究背景
15. Kenneth Gall
为工业、公司提供咨询服务，偏应用性研究；赞
16. David McDowell
偏应用研究，大牛，蜂窝状结构研究
Mechanics of Materials and Computer-Aided Engineering and Design
Material deformation and damage, constitutive laws, and metals processing
17．Seung Soon Jang
偏生物
Developing new methods for atomistic modeling of materials and biological systems
Applying multiscale modeling for materials and biological systems
Computational nano/biotechnology
Computational fuel cell technology
18. Gleb Yushin
俄国人
Nanocomposites for Energy, Environmental, and Biomedical Applications
Carbon-based Hybrid Materials
9. UIC
大学很好，芝加哥，学校艺术气息较浓。网站设计感优秀。
可惜材料系的教授不多，与我相关方向的教授也不多
10.
Rice U 休斯敦
#大学风格很不错，物美价廉 校训 Unconventional Wisdom
P. M. Ajayan
有自己实验室、网站 http://www.owlnet.rice.edu/~Robert.Vajtai/Ajayan/index.html；
研 究 方 向 Nanomaterials in Energy Generation and Storage ； Multifunctional
Composites, Nano-enabled bio-mimetic Systems ； Nanoelectronics, Nanosensors,
Active Nanosystems 赞
11.
U of Rochester
Danielle Benoit, Ph.D.
偏应用研究，生物相关，赞
网页上说了缺研究生
Developing Targeted Drug Delivery Systems to Treat Leukemia；Hydrogel culture
environments for regenerative medicine applications；Hydrogels for local delivery of
therapeutics；Polymer-drug complexes/ conjugates to overcome systemic delivery
barriers ； Tissue Engineered Periosteum Approaches to Heal Bone Allograft
Transplants；Programmable Nanostructured Biomaterials for Neuronal Growth
12.
Drexel U
网站设计感不错,学院网站很活泼，赞
1. Dr. Caroline Schauer
生物材料相关研究，网站 http://www.materials.drexel.edu/npp/ 这个组很不错，赞
2. Kenneth Lau
生物材料组，http://www.chemeng.drexel.edu/laugroup/people/index.html
3. Ulrike Wegst
仿生材料组，http://www.materials.drexel.edu/bdg/，仿生材料的设计
13.
Ohio State U
材料系研究课题：
Biomaterials | Computational Modeling | Corrosion | Electronic, Optical & Magnetic
Materials | Materials Performance | Materials Processing & Manufacturing |
Mechanical Properties | Microstructure & Property Relationships | Superconductors
Biomaterials 包括
“Smart” Polymers
Biomimetic Elastomers
Engineered Skin
Heart “Patches” and Blood Vessels
Microenvironment for Stem Cell Differentiation
Immunoisolation System
Aligned Fiber Assays
Femtosecond Laser Machining
Biomaterials for Islet Delivery
Tendon Repair
Tissue-engineered cardiac patches and blood vessels
Faculty：
Peter Anderson
Jianjun Guan
John Lannutti
Heather Powell
14.
University of Michigan
Sharon Glotzer
关键词：材料设计、仿生、计算机模拟
赞
Peter Green
应用结合研究
Jinsang Kim
生物材料
材料设计
工作小组网站 http://www.mse.engin.umich.edu/people/faculty/kim/group
Nicholas Kotov
生物和医学应用研究
Joerg Lahann
仿生材料、应用材料研究，大赞！
研究小组网站 http://www.engin.umich.edu/research/lahann/
德国人
Victor Li
华裔
赞
15.
Rutgers U
Laura Fabris 仿生材料、应用，赞
Dunbar P. Birnie
seems like a funny guy
Thomas J. Nosker
应用导向，赞
16.
University of Wisconsin-Madison
Donald S. Stone
William L. Murphy
Bioinspired Materials Laboratory http://bioinspired.engr.wisc.edu/
Michael Scott Arnold
http://homepages.cae.wisc.edu/~arnold/people.html
17.
Harvard
Joanna Aizenberg
大赞，这就是传说中的艾森博格组。我院老师如雷贯耳，王琳也很了解。晚上找
这货再详细问问。
Katia Bertoldi
Conor Walsh
大赞
Robert Wood
http://robobees.seas.harvard.edu/
Joost J. Vlassak
http://vlassakgroup.seas.harvard.edu/
18.
purdue
John Howarter
reducing the operational energy footprint of polymer membranes through material
design.
Carlos Martinez
应用研究
19.
UC Davis
Tonya Kuhl
Direct
measurements
of
biological
membrane-membrane
interactions
•
Ligand-receptor interactions • Polymer thin-films, and small angle scattering studies
of interfacial films
Microstructural, phase, transport, and mechanical properties of biological membranes
and lipid monolayers in viral infection • Cell signaling and transport • Alcohol
tolerance • Imaging and drug delivery
Adam Moule
Device physics - physical aspects of radiation absorption, charge separation and
transport, light capture, and the correlation between the structural and electronic
properties of organic-organic and organic-inorganic interfaces.
Modeling - Optical modeling, device electrical modeling with an emphasis on
interface effects, and atomistic and course-grained molecular dynamics simulations to
determine equilibrium structural conformations in polymer fullerene mixtures.
Coating technology - development of solution coating techniques for large area
deposition of polymer solutions and colloid monolayers.
Material discovery and characterization - characterization of conjugated polymers,
fullerenes and nanoparticles based on inorganic semiconductors, metals and
conjugated polymers for use in PV devices.
Julie Schoenung
http://www.chms.ucdavis.edu/research/web/schoenung/
Nanostructured and ultrafine grained materials
Green materials and green engineering design
20.
Virginia Tech
Shashank Priya
急招人
Bio - Inspired Materials and Devices Laboratory http://www.emdl.mse.vt.edu/
大赞！！
小组有这么多科研究课题
Fabrication and Properties of Textured Relaxor-PT/PZT Piezoelectric Ceramics
Ultra-High Sensitive Magnetoelectric Nanocomposite
Characterization and Applications of Electroceramics
Creating Human-like facial expressions utilizing artificial skin and muscles
Jellyfish Autonomous Node and Colonies
Vibration Energy Harvesting
Biomimetic Jellyfish Robotic Vehicles
Computational (CFD) and experimental fluid dynamics, swimming locomotion...
Domain Engineering in Textured (Na1/2Bi1/2)TiO3 – BaTiO3 Bulk Ceramics ...
Design and Development of miniature robotic devices
AJV Propulsion System Design and Modeling
Humanoid Robot for Medical Applications
3D MEMS Multimodal Energy Harvesting Using Oriented Piezoelectric And...
Lead-free Magnetoelectric Materials & Devices
Small-Scale Wind Energy Harvesters for Structural Health Monitoring
Thin & Thick Film Magnetoelectric Composite and transformer
Humanoid Robot for Medical Applications
Domain Engineered Magnetoelectric Thin Films
High textured thermoelectric ceramics with multilayer structure
Human-like skin and artificial muscles
Kathy Lu
天津大学毕业
研究方向
Nanomaterial, microsize material synthesis and processing
Fuel cell material design
Composites, functionally/structurally graded materials, porous materials
Material design using ceramics, metal powders, polymers
Powder synthesis
Diversity in engineering education
21.
UMass Amherst
网站设计不错
Jessica D. Schiffman
生物、应用、环保相关，赞！
22.
Michael S. Yu
Johns Hopkins U
Synthesis and application of protein-based materials
Bio-inspired nanostructured materials
Biosynthesis of artificial proteins
Biomaterials for tissue engineering
Polymeric liquid crystals
Hai-Quan Mao
Biofunctional scaffolds
Non-viral gene delivery & drug delivery
Stem cell expansion and differentiation
Biodegradable polymers
Kalina Hristova
Membrane biophysics
Biomolecular materials
Biosurface interactions
Self-assembly of biological amphiphiles
Protein-lipid interactions
23.
Chris A. Marianetti
Columbia
Predicting materials properties from first-principles computations; materials with
energy related applications; density-functional theory; dynamical mean-field theory;
transition-metal oxides; actinides, energy storage and conversion materials
24.
Brown U
Kim Research Group
http://www.brown.edu/Research/Kim_Research_Group/Website/group.html
赞
25.
The U of Texas at Austin
Rodney S. Ruoff
工业背景 公司创始人
26.
Sangamesh G. Kumbar
Polymeric Biomaterials
Nano-biomaterials
Drug delivery
Biodegradable scaffolds
Tissue Engineering
Leon L. Shaw
Hydrogen storage materials
U Conn
Solid oxide fuel cells and PEM fuel cells
Solid oxide fuel cells and PEM fuel cells
Batteries for storage of electrical energy
Biomaterials and orthopedic implants
Nanostructured metals and ceramics
Yong Wang
Antibody-Like Nanomaterials
Bioinspired Protein Delivery Systems
Tissue-Like Nano-Structured Biomaterials
Mei Wei
磷灰石研究，赞
Dr. Valentine Vullev
http://www.vullevgroup.org/Lab-Members
David Kisailus
Bio-mimetics,
Bio-inspired
Materials
Synthesis,
Biomineralization,
Ceramic
Processing, Thin Film Growth, Nanomaterials, Energy Storage and Conversion
Materials (Photocatalysts, Batteries).
Juchen Guo
rational design, synthesis, and characterization of novel materials for energy and
environmental technologies including rechargeable batteries, polymer electrolyte
membrane fuel cells, photovoltaic devices, and water treatment.
Ian Wheeldon
Biocatalysis, Biologically Inspired Engineering, Protein Engineering, Synthetic
Biology, Adaptive Materials, Bioenergy
27.
CMU
MSE:
Christopher J Bettinger
医学应用
(1) Intelligent Biomaterial Networks
(2) Biodegradable Electronic Devices
(3) Cell-Biomaterial Interactions
http://biomicrosystems.net/research/
Adam W. Feinberg
Engineering the Biotic-Abiotic Interface
Bottom-Up Engineering of the Extracellular Matrix
Combining Basic Science and Applied Research
Current Projects in the Lab
Biomechanics and mechanobiology of fibronectin, laminin and collagen nanofibers
Development of new methods for fabricating ECM scaffolds
Engineered basement membranes for regeneration of the corneal endothelium
Cardiac tissue engineering using 3-dimensional nano/micro structured ECM scaffolds
28.
Clarkson U
Devon A. Shipp
偏应用研究
29.
University of Kentucky
学校网站的配色很喜欢
Kimberly Anderson
院长 大牛 面善
Biocompatible Surfaces, Cancer Cell Metastasis, Cell-Based Biosensors, Microfluidic
Devices for Biological Applications
Stephen E. Rankin, Ph.D.
Biotechnology, Interfacial Science, Multiscale Modeling, Nanotechnology, Reaction
Engineering, Renewable Energy, Separations
30.
Lehigh U
达赖去过，貌似对中国人不太友好
学校的生物材料方向没什么教授
31.
没有感兴趣教授
U of Utah
32.
Rensselaer Polytechnic Institute
Nikhil Koratkar
印度人，网站 http://homepages.rpi.edu/~koratn/ 赞
33.
Colorado School of Mines 科罗拉多矿大 LOL
MATTHEW LIBERATORE
偏应用
34.
Illinois Institute of technology
没多少
35.
Arizona State U
材料系没多少仿生方向
Michael O'Connell
rbon
nanomaterials
(e.g.
buckyonions/carbon dots).
carbon
nanotubes,
graphene,
nanodiamond,
Work includes synthesis, chemical modification,
spectroscopy, microscopy, and other characterization. Applications in energy,
bio-medical topics, printed electronics, nano-actuation, nanofluidics, and others.
Ramakrishna, B.L.
two areas -1) Biomaterials, and 2) Engineering Education.
Della Roy
Area of research encompass: materials synthesis, processing characterization in
inorganic, ceramic, cement and mineral systems; phase equilibria and thermodynamic
properties; hydrothermal synthesis; chemically bonded ceramics; biomaterials
synthesis; nano- and micro-structural design, and durability of materials.
36.
U of Illinois at Urbana-Champaign
Paul V. Braun
http://braungroup.beckman.illinois.edu/index.html
生物材料 赞
Kriven Group
http://kriven.matse.illinois.edu/index.html
生物、矿物相关研究，大家庭氛围，赞
可是照片中没看见亚洲人，疑老师有倾向
Nancy R. Sottos
很洋气的组
http://autonomic.beckman.illinois.edu/
生物启发方向
37.
Michigan Tech
PAUL G. SANDERS
偏应用，商业团队 http://www.michigantechame.com/about/the-team
38.
North Carolina State U
Jagannadham Kasichainula
偏应用
Kasichainula's group is developing advanced coatings of novel materials for
technological applications. The coatings are used for corrosion and wear resistance,
diffusion barriers, heat spreaders, and metallization schemes. The diamond coatings
are developed for machine tools, seal rings and electronic heat spreaders with strong
industrial collaboration.
39.
USC
Wenji Victor Chang
浸润性相关
Malancha Gupta
Functional Polymer Films and Coatings
Chemical Vapor Deposition
Surface Modification and Patterning
Biologically-Inspired Nanomaterials, Composites, and Hydrogels
Low-Cost Microfluidic Devices
大赞 很不错的组
M.C. Gill Professor
Lightweight materials and structures
Mechanical behavior of composites
Manufacturing science for composites
Interfacial phenomena
Acoustic metamaterials for noise control
40.
U of Maryland
没什么感兴趣的
41.
Stony Brook
网站比较丑
42.
U of California Irivine
Allon I. Hochbaum
Nanoscale materials and hybrid bio-inorganic devices for applications in clean energy
Ali Mohraz
The aim of research in Dr. Mohraz’s group is to understand and exploit colloidal
interactions, chemistry, assembly, and response to external fields to design
microstructured materials with enhanced functionality for composites, biomimetic
applications, alternative energy, and environmental remediation.
Daniel Mumm
materials for fuel cells; mechanics and reliability of nano-scale structures; coatings
and composite materials for turbine engine systems; topologically cellular materials
for lightweight multi-functional components and impact/blast/ballistic protection
systems; and biologically-inspired morphing systems for maneuverability and
propulsion.
43.
Case Western Reserve U
Mark R. DeGuire
Ceramics and glasses for electronic, chemical, and biomedical applications,
including thin films, gas sensors, ferrites, fuel cell materials, and apatite coatings on
titanium implants;
synthesis, processing, defect chemistry, microstructure, and phase equilibria.
但是感觉他的组照片好古老啊
David Matthiesen
Wind Measurements Onshore and Offshore
Materials Interactions with Ice
Materials for Use in Wind Turbines
Bulk Crystal Growth
Fluid Dynamics and Heat, Mass, and Momentum Transport.
44.
U of Virginia
Elizabeth J. Opila
Prof. Opila’s research focuses on materials durability in extreme environments for
energy, power, and propulsion applications.
功能性材料
Haydn N. Wadley
功能性材料
英国人
45.
Delaware U
Matthew F. Doty
http://udel.edu/~doty/directory.html
偏实用
Thomas H. Epps
Nanoporous Block Copolymer Templates for Biological and Chemical Separations
Xinqiao Jia Research Group
http://udel.edu/~xjia/index.html
David Martin
http://cubic.mseg.udel.edu/
仿生方向
Professor Erik T. Thostenson
Multifunctional Composites Laboratory
http://sites.udel.edu/thostenson/
46.
Mufit Akinc
Iowa State University
Bio-inspired materials
Ultra high temperature structural materials
Rheology of nanopowders
Design and development of low CTE, IR transmitting materials
Michael Richard Kessler
Manufacturing techniques for polymer composites
New smart materials (including the development of self-healing structural
composites)
Polymer matrix composites and nanocomposites for extreme environments
Bio-based polymers and composites
Evaluation of these materials using experimental and computational solid mechanics
techniques and thermal analysis
Rebecca Cademartiri
生物相关，食品安全，公共卫生
47.
U of Pittsburg
Pradeep P. Fulay
Pradeep P. Fulay's principal research and teaching interests lie in the area of science of
chemical synthesis and processing of smart materials and structures. He is also
interested in properties of ferroelectric, magnetic, and microwave dielectric ceramic
materials in relation to their microstructure.
Lisa Weiland
focuses on the experiment- and physics-based constitutive modeling of smart
materials, with a strong secondary emphasis on applications.
48.
49.
Cal Tech
U of Washington
Hong Ma
Organic and polymer chemistry, molecular self-assembly, surface and interface
engineering, supramolecular nanostructures, micro/nanopatterning, bio-inspired
materials, organic-bio-nano hybrids, electronic/photonic/biosensing materials
George Mayer
大赞 偏应用
Discovering the Mechanisms underlying Toughening, or Energy Dissipation, of rigid
natural composites, such as shells and spicules. These comprise on the order of 95
volume percent ceramic phase, with the remainder being organic component(s),
mainly proteins.
Designing and Building Synthetic Analogs that exhibit most of the traits of the natural
hybrid composites.
Handling, Mechanical Testing Techniques, and In-Situ Examination Methods for Very
Fine Fibers have been, and continue to be important issues.
Mechanisms of Adhesion in Natural Materials is a new area of effort, which will be
pursued in conjunction with the Department of Biology.
Brian D. Flinn
1) The effect of deformation induced residual stresses on the fracture and fatigue
behavior of metals and fastener holes. 2) Understanding the role of surface
preparation on quality and durability of composite bonds. 3) Detection of Barely
Visible Damage (BVD) in composite materials. 4) Novel uses and processing of fiber
reinforced composites.
Marco Rolandi
http://faculty.washington.edu/rolandi/research.html 大赞
Investigating Protonic Conduction in Biological Nanofibers
Direct Writing of Electronic Components
Chitin Nanostructures: Patterning, Neuron Interfacing And Sensing
Visual Communication in Science
最后一个大亮啊
50.
Alfred U
没什么感兴趣的
51.
Missouri U of science and technology
没什么感兴趣的
52.
没什么感兴趣的
U of Cincinnati