81
1 Congress Minisymposia
1
Congress Minisymposia
2
Congress Minisymposia
M.S.#1: Materials for modern energy applications Organizer(s): Tarek I. Zohdi
M.S.#2: Computational Methods for Blast and Impact in Mechanics of Materials
Organizer(s): Haim Waisman and Caglar Oskay
M.S.#3: Comparison of plasticity and intermittency in crystalline and amorphous
solids
Organizer(s): S. Papanikolaou and Corey O' Hern
M.S.#4: Nano, Bio, Multiscale and Multifunctional Materials - Modeling and
Characterization
Organizer(s): James D. Lee and Xianqiao Wang
M.S.#5: Atomistic basis of thermal processes in driven systems
Organizer(s): Brent Kraczek, Reese Jones, Kranthi Mandadapu and Frederic Legoll
M.S.#6: Multi-Scale Materials Modeling for High-Rate Response
Organizer(s): Nitin Daphalapurkar and Jamie Kimberley
M.S. #7 Composites and Fracture
Organizer(s): Somnath Ghosh
M.S.#8: Coarse-grained modeling of soft matter
Organizer(s): Jan Andzelm and Robert Hoy
M.S.#9: Structural transformations in solids
Organizer(s): John Clayton and Jarek Knap
M.S.#10: Modeling material damage across varying physical scales: numerical
identification of dominant length scale parameters and their relevance to higher
scales
Organizer(s): D. J. Luscher, H. M. Mourad and C. A. Bronkhorst
M.S.#11: Microstructure based Modeling of Formability and Fracture in
Polycrystalline Solids
Organizer(s): Kaan Inal and Raja K. Mishra
M.S.#12: Uncertainty quantification and stochastic mechanics in multi-scale
models
Organizer(s): Lori Graham-Brady
3
M.S.#13: Plasticity: Bridging the Scales from Micro to Macro
Organizer(s): Shailendra Pramod Joshi, Jaafar A. El-Awady and Amit Acharya
M.S.#14: General Topics in Integrated Computational Materials Science and
Engineering (ICME)
Organizer(s): Tony Fast, Baskar Ganapathysubramanian and Surya R.
Kalidindi, Ulrich Prahl
M.S.#15: Material Architecture Design
Organizer(s): James Guest
M.S.#16: Analytical and numerical solution techniques for industry-relevant
multi-physics and multi-scale problems in solids
Organizer(s): B. Regener, R. Wesenjak, T. Taxer, C. Krempaszky and E. Werner
M.S.#17: Computational Mechanics of Biomaterials
Organizer(s): Suvranu De
M.S.#18: Materials Genome Initiative / Integrated Computational Materials
Science and Engineering (MGI/ICME)
Organizer(s): Kevin Hemker, Tarek Zohdi, Somnath Ghosh
4
Minisymposium at a Glance
MS Monday Tuesday Wednesday
AM (5) PM (3) PM (5) AM (5) PM (3) PM (5) AM (5) PM (3)
1 O
O
2
O O O O
3 O O O O O
4
O
O O
5 O O
6 O O O
7
O
8 O
O O
9
O O O O O
10 O O O O O O
11 O O
12
O
13 O O O
O O
14 O
O O
15
O O O
16 O O O 17
O O O
18 O
5
Monday September 24, 2012
6
Monday, Sep. 24, 2012
Chesapeake Potomac
Time I II III
7:00 AM Breakfast
8:00 AM Opening Remarks
8:30 AM Plenary Session 1
9:15 AM Plenary Session 2
AM break, 10:00 - 10:30 AM
10:30 AM MS 3
MS 13 MS 6
Comparison of Plasticity and
Intermittency in Crystalline and
Amorphous Solids
Plasticity: Bridging the Scales from
Micro to Macro
Multi-Scale Materials
Modeling for High-Rate Response
Lunch, 12:30 - 1:30 PM
1:30 PM
2:15 PM MS 3 MS 10 MS 13 MS 11
Comparison of Plasticity and
Intermittency in Crystalline and
Amorphous Solids
Modeling Material Damage
across Varying Physical Scales
Plasticity: Bridging the Scales from
Micro to Macro
Microstructure based Modeling of Formability
and Fracture in Polycrystalline
Solids
PM break, 3:30 - 4:00 PM
4:00 PM MS 3 MS 10 MS 13 MS 6
Comparison of Plasticity and
Intermittency in Crystalline and
Amorphous Solids
Modeling Material Damage
across Varying Physical Scales
Plasticity: Bridging the Scales from
Micro to Macro
Multi-Scale Materials
Modeling for High-Rate Response
7
Harborview Loch Raven Camden
I II I II
AM break, 10:00 - 10:30 AM
MS 8 MS 14 MS 16 MS 1 MS 5
Coarse-grained Modeling of Soft
Matter
General Topics ICME
Industry-relevant Multi-physics
and Multi-scale Problems in
Solids
Materials for Modern Energy
Applications
Atomistic Basis of Thermal
Processes in Driven Systems
Lunch, 12:30 - 1:30 PM
Semi-Plenary Session 1 Semi-Plenary Session 2
MS 16 MS 5
Industry-relevant Multi-physics and Multi-scale Problems in Solids
Atomistic Basis of Thermal
Processes in Driven Systems
PM break, 3:30 - 4:00 PM
MS 8 MS 14 MS 16 MS 1
Coarse-grained
Modeling of Soft Matter
General Topics in ICME
Industry-relevant Multi-physics
and Multi-scale Problems in
Solids
Materials for Modern Energy
Applications
8
Monday, 10:30 AM - 12:30 PM
Chair: Tarek I. Zohdi
10:30 [1.01]
Energy Partitioning in Reticulated Structures under Finite Deformation
Rani Harb, Ertugrul Taciroglu, Nasr M. Ghoniem
University of California at Los Angeles, USA
Presenter: Nasr M Ghoniem, [email protected]
10:54 [1.02]
Melt-Dispersion Mechanism of Reaction of Aluminum Nano- and
Micron Scale Particles
Valery I. Levitas
Iowa State University, USA
Presenter: Valery I. Levitas, [email protected]
11:18 [1.03]
Determination of Thermal Spray Coating Property from In-Situ
Curvature Measurements
Toshio Nakamura, Anupam Kundu, Sanjay Sampath
SUNY at Stony Brook, USA
Presenter: Toshio Nakamura, [email protected]
11:42 [1.04]
A Two-dimensional Jelly: Mechanical Properties of Graphyne
Qing Peng1, Wei Ji
1, Zhongfang Chen
2, Suvranu De
1
1Rensselaer Polytechnic Institute, USA
2University of Puerto Rico, USA
Presenter: Qing Peng, [email protected]
12:06 [1.05]
Evaluation of Drawability of Tailor-Welded Blanks Made of Titanium
Alloys Grade 2 || Grade 5
Julita Łyźniak1, Wojciech Więckowski
1, Marcin Zawadzki
2
1Częstochowa University of Technology, Poland
2WSK ”PZL-Rzeszów” S.A., Poland
Presenter: Julita Łyźniak,[email protected]
M.S.#1 Materials for Modern Energy Applications
Loch Raven II (2F)
9
Monday, 10:30 AM - 12:30 PM
Perspectives in Amorphous defects and Continuum Plasticity: Chair: Stefanos Papanikolaou
10:30 [3.01]
(KEYNOTE) Vibrations and Flow Defects in Jammed Packings
M. Lisa Manning, Andrea J. Liu 1Syracuse University, USA
2University of Pennsylvania, USA
Presenter: Andrea J. Liu, [email protected]
11:18 [3.02]
(KEYNOTE) Heterogeneous Solids and the Micro/Macro Connection:
Structure and Elasticity in Architecturally Complex Media as Emergent
Collective Phenomena
Paul M. Goldbart
Georgia Institute of Technology, USA Presenter: Paul M. Goldbart, [email protected]
12:06 [3.03]
Continuum Theories of Plasticity and Mesoscale Dislocation Dynamics
Simulation
Jeffrey Rickman
Lehigh University, USA.
Presenter: Jeffrey Rickman, [email protected]
M.S.#3 Comparison of Plasticity and Intermittency in Crystalline and Amorphous Solids
Chesapeake I (3F)
10
Monday, 10:30 AM - 12:30 PM
Chair: Frederic Legoll Vice-Chair: Kranthi Mandadapu
10:30 [5.01]
An Ab-Initio Study of ZrB2-SiC Interface Strength as a Function of
Temperature: Correlating Phononic and Electronic Thermal
Contributions
Vikas Samvedi, Vikas Tomar
Purdue University, USA
Presenter: Vikas Tomar, [email protected]
10:54 [5.02]
Effects Of Nano-Void Density, Size, and Spatial Population on Thermal
Conductivity
Xiaowang Zhou, Reese E. Jones
Sandia National Laboratories, USA
Presenter: Xiaowang Zhou, [email protected]
11:18 [5.03]
Quasiharmonic Analysis of Anisotropic Statistical Mechanics of Shocked
RDX
Brent Kraczek, Peter W. Chung
U.S. Army Research Laboratory, USA
Presenter: Brent Kraczek, [email protected]
11:42 [5.04]
Homogeneous Non-Equilibrium Molecular Dynamics Methods for
Thermal Conductivity Calculations
Kranthi K. Mandadapu1, Reese E. Jones
1, Panayiotis Papadopoulos
2
1Sandia National Laboratories, USA
2University of California, Berkeley, USA
Presenter: Kranthi K. Mandadapu, [email protected]
M.S.#5 Atomistic Basis of Thermal Processes in Driven Systems
Camden (2F)
11
Monday, 10:30 AM - 12:30 PM
M.S.#6 Multi-Scale Materials Modeling for High-Rate Response
Potomac (3F)
Chair: Nitin P. Daphalapurkar Vice-Chair: Jamie Kimberley 10:30 [6.01]
(KEYNOTE) Questions in Macroscale Constitutive Modeling that might
be Answered through Mesoscale Simulations
Rebecca Brannon, Krishna C. Kamojjala
University of Utah, USA
Presenter: Rebecca Brannon, [email protected]
11:18 [6.02]
The Use of Mesoscale Simulations to Inform a Macroscale Ceramic
Model for Aluminum Oxynitride
Brian Leavy1, John D. Clayton
1, Timothy J. Fuller
2, Rebecca M. Brannon
3
1U.S. Army Research Laboratory, USA
2Sandia National Laboratories, USA
3University of Utah, USA
Presenter: Brian Leavy, [email protected]
11:42
[6.03]
3D Mechanism-Based Modeling of the Brittle Material Failure under
Dynamic Multiaxial Loading
Guangli Hu, K. T. Ramesh
Johns Hopkins University, USA
Presenter: Guangli Hu, [email protected]
12:06
[6.04]
Development and Implementation of a Micromechanics Based Damage
Model for Simulating Brittle Material Failure Across Many Scales
Andrew L. Tonge, K. T. Ramesh
Johns Hopkins University, USA
Presenter: Andrew L Tonge, [email protected]
12
Monday, 10:30 AM - 12:30 PM
Chair: Rob Riggleman Vice-Chair: Jan W. Andzelm
10:30 [8.01]
(KEYNOTE) Classical and First-Principles Molecular Dynamics Simulation
of Shocked Hydrocarbon Polymers, Foams and Nanocomposites
J. Matthew D. Lane, Gary S. Grest, Thomas R. Mattsson
Sandia National Laboratories, USA
Presenter: J. Matthew D. Lane, [email protected]
11:18 [8.02]
Evolution of Entanglements During Craze Formation
Ting Ge1, Mark O. Robbins
1, Robert S. Hoy
2, Stefanos Anogiannakis
3,
Christos Tzoumanekas3, Doros Theodorou
3
1Johns Hopkins University, USA
2Yale University, USA
3National Technical University of Athens, Greece
Presenter: Mark O. Robbins, [email protected]
11:42 [8.03]
Coarse-Grained Peridynamic Model for High-Strain Rate Dynamic
Behavior of Glassy Polymers
Florin Bobaru, Wenke Hu
University of Nebraska-Lincoln, USA
Presenter: Florin Bobaru, [email protected]
12:06 [8.04]
Coarse-Grained Simulations of Bio-Inspired Polymer Assemblies
B. Christopher Rinderspacher1, Yelena Sliozberg
1, Robert Lambeth
1,
Robert Hoy2
1U.S. Army Research Laboratory, USA
2Yale University, USA
Presenter: B. Rinderspacher, [email protected]
M.S.#8 Coarse-Grained Modeling of Soft Matter
Harborview I (2F)
13
Monday, 10:30 AM - 12:30 PM
Chair: Dan Gianola Co-Chair: Amit Acharya
10:30 [13.01]
(KEYNOTE) Intermittent Flow in Microcrystal Plasticity
Dennis Dimiduk1, Ed Nadgorny
2, Stefanos Papanikolaou
3, Michael D.
Uchic1
1Air Force Research Laboratory, USA
2Michigan Technological University, USA
3Yale University, USA
Presenter: Dennis Dimiduk, [email protected]
10:54 [13.02]
Modeling the Atomic Processes of Deformation at Realistic Time
Scales
Linh Nguyen, Kris Baker, Derek Warner
Cornell University, USA
Presenter: Derek Warner, [email protected]
11:18 [13.04]
Stochastic Crystal Plasticity and Size Effects in Single-crystal
Magnesium
Jing Zhang1, C. M. Byer
2, K.T. Ramesh
2, Shailendra P. Joshi
1
1National University of Singapore, Singapore
2Johns Hopkins University, USA
Presenter: Jing Zhang, [email protected]
11:42 [13.05]
Experimental Investigations of Deformation Mechanisms in Crystalline
Nanowires
Daniel S. Gianola, Lisa Y. Chen, Kathryn F. Murphy
University of Pennsylvania, USA
Presenter: Daniel S. Gianola, [email protected]
M.S.#13 Plasticity: Bridging the Scales from Micro to Macro
Chesapeake III (3F)
14
Monday, 10:30 AM - 12:30 PM
M.S.#14 Integrated Computational Materials Engineering (ICME)
Harborview II (2F)
Chair: Surya Kalidindi Co-Chair: Baskar Ganapathysubramanian 10:30 [14.01]
(KEYNOTE) Expanding the Design Space in Materials via Data Mining
Krishna Rajan
Iowa State University, USA
Presenter: Krishna Rajan, [email protected]
10:54 [14.02]
Multi-Scale Modeling of the Elastic Response of a Structural
Component Made from a Composite Material using the Materials
Knowledge System
Hamad F. Al-Harbi, Surya R. Kalidindi
Drexel University, USA
Presenter: Hamad F. Al-Harbi, [email protected]
11:18 [14.03]
COMA - Cloud Open Morphology Analyzer: Using Cloud Computing to
Quantify the Relative Importance of Morphological Features on
Organic PV Performance
Olga Wodo, Jaroslaw Zola, Hari K. Kodali,
Baskar Ganapathysubramanian
Iowa State University, USA
Presenter: Olga Wodo, [email protected]
11:42 [14.04]
Three Orders of Magnitude Improved Efficiency of Crystal Plasticity
Models using Spectral Methods on High-Performance GPU Platforms
Marko Knezevic1, Andres Cardenas
2, Bogdan Mihaila
1
1Los Alamos National Laboratory, USA
2New York University, USA
Presenter: Marko Knezevic, [email protected]
12:06 [14.05]
Computational Modeling of Degradation of Materials / Structures
Kalyana Babu Nakshatrala, Maruti Kumar Mudunuru
University of Houston, USA
Presenter: Kalyana Babu Nakshatrala, [email protected]
15
Monday, 10:30 AM - 12:30 PM
Chair: Benjamin Regener Co-Chair: Robert Wesenjak
M.S. #16 Analytical and Numerical Solution Techniques for Industry-Relevant Multi-Physics
and Multi-Scale Problems in Solids
Loch Raven I (2F)
10:30 [16.01]
(KEYNOTE) Coupled Multiscale Simulation of Thermomechanically treated Ti6Al4V Components B. Regener
1, C. Krempaszky
1, E. Werner
1, M. Stockinger
3
1Technische Universität München, Germany
2BOHLER Forging GmbH & Co KG, Austria
Presenter: B. Regener, [email protected]
11:18 [16.02]
Computational Modeling of Coupled Electro-Magnetic-Dynamical System Shu Guo, Reza Yaghmaie, Somnath Ghosh Johns Hopkins University, USA Presenter: Shu Guo, [email protected]
11:42 [16.03]
Effect of Random Void Distributions and Loading Conditions on Strength and Toughness of Porous Structural Adhesives by Means of Finite Element Design of Experiment Technique Andrea Spaggiari
1, Noel O’Dowd
2
1University of Modena and Reggio Emilia, Italy
2University of Limerick, Ireland
Presenter: Andrea Spaggiari, [email protected]
12:06 [16.04]
Generation of Statistically Based RVE for Dual Phase Microstructure using Multiplicative Weighted Voronoi Tessellation and the Application to Crystal Plasticity N. Vajragupta
1, J. Lian
1, M. Sharaf
1, B. Schmaling
2, A. Ma
2, S.
Münstermann1, A. Hartmaier
2, W. Bleck
1
1RWTH Aachen University, Germany
2Ruhr-Universität Bochum, Germany
Presenter: N. Vajragupta, [email protected]
16
Monday, 2:15 - 3:30 PM
M.S.#3 Comparison of Plasticity and Intermittency in Crystalline and Amorphous Solids
Chesapeake I (3F)
Defects and Friction in Amorphous Solids: Chair: M. Lisa Manning 2:15 [3.04]
Modeling of Defects in Amorphous Solids
Amit Acharya
Carnegie Mellon University, USA
Presenter: Amit Acharya, [email protected]
2:39 [3.05]
The Geometric Asperity Model for Frictional Granular Packings
Stefanos Papanikolaou1, Corey O'Hern
1, Mark Shattuck
2
1Yale University, USA
2The City College of New York, USA
Presenter: Corey O'Hern, [email protected]
3:03 [3.06]
Stick-Slip Failure in Sheared Granular Materials
Karen Daniels1, Nicholas Hayman
2
1North Carolina State University, USA
2University of Texas Institute for Geophysics, USA
Presenter: Karen Daniels, [email protected]
17
Monday, 2:15 - 3:30 PM
Chair: Brent Kraczek Vice-Chair: Kranthi Mandadapu
2:15 [5.05]
Negative Thermal Conductivity of Chains of Rotors with Mechanical
Forcing
Frederic Legoll
École Nationale des Ponts et Chaussées, France
Presenter: Frederic Legoll, [email protected]
2:39 [5.06]
A Langevin Dynamics for Systems Immersed in a Linear,
Nonequilibrium Flow
Matthew Dobson, Frederic Legoll, Tony Lelievre, Gabriel Stoltz
École des Ponts ParisTech, France
Presenter: Matthew Dobson, [email protected]
3:03 [5.07]
Thermo-Mechanical Modeling of Carbon Nanotube Arrays using a
Coarse-Grain Approach
Sridhar Sadasivam, Timothy S. Fisher
Purdue University, USA
Presenter: Sridhar Sadasivam, [email protected]
M.S.#5 Atomistic Basis of Thermal Processes in Driven Systems
Camden (2F)
18
Monday, 2:15 - 3:30 PM
M.S.#10 Modeling Material Damage across Varying Physical Scales: Numerical Identification of Dominant Length Scale
Parameters and their Relevance to Higher Scales
Chesapeake II (3F)
Advances in crystal plasticity for modeling damage Chair: D.J. Luscher Co-Chair: Hashem Mourad 2:15 [10.01]
(KEYNOTE) Microstructural Modeling of Dynamic Intergranular and
Transgranular Failure Modes in Crystalline Solids
Qifeng Wu, Pratheek Shanthraj, M.A. Zikry
North Carolina State University, USA
Presenter: M.A. Zikry, [email protected]
2:39 [10.02]
A Large-Deformation Gradient Damage Model for Single Crystals
Based on Microdamage Theory
Ozgur Aslan
Massachusetts Institute of Technology, USA
Presenter: OzgurAslan, [email protected]
3:03 [10.03]
Micropolar Crystal Plasticity at the Micron Scale
Jason R. Mayeur1, David L. McDowell
2
1Los Alamos National Laboratory, USA
2Georgia Institute of Technology, USA
Presenter: David McDowell, [email protected]
19
Monday, 2:15 - 3:30 PM
M.S.#11 Microstructure based Modeling of Formability and Fracture in Polycrystalline Solids
Potomac (3F)
Chair: Kaan Inal Co-Chair: Hasso Weiland 2:15 [11.01]
(KEYNOTE) Through-Thickness Shear in Marciniak-Kuczynski
Formability Analysis: Application to Drawbead Sliding and Incremental
Sheet Forming
Philip Eyckens, Albert Van Bael, Paul Van Houtte
University of Leuven, Belgium
Presenter: Philip Eyckens, [email protected]
2:39 [11.02]
Selected Microstructure Characterization of Crack Nucleation and
Growth in Aluminum Alloys
Hasso Weiland
Alcoa Technical Center, Pittsburgh, USA
Presenter: Hasso Weiland, [email protected]
3:03 [11.03]
Microtomographic Based Computing of the Deformation Behavior in
Metal Matrix Materials
Sylvain Dancette, Eric Maire, Jean-Yves Buffière, Wolfgang Ludwig
MATEIS laboratory, France
Presenter: Sylvain Dancette, [email protected]
20
Monday, 2:15 - 3:30 PM
Chair: Jeff Kysar Co-Chair: Anter El-Azab
2:15 [13.06]
(KEYNOTE) Mean Free Path Length of Dislocations under Plastic Strain
Gradients
Jeffrey W. Kysar1, Muin S. Oztop
1, Christian Niordson
2
1Columbia University, USA
2Danish Technical University, Denmark
Presenter: Jeffrey W. Kysar, [email protected]
2:39 [13.07]
Dislocation Core Compactness and Interface Constraints in a
Continuum Plasticity Model
S. Puri1,2
, A. Acharya3, Y. S. Choi
1,2, T. J. Turner
1, Paul Shade
1, Jay
Schuren1, D.M. Dimiduk
1, S.I. Rao
1,2, T.A. Parthasarathy
1,2, C.
Woodward1
1Air Force Research Laboratory, USA
2UES, Inc., USA
3Carnegie Mellon University, USA
Presenter: S. Puri, [email protected]
3:03 [13.08]
Tracking Microstructural Responses to Tensile Deformation Inside of
Copper and Zirconium Using High Energy X-ray Diffraction Microscopy
Robert M. Suter
Carnegie Mellon University, USA
Presenter: Robert M. Suter, [email protected]
M.S.#13 Plasticity: Bridging the Scales from Micro to Macro
Chesapeake III (3F)
21
Monday, 2:15 - 3:30 PM
Chair: Benjamin Regener Co-Chair: Robert Wesenjak
M.S. #16 Analytical and Numerical Solution Techniques for Industry-Relevant Multi-Physics
and Multi-Scale Problems in Solids
Loch Raven (2F)
2:30 [16.05]
(KEYNOTE) Modelling Tool Penetration into Single-Crystal F.C.C. Metals Sayyedabolfazl Zahedi, Anish Roy, Vladimir Babitsky, Vadim V. Silberschmidt Loughborough University, UK Presenter: Anish Roy, [email protected]
2:54 [16.06]
Precipitate Distribution Generation Based on Optimization and Kinetic Monte-Carlo Simulations David Molnar, Alejandro Mora, Peter Binkele, Siegfried Schmauder University of Stuttgart, Germany Presenter: David Molnar, [email protected]
3:18 [16.07]
A Stabilized Generalized Finite Element Method for Fluid-Driven Fractures Fushen Liu, Peter A. Gordon, Holger A. Meier, Dakshina M. Valiveti ExxonMobil Research and Engineering Company, USA Presenter: Fushen Liu, [email protected]
22
Monday, 4:00 - 6:00 PM
Chair: Tarek I. Zohdi
4:00
[1.06]
Thermal-Mechanical Modeling and Simulation of III-Nitride
Semiconductors
Payman Karvanirabori, Antoinette Maniatty
Rensselaer Polytechnic Institute, USA
Presenter: Payman Karvanirabori, [email protected]
4:24
[1.07]
Predictive Modeling of Multi Physics Phenomena during Fabrication of
Organic Photovoltaics
Olga Wodo, Baskar Ganapathysubramanian
Iowa State University, USA
Presenter: O.Wodo, [email protected]
4:48
[1.08]
A Multi-Physics Study of Li-Ion Battery Material Li1+xTi2O4
Tonghu Jiang1, Michael Falk
1, Krishna Siva Shankar Rudraraju
2, Krishna
Garikipati2
1Johns Hopkins University, USA
2University of Michigan, USA
Presenter: Tonghu Jiang, [email protected]
5:12
[1.09]
Self-Consistent Strong Contrast Homogenization for Composite
Microstructure Design
Hamid Garmestani, Majid Baniasadi
Georgia Institute of Technology, USA
Presenter: Hamid Garmestani, [email protected]
M.S.#1 Materials for Modern Energy Applications
Loch Raven II (2F)
23
Monday, 4:00 - 6:00 PM
M.S.#3 Comparison of Plasticity and Intermittency in Crystalline and Amorphous Solids
Chesapeake I (3F)
Theories and Experiments in Amorphous Granular Systems at their Jamming Onset Chair: Corey O' Hern
4:00
[3.07]
Topological Rigidity of Marginal Solids
Dapeng Bi1, Bulbul Chakraborty
2
1Syracuse University, USA
2Brandeis University, USA
Presenter: Dapeng Bi, [email protected]
4:24
[3.08]
Experimental Exploration of Sheared Jammed Matter: using Bubbles to
Predict Earthquakes
Daniel L. Blair
Georgetown University, USA
Presenter: Daniel L. Blair, [email protected]
4:48
[3.13]
Cavitation in Amorphous Solids
Michael L. Falk1, Pengfei Guan
1, Shuo Lu
2, Michael J. B. Spector
1, Pavan K.
Valavala1
1Johns Hopkins University, USA
2Beijing University of Aeronautics and Astronautics, China
Presenter: Michael L. Falk, [email protected]
5:12
[3.10]
Implications of Random Matrix Models for Vibrational Modes of
Glasses
M. Lisa Manning1, Andrea J. Liu
2
1Syracuse University, USA
2University of Pennsylvania, USA
Presenter: M. Lisa Manning, [email protected]
5:36
[3.11]
Isostatic Lattices and Random Packings
Xiaoming Mao1, Tom Lubensky
2
1University of Michigan, USA
2University of Pennsylvania, USA
Presenter: Xiaoming Mao, [email protected]
24
Monday, 4:00 - 6:00 PM
M.S.#6 Multi-Scale Materials Modeling for High-Rate Response
Potomac (3F)
Chair: Nitin P. Daphalapurkar Vice-Chair: Jamie Kimberley
4:00
[6.05]
3D Multi-scale Cohesive Failure Modeling of Heterogeneous Adhesives
Philippe H. Geubelle1, Alejandro Aragon
2, Soheil Soghrati
1
1University of Illinois, USA,
2Ecole Polytechnique Fédérale de Lausanne, Switzerland
Presenter: Alejandro Aragon, [email protected]
4:24
[6.06]
Experimental Mechanics and Multiscale Modeling of Brittle Materials:
Focus on AlON
James W. McCauley, George A. Gazonas
U.S. Army Research Laboratory, USA
Presenter: James W. McCauley, [email protected]
4:48
[6.07]
Multiscale Modeling of Plate Impact onto Polycarbonate
Brian M. Powers1, George A. Gazonas
1, Raymond Wildman
1, Flavio V.
Souza2
1U.S. Army Research Laboratory, USA
2MultiMech R&D, USA
Presenter: Brian M. Powers, [email protected]
5:12
[6.08]
Explicit Non-Local Damage Computations in Dynamics: on the
Importance of the Choice of the Non-Local Variable
N. Richart, C. Wolff, M. Chambart, J. F. Molinari
École Polytechnique Fédérale de Lausanne (EPFL), Switzerland
Presenter: N. Richart, [email protected]
5:36
[6.09]
Computational Modeling of the Variability in Dynamic Failure Strength
of Brittle Materials
Nitin Daphalapurkar, K. T. Ramesh, Lori Graham-Brady
Johns Hopkins University, USA
Presenter: Nitin Daphalapurkar, [email protected]
25
Monday, 4:00 - 6:00 PM
Chair: Mark Robbins Vice-Chair: Jan W. Andzelm
4:00
[8.05]
A Molecular View of The Mechanics of Glassy Polymer Nanocomposites
Huikuan Chao, Robert Riggleman
University of Pennsylvania, USA
Presenter: Robert Riggleman, [email protected]
4:24
[8.06]
Multiscale Modeling of Deformation of Glassy Polymers
Thomas W. Rosch, Sergei Izvekov, John K. Brennan, Jan W. Andzelm
U.S. Army Research Laboratory, USA
Presenter: Thomas W. Rosch, [email protected]
4:48
[8.07]
Multi-Scale Simulations of Fullerenes in Aqueous Solution employing
the Adaptive Resolution Scheme
Christoph Junghans
Los Alamos National Laboratory, USA
Presenter: Christoph Junghans, [email protected]
5:12
[8.08]
Particle-Based Multiscale Coarse Graining with Density-Dependent
Potentials: Application to Molecular Crystals
Sergei Izvekov, Peter W. Chung, Betsy M. Rice
U.S. Army Research Laboratory, USA
Presenter: Sergei Izvekov, [email protected]
5:36
[8.09]
Mechanism of Densification in Silica Glass under Pressure as Revealed
by a Bottom-Up Pairwise Effective Interaction Model
N. Scott Weingarten, Sergei Izvekov, Betsy M. Rice
U.S. Army Research Laboratory, USA
Presenter: N. Scott Weingarten, [email protected]
M.S.#8 Coarse-Grained Modeling of Soft Matter
Harborview I (2F)
26
Monday, 4:00 - 6:00 PM
M.S.#10 Modeling Material Damage across Varying Physical Scales: Numerical Identification of Dominant Length Scale
Parameters and their Relevance to Higher Scales
Chesapeake II (3F)
Modeling damage in brittle materials Chair: Hashem Mourad Co-Chair: Curt Bronkhorst
4:00
[10.04]
(KEYNOTE) Application of Mesoscale Simulations Toward the
Development of Predictive Models for Deformation and Failure of
Frictional Brittle Materials
Tarabay Antoun, Eric Herbold, Lee Aarons, Oleg Vorobiev
Lawrence Livermore National Laboratory, USA
Presenter: TarabayAntoun, [email protected]
4:24
[10.05]
Simulated Influence of Microstructure Attributes on Extreme Value
Response and Damage: Applications in Metal Plasticity and Fracture of
Brittle Matrix Fibrous Composites
Craig Paul Przybyla1, Michael Braginsky
2, David L. McDowell
3
1Air Force Research Laboratory, USA
2UES, Inc., USA
3Georgia Institute of Technology, USA
Presenter: Craig Przybyla, [email protected]
4:48
[10.06]
Computational Analysis of Deformation and Fracture in a Coated Steel
with Varying Mechanical Properties of an Interlayer
R.R. Balokhonov1, V.A. Romanova
1, Siegfried Schmauder
2
1Russian Academy of Science, Russia
2University of Stuttgart, Germany
Presenter: Siegfried Schmauder, [email protected]
stuttgart.de
5:12
[10.07]
Coupled 3D Multiscale Simulation of Failure in Thin Adhesive Layers
M. D. Mosby, K. Matous
University of Notre Dame, USA
Presenter: K. Matous, [email protected]
5:36
[10.08]
Nonlocal Damage Models for Concrete Masonry Structures
Ilinca Stanciulescu, Zhenjia Gao
Rice University, USA
Presenter: Ilinca Stanciulescu, [email protected]
27
Monday, 4:00 - 6:00 PM
Chair: Dennis Dimiduk Co-Chair: Bob Suter
4:00
[13.09]
Cross-Slip Nucleation at Screw Dislocation Intersections in Face-
Centered Cubic Nickel, Copper and L12 Ni3Al Investigated using
Atomistic Simulations
Satish I Rao1, D.M. Dimiduk
2, Jaafar El-Awady
3, Michael D. Uchic
2
1UES Inc., USA
2Air Force Research Laboratory, USA
3Johns Hopkins University, USA
Presenter: Satish I Rao, [email protected]
4:24
[13.10]
Extrinsic Size Effects on the Strength and Deformation of
Nanocrystalline Ni Nanopillars
Zhaoxuan Wu, Yong-Wei Zhang, Xun Gu, Julia R. Greer, David J. Srolovitz
Agency for Science, Technology and Research (A*STAR), Singapore
Presenter: Zhaoxuan Wu, [email protected]
4:48
[13.11]
Trapping of Hydrogen to Dislocations in FCC Ni and its Effects on
Dislocation Behavior
Yizhe Tang, Jaafar A. El-Awady
Johns Hopkins University, USA
Presenter: Yizhe Tang, [email protected]
5:12
[13.12]
Multi-Scale Models for Hardening in FCC Solid Solutions: from Atomic-
to Micro-scale Levels
Sylvain Patinet1, Laurent Proville
2
1Johns Hopkins University, USA
2CEA/DEN, Service de Recherches de Métallurgie Physique, France
Presenter: Sylvain Patinet, [email protected]
5:36
[13.13]
The Nature behind the Preferentially Embrittling Effect of Impurities
on the Ductility of Tungsten
Zhiliang Pan, Laszlo J. Kesckes, Qiuming Wei
The University of North Carolina at Charlotte, USA
Presenter: Zhiliang Pan, [email protected]
M.S.#13 Plasticity: Bridging the Scales from Micro to Macro
Chesapeake III (3F)
28
Monday, 4:00 - 6:00 PM
M.S.#14 Integrated Computational Materials Engineering (ICME)
Harborview II (2F)
Chair: Baskar Ganapathysubramanian Co-Chair: Tony Fast
4:00
[14.06]
Integrated Numerical Modelling of Impression Creep Tests at Elevated
Temperatures
X. J. Ren1, A. Wisbey
2, V. Allen
2, S. Jacques
2, C. Austin
2, M. Lynch
3
1Liverpool John Moores University, UK
2Serco Technical Consulting Services, UK
Presenter: X. James Ren, [email protected]
4:24
[14.07]
Multi-Scale Crystal Plasticity FE Model for Simulation of APB Shearing
and Microtwinning in Single Crystals of Nickel based Superalloys
Shahriyar Keshavarzhadad, Somnath Ghosh
Johns Hopkins University, USA
Presenter: Shahriyar Keshavarzhadad, [email protected]
4:48
[14.08]
Numerical Modeling and Experimentation of Wood-Based
Composites: Effect of Strand Geometry and Strand Orientation on
Mechanical Properties
Edward A. Le1, Chunping Dai
1, John A. Nairn
2
1FPInnovations Wood Products Division, Canada
2Oregon State University, USA
Presenter: Edward A. Le, [email protected]
5:12
[14.09]
Microscale Internal Stresses due to Nanoscale Precipitates
S. Schmauder, P. Binkele, A. Mora, D. Molnar
University of Stuttgart, Germany
Presenter: S. Schmauder, [email protected]
5:36
[14.10]
Simulation of Portevin - Le Chatelier Effect under Cyclic Loading
Matthieu Maziere1, Quentin Pujol D'Andrebo
1, Arnaud Longuet
2,
Samuel Forest1
1Mines ParisTech, France
2SNECMA, France
Presenter: Matthieu Maziere, [email protected]
29
Monday, 4:00 - 6:00 PM
Chair: Robert Wesenj Co-Chair: Benjamin Regener
M.S. #16 Analytical and Numerical Solution Techniques for Industry-Relevant Multi-Physics
and Multi-Scale Problems in Solids
Loch Raven I (2F)
4:00 [16.08]
Modeling of Li Segregation Induced Delamination of A-Si Thin Film Anode in Li-Ion Batteries Sameer S. Damle, Siladitya Pal, Spandan Maiti,Prashant N. Kumta University of Pittsburgh, USA Presenter: Sameer S. Damle, [email protected]
4:24 [16.09]
Numerical Simulation of the Wave Scattering in a Micropolar Medium Francisco Javier Vélez Hoyos, Juan David Gómez Cataño Universidad EAFIT, Colombia Presenter: Francisco Javier Vélez Hoyos, [email protected]
4:48 [16.10]
Theoretical and Experimental Analysis of Electron Beam Welding of Titanium Sheets Konrad Adamus, Zygmunt Kucharczyk, Kwiryn Wojsyk, Krzysztof Kudla Czestochowa University of Technology, Poland Presenter: Konrad Adamus, [email protected]
5:12 [16.11]
Atomistic Simulation of Thermal Ageing in Fe-Cu-Ni-Mn Alloys: Crystal Structure and Morphological Evolution of Cu-Rich Precipitates A. Mora, D. Molnar, P. Binkele, S. Schmauder University of Stuttgart, Germany Presenter: Alejandro Mora, [email protected]
30
31
Tuesday September 25, 2012
32
Tuesday, Sep. 25, 2012
Chesapeake Potomac
Time I II III
7:00 AM Breakfast
8:00 AM Plenary Session 3
9:00 AM Plenary Session 4
AM break, 10:00 - 10:30 AM
10:30 AM MS 3 MS 9 MS 4 MS 6
Comparison of Plasticity and
Intermittency in Crystalline and
Amorphous Solids
Structural Transformations in
Solids
Nano, Bio, Multiscale and Multifunctional
Materials
Multi-Scale Materials Modeling
for High-Rate Response
Lunch, 12:30 - 1:30 PM
1:30 PM Plenary Session 5 - 7
2:15 PM MS 18 MS 3
MGI/ICMSE
Comparison of Plasticity and
Intermittency in Crystalline and
Amorphous Solids
PM break, 3:30 - 4:00 PM
4:00 PM MS 18 MS 4
MGI/ICMSE
Nano, Bio, Multiscale and Multifunctional
Materials
4:30 PM
Panel Discussion
33
Harborview Loch Raven Camden
I II I II
AM break, 10:00 - 10:30 AM
MS 8 MS 14 MS 11
MS 7
Coarse-Grained Modeling of Soft
Matter
General Topics in ICME
Microstructure based Modeling
of Formability and Fracture in
Polycrystalline Solids
Composites and Fracture
Lunch, 12:30 - 1:30 PM
MS 10 MS 9 MS 2 MS 15
Modeling Material Damage
across Varying Physical Scales
Structural Transformations in
Solids
Computational Methods for Blast
and Impact in Mechanics of
Materials
Material Architecture
Design
PM break, 3:30 - 4:00 PM
MS 10 MS 9 MS 2 MS 15 MS 17
Modeling Material Damage
across Varying Physical Scales
Structural Transformations in
Solids
Computational Methods for Blast
and Impact in Mechanics of
Materials
Material Architecture
Design
Computational Mechanics of Biomaterials
34
Tuesday, 10:30 AM - 12:30 PM
M.S.#3 Comparison of Plasticity and Intermittency in Crystalline and Amorphous Solids
Chesapeake I (3F)
Applications and Extensions of Amorphous Systems:
Chair: Xiaoming Mao
10:30 [3.12]
Persistence of Force Networks in Compressed Granular Media
Lou Kondic1, Miro Kramar
2, Arnaud Goullet
1, Konstantin Mischaikow
2
1New Jersey Institute of Technology, USA
2Rutgers University, USA
Presenter: Lou Kondic, [email protected]
10:54 [3.14]
Modelling Plastic Deformation and Shear Banding in Bulk Metallic
Glasses
Jiahao Cheng, Somnath Ghosh
Johns Hopkins University, USA
Presenter: Jiahao Cheng, [email protected]
11:18 [3.15]
Dislocation Nucleation in the Molecular Crystal RDX
Lynn B. Munday, Peter W. Chung
U.S. Army Research Laboratory, USA
Presenter: Lynn Munday, [email protected]
11:42 [3.19]
Shear deformation of the Amorphous-Crystalline Nano-composites
Pengfei Guan, Michael Falk
Johns Hopkins University, USA
Presenter: Pengfei Guan, [email protected]
35
Tuesday, 10:30 AM - 12:30 PM
Chair: James D. Lee Co-Chair: Xianqiao Wang
10:30 [4.01]
(KEYNOTE) Bridging Scale Simulation of Lattice Dynamic Fracture Based
on Extended Space-Time FEM
Dong Qian
University of Texas at Dallas, USA
Presenter: Dong Qian, [email protected]
10:54 [4.02]
Sliding Dynamics and Surface Stabilization in Zno Piezoelectronic
Nanogenerator
Yajie Lei, Yongsheng Leng
The George Washington University, USA
Presenter: Yajie Lei, [email protected]
11:18 [4.03]
Characterization and Numerical Modeling of Deformation and Damage
in Thermally Bonded Nonwovens
Farukh Farukh, Baris Sabuncuoglu, Emrah Demirci, Vadim V.
Silberschmidt
Loughborough University, UK
Presenter: Emrah Demirci, [email protected]
11:42 [4.04]
Fracture Mechanics of Graphene at Atomic Scale
Zhen Zhang1, Xianqiao Wang
2, James D. Lee
1
1The George Washington University, USA
2University of Georgia, Athens, USA
Presenter: James D. Lee, [email protected]
12:06 [4.05]
Non-Local Linear Elastic Modeling of Epoxy using Atomistically
Informed Kernel
Susanta Ghosh, A. Kumar, V. Sundararaghavan, A. M. Waas
University of Michigan, Ann Arbor, USA
Presenter: Susanta Ghosh, [email protected]
M.S.#4 Nano, Bio, Multiscale and Multifunctional Materials – Modeling and Characterization
Chesapeake III (3F)
36
Tuesday, 10:30 AM - 12:30 PM M.S.#6 Multi-Scale Materials Modeling for
High-Rate Response
Potomac (3F)
Chair: Nitin P. Daphalapurkar Vice-Chair: Jamie Kimberley 10:30 [6.10]
Multiscale Modeling of the Mechanical Behavior of Neutron-Irradiated
Metals
Fnu Rahul, Suvranu De
Rensselaer Polytechnic Institute, USA
Presenter: Fnu Rahul, [email protected]
10:54 [6.11]
Towards a Predictive Model for Dynamic Ductile Failure
Justin Wilkerson, K. T. Ramesh
Johns Hopkins University, USA
Presenter: Justin Wilkerson, [email protected]
11:18 [6.12]
Validation of Amorphous Glass Properties using Diamond Anvil Cell
Experiments
Timothy A. Jenkins, George A. Gazonas
U.S. Army Research Laboratory, USA
Presenter: Timothy Jenkins, [email protected]
11:42 [6.13]
Mechanisms of Fragmentation in Al-W Granular Composites under
Dynamic Loading
Karl L. Olney, David J. Benson, Vitali F. Nesterenko
University of California, San Diego, USA
Presenter: Karl L. Olney, [email protected]
12:06 [6.14]
Ab Initio Molecular Dynamics Study of Strain in Graphene Layers with
Stone- Wales Defects
Radhakrishnan Balu, Eric Wetzel
U.S. Army Research Laboratory, USA
Presenter: Radhakrishnan Balu, [email protected]
37
Tuesday, 10:30 AM - 12:30 PM
Chair B. Z. Haque Co-Chair Eduard-Marius Craciun 10:30 [7.01]
Molecular Dynamics Simulation of Carbon Nanotubes under Combined Loading Conditions David R. Hartman
1, Bazle Z. (Gama) Haque
2, John W. Gillespie Jr.
2
1Owens Corning, USA
2University of Delaware, USA
Presenter: David R. Hartman, [email protected]
10:54 [7.02]
Finite Element Analysis of the High Strain Rate Testing of Polymer Nanocomposites Chandragupt Gorwade
1, Ian Ashcroft
1, Vadim Silberschmidt
2, Gerry
Swallowe2, Foz Hughes
2, Dongyu Cai
2, Mo Song
2, Steve Shaw
3
1University of Nottingham, UK
2Loughborough University, UK
3Defence Science and Technology Laboratory, UK
Presenter: Chandragupt Gorwade, [email protected]
11:18 [7.03]
Analysis of Free Damped Vibration of Delaminated Composite Ship Deck Plates Ionel Chirica, Elena-Felicia Beznea University Dunarea de Jos of Galati, Romania Presenter: Ionel Chirica, [email protected]
11:42 [7.06]
Computational Analysis of Pulse Heating for Damage Detection in Micro
Structures
Xiaoting Wang, David C. Whalley, Vadim V. Silberschmidt
Loughborough University, UK
Presenter: Xiaoting Wang, [email protected]
12:06 [7.05]
Numerical Analysis of Damage in FRP Laminates under Dynamic Loading H. Ullah, G. Tsigkourakos, I.A. Ashcroft, V.V. Silberschmidt Loughborough University, UK Presenter: V.V.Silberschmidt, [email protected]
M.S.#7 Composites and Fracture
Camden (2F)
38
Tuesday, 10:30 AM - 12:30 PM
Chair: Cameron Abrams Vice-Chair: Jan W. Andzelm
10:30
[8.10]
Multiscale Characterization of Glassy Polycarbonate (PC) under Various
Thermal Aging
John Jasa, Lili Zhang, Mehrdad Negahban
University of Nebraska-Lincoln, USA
Presenter: Mehrdad Negahban, [email protected]
10:54
[8.11]
Verification and Validation of Hyperelastic Behavior in Elastomeric
Foams
Partha Rangaswamy, Matthew W. Lewis
Los Alamos National Laboratory, USA
Presenter: Partha Rangaswamy, [email protected]
11:18
[8.12]
Coarse-Graining and Acceleration in Molecular Simulations of Network
Polymers and Biomolecules
Cameron F. Abrams
Drexel University, USA
Presenter: Cameron F. Abrams, [email protected]
11:42
[8.13]
Development of Interfacial Strength and Entanglements during
Welding of Polymers
Ting Ge1, Mark O. Robbins
1, Flint Pierce
2, Gary S. Grest
2, Dvora Perahia
3
1Johns Hopkins University, USA
2Sandia National Laboratories, USA
3Clemson University, USA
Presenter: Ting Ge, [email protected]
12:06
[8.14]
Understanding the Relationship Between Forces, Structures, and
Thermodynamics in Coarse-Grained Models
William G. Noid
Penn State University, USA
Presenter: William G. Noid, [email protected]
M.S.#8 Coarse-Grained Modeling of Soft Matter
Harborview I (2F)
39
Tuesday, 10:30 AM - 12:30 PM
M.S.# 9 Structural Transformations in Solids
Chesapeake II (3F)
Phase Field Approaches Chair: L.-Q. Chen Vice Chair: J. Clayton 10:30 [9.01]
(KEYNOTE) Phase Field Approach to Structural Changes
Valery I. Levitas
Iowa State University, USA
Presenter: Valery I. Levitas, [email protected]
11:18 [9.02]
Phase-Field Modeling of Phase Transformations and Microstructure
Evolution in Two-phase Titanium Alloys
Taewook Heo1, Yanzhou Ji
1, Don Shih
2, Long-Qing Chen
1
1Penn State University, USA
2Boeing Corporation, USA
Presenter: Long-Qing Chen, [email protected]
11:42 [9.03]
Elastic Twinning in Calcite Cleavage Rhombs: Experimental
Investigations
Corydon Hilton1,2
, Jian Yu1,2
, Jeffrey Swab1
1U.S. Army Research Laboratory, USA
2Oak Ridge Institute for Science and Education (ORISE), USA
Presenter: Corydon Hilton, [email protected]
12:06 [9.04]
A Phase Field Model of Deformation Twinning
John D. Clayton, Jaroslaw Knap
U.S. Army Research Laboratory, USA
Presenter: Jaroslaw Knap, [email protected]
40
Tuesday, 10:30 AM - 12:30 PM
M.S.#11 Microstructure based Modeling of Formability and Fracture in Polycrystalline Solids
Loch Raven I (2F)
Chair: Kaan Inal Co-Chair : Hasso Weiland
10:30
[11.04]
The Stress Intensity Factor Green's Function for a Crack Interactant
with a Dislocation
Soumia Teyar, Mohamed Chabaat
University of Sciences and Technology Houari Boumediene, Algeria
Presenter: Mohamed Chabaat, [email protected]
10:54
[11.05]
Crystal Plasticity Based Finite Element Method Simulations of Void
Growth and Coalescence in Magnesium Single Crystals
Evdokia Popova1, Kaan Inal
1, Raja K. Mishra
2
1University of Waterloo, Canada,
2General Motors Research &
Development Center, Warren, USA
Presenter: Kaan Inal, [email protected]
11:18
[11.06]
On the Path-dependence of the Fracture Locus of Ductile Materials
Amine Benzerga1, Nithin Thomas
1, Shyam Keralavarma
2
1Texas A&M University, USA
2École Polytechnique Fédérale de Lausanne, Switzerland
Presenter: Amine Benzerga, [email protected]
11:42
[11.07]
Failure Initiation in DP Steels – Part 1: Microstructure Based Modelling
and Model Parameter Identification for DP600
Ali Ramazani, Alexander Schwedt, Anke Aretz, Ulrich Prahl
RWTH Aachen University, Germany
Presenter: Ali Ramazani, [email protected]
12:06
[11.08]
Failure Initiation in DP Steels – Part 2: Application and Generalisation
on Different DP Steel Grades
Ali Ramazani, Qi Gao, Philippe Pinard, Ulrich Prahl
RWTH Aachen University, Germany
Presenter: Ali Ramazani, [email protected]
41
Tuesday, 10:30 AM - 12:30 PM
M.S.#14 Integrated Computational Materials Engineering (ICME)
Harborview II (2F)
Chair: Tony Fast Co-Chair: Baskar Ganapathysubramanian
10:30 [14.11]
Deformation Mechanisms in Advanced Ti-Based Alloy in Indentation:
Size Effects
Murat Demiral, Anish Roy, Vadim V. Silberschmidt
Loughborough University, UK
Presenter: Anish Roy, [email protected]
10:54 [14.12]
A Finite Element Approach to Study Cast Pores in the Ni-Base Alloy
MAR-M247
Thomas Taxer, Ewald Werner
Technische Universität München, Germany
Presenter: Robert Wesenjak, [email protected]
11:18 [14.13]
Using Thermal-Mechanical Modeling to Reduce Strength Variation in
Stainless Steel Forgings
Arthur A. Brown, Timothy D. Kostka, Bonnie R. Antoun, MIchael L.
Chiesa
Sandia National Laboratories, USA
Presenter: Arthur A. Brown, [email protected]
11:42 [14.14]
Implementation of an Improved Constitutive Model for Silicon under
Contact Loading Conditions
Michael Budnitzki, Meinhard Kuna
TU Bergakademie Freiberg, Germany
Presenter: Michael Budnitzki, [email protected]
12:06 [14.15]
Critical Role of Aggregate Inclusions in Concrete Materials under High
Temperature Conditions
Giovanna Xotta1, Kaspar Willam
1, Yunping Xi
2
1University of Houston, US
2University of Colorado Boulder, USA
Presenter: Giovanna Xotta, [email protected]
42
Tuesday, 2:15 - 3:30 PM
Chair: Manojkumar Chinnakonda
2:15 [2.01]
SPH Implementation within a General Purpose Multi-Physics Solver and
it’s Applications to Impact and Explosion Use Cases
Victor Oancea, Manojkumar Chinnakonda
Dassault Systemes Simulia Corp., USA
Presenter: Manojkumar Chinnakonda,[email protected]
2:39 [2.02]
Peridynamic Modeling of Intersonic Crack Propagation in an
Asymmetrically Loaded Unidirectional Composite
Wenke Hu, Florin Bobaru
University of Nebraska-Lincoln, USA
Presenter: Wenke Hu, [email protected]
3:03 [2.03]
Peridynamic Simulations of Friction and Fracture in Shock Compressed
Granular Ceramics
Christopher J. Lammi1, Min Zhou
1, Tracy J. Vogler
2
1Georgia Institute of Technology, USA
2Sandia National Laboratories, USA
Presenter: Christopher J. Lammi, [email protected]
M.S.#2 Computational Methods for Blast and Impact in Mechanics of Materials
Loch Raven I (2F)
43
Tuesday, 2:15 - 3:30 PM
M.S.#3 Comparison of Plasticity and Intermittency in Crystalline and Amorphous Solids
Potomac (3F)
Dynamics of plasticity (avalanches) in crystalline and disordered solids: Chair: Daniel L. Blair
2:15
[3.16]
Avalanches in Strained Amorphous Solids: Does Inertia Destroy
Critical Behavior?
K. Michael Salerno1, Craig Maloney
2, Mark O. Robbins
1
1Johns Hopkins University, USA
2Carnegie Mellon University, USA
Presenter: K. Michael Salerno, [email protected]
2:39
[3.17]
Crystal Plasticity and Self-organized Avalanche Oscillators
Stefanos Papanikolaou1, Dennis M. Dimiduk
2
1Yale University, USA
2Civ USAF AFMC AFRL/RXLMD, Air Force, USA
Presenter: Stefanos Papanikolaou, [email protected]
3:03
[3.18]
Molecular Dynamics Simulations of Elastic Deformation of Metallic
Glasses
Todd Hufnagel, Uday Vempati, Pavan Valavala, Michael Falk
Johns Hopkins University, USA
Presenter: Todd Hufnagel, [email protected]
44
Tuesday, 2:15 - 3:30 PM
M.S.# 9 Structural Transformations in Solids
Harborview II (2F)
Fracture Chair: A. El-Azab Vice Chair: E. Rouhaud
2:15 [9.05]
Continuum Theory of Defects and Materials Response to Irradiation
Anter El-Azab
Purdue University, USA
Presenter: Anter El-Azab, [email protected]
2:39 [9.06]
On Instability of Some Isotropic and Anisotropic Nonlinear Elastic
Solids
John D. Clayton1, Karen M. Bliss
2
1U.S. Army Research Laboratory, USA
2U.S. Military Academy, USA
Presenter: John Clayton, [email protected]
3:03 [9.07]
Stress Rate Definitions with the Four Dimensional Formalism of
Differential Geometry
Emmanuelle Rouhaud1, Benoît Panicaud
1, Richard Kerner
2
1Université de technologie de Troyes, France
2Université Pierre et Marie Curie, France
Presenter: Emmanuelle Rouhaud, [email protected]
45
Tuesday, 2:15 - 3:30 PM
M.S.#10 Modeling Material Damage across Varying Physical Scales: Numerical Identification of Dominant Length Scale
Parameters and their Relevance to Higher Scales
Harborview I (2F)
Modeling damage in ductile materials Chair: Hashem Mourad Co-Chair: Curt Bronkhorst 2:15 [10.09]
Predicting Length Scale Evolving Porosity Based Ductile Damage and
Failure
C. A. Bronkhorst, D. J. Luscher, H. M. Mourad, M. W. Schraad
Los Alamos National Laboratory, USA
Presenter: C. A. Bronkhorst, [email protected]
2:39 [10.10]
3D Finite Element Modeling of the Micromechanics of Ductile Fracture
Geoffrey F. Bomarito, Derek H. Warner
Cornell University, USA
Presenter: Geoffrey F. Bomarito, [email protected]
3:03 [10.11]
Influence of Grain Boundaries on Shock Wave Propagation in
Polycrystalline Copper
D.J. Luscher, Curt A. Bronkhorst, Ellen K. Cerreta
Los Alamos National Laboratory, USA
Presenter: D.J. Luscher, [email protected]
46
Tuesday, 2:15 - 3:30 PM
M.S.# 15 Material Architecture Design
Loch Raven II (2F)
Chair: Lorenzo Valdevit Vice Chair: James K. Guest
2:15 [15.01]
Optimal Design of 3D Woven Porous Materials
Seung-Hyun Ha, James K. Guest
Johns Hopkins University, USA
Presenter: Seung-Hyun Ha, [email protected]
2:39 [15.02]
Optimizing the Microstructure of Dissipative Materials
Erik Andreassen, Boyan Lazarov, Jakob Søndergaard
Technical University of Denmark, Denmark
Presenter: Erik Andreassen, [email protected]
3:03 [15.03]
Design of Microstructural Composite Topologies with High Stiffness
and High Damping
Julien Meaud, Zheng-Dong Ma, Gregory Hulbert
University of Michigan, USA
Presenter: Julien Meaud, [email protected]
47
Tuesday, 2:15 - 3:30 PM
M.S.#18 Materials Genome Initiative / Integrated Computational Materials Science and Engineering (MGI/ICME)
Chesapeake (3F)
2:15 Challenges and Opportunities in Linking Computational Materials
Science and Engineering Tools between Universities and Industry
David Furrer, [email protected]
Pratt & Whitney, East Hartford, USA
Computational materials and process models are continuing to advance
and support ever challenging problems. University efforts to establish
critical computational technologies are critical for the advancement of
Integrated Computational Materials Science and Engineering (ICMSE).
Academic research has led to increases in computational efficiency,
greater understanding of physics-based materials phenomenon, meth-
ods of bridging length scales, and establishment of microstructure-
property relationships. Industrial application of these developed
technologies can result in increased material, process and component
development speed and capability. There are challenges, however,
relative to evolving academic models into industrial tools that can be
readily applied for design functions. Academic codes can be extremely
capable and efficient, but maintenance and continuous improvement are
requirements for general acceptance and deployment. This talk will
review the challenges and associated opportunities in establishing robust
methods to transition academic models and codes into industrial applica-
tion.
2:40 An ICMSE Approach to Polymer Matrix Composite Materials and
Manufacturing
Richard R. Barto, [email protected]
Applied Sciences Lab, Lockheed Martin Advanced Technology
Laboratories, USA
Integrated Computational Materials Science and Engineering (ICMSE),
aka ICME, still very much in its infancy, is emerging as a disciplined ap-
proach and overall framework for bringing materials into the structure
design decision loop, through modeling, virtual experimentation, in situ
process monitoring, and materials informatics, in conjunction with tradi-
tional material and structure characterization, NDI, and stress analysis.
The overall goals are reduced design cycle time, reduced risk, and im-
proved capabilities through integration of the materials toolsets into the
48
design cycle. A key insight from the composite engine world is that risk
reduction comes along for free when cycle time is reduced, as the
requirements are less subject to change. We describe here the tools,
scientific and engineering challenges, approaches, and key areas of
industry standardization required for ICMSE of polymer matrix compo-
sites, with special attention to computational integration needs and
tools.
3:05 Materials Modeling for High-efficiency Gas Turbines
Thomas Grandke, [email protected]
Siemens AG, Berlin, Germany
State-of-the-art gas turbines provide a significant contribution to our
every day’s energy supply, complementing the strongly fluctuating and
unpredictable “Renewables” such as wind and solar energy. High
efficiencies like >60% are nowadays being achieved in conjunction with a
steam turbine, the so called combined cycle configuration. This presenta-
tion outlines the key role of material innovations in achieving high effi-
ciency and reliability of such gas turbines with special emphasis on the
role of modeling and simulation in the context of 3 examples.
Thermal barrier coatings (TBCs), protecting the turbine blades from the
hot gas in a gas turbine, have rendered possible ever higher firing
temperatures, thereby increasing the thermodynamic efficiency. Exten-
sive research has investigated the mechanical behavior and relevant
failure mechanisms of such TBCs. A variety of failure mechanisms have
been proposed and multiple approaches are considered to establish
appropriate life time prediction models. Advanced testing techniques
and computational models allowing a better understanding of the rele-
vant failure mechanisms will be presented.
Cold spray technology will be discussed as a possible means to realize
various sorts of coatings. This section will focus on the molecular dy-
namic simulation of impact properties for clustered metallic and ceramic
nanoparticles, and the calculation of thermodynamic properties of the
resulting coatings.
The third example deals with welding which is a key process for turbine
manufacturing. Modeling the welding process is being used e.g. to pre-
dict the mechanical properties of weld joints and the ‘weldability’ of
dissimilar materials.
49
Tuesday, 4:00 - 6:00 PM
Chair: V. Grolleau Co-chair: P.K. Basu
4:00
[2.04]
Numerical Simulation of Blast Effects on Large-Scale Civil Engineering
Structures: CMU Walls Retrofitted with Polymeric Coatings
Badri Hiriyur
Weidlinger Associates Inc., USA
Presenter: Badri Hiriyur, [email protected]
4:24
[2.05]
Numerical Damping of Spurious Oscillations using the Explicit
Dissipative Tchamwa-Wielgosz Scheme
V. Grolleau1, G. Rio
1, L. Mahé
2
1Université de Bretagne-Sud, France
2ENSAM Eng. School, France
Presenter: V. Grolleau, [email protected]
4:48
[2.06]
Modeling of Cementitious Materials for Impact Problems
William F. Heard, Nikolas A. Nordendale, P.K. Basu
Vanderbilt University, USA
Presenter: W.F. Heard / P.K. Basu, [email protected]
5:12
[2.07]
A Non-Local Homogenization Method for Wave Dispersion and
Dissipation in Viscoelastic Composite Materials
Tong Hui, Caglar Oskay
Vanderbilt University, USA
Presenter: Caglar Oskay, [email protected]
5:36
[2.08]
Mesh Insensitive Formulation for Initiation and Growth of Shearbands
using Mixed Finite Elements
Colin McAuliffe, Haim Waisman
Columbia University, USA
Presenter: Haim Waisman, [email protected]
M.S.#2 Computational Methods for Blast and Impact in Mechanics of Materials
Loch Raven I (2F)
50
Tuesday, 4:00 - 6:00 PM M.S.#4 Nano, Bio, Multiscale and Multifunctional Materials –
Modeling and Characterization
Potomac (3F)
Chair: James D. Lee Co-Chair: Xianqiao Wang
4:00
[4.06]
(KEYNOTE) Application of Nonlocal Theories to Dispersion of Wave
Propagation
James D. Lee, Jiaoyan Li
The George Washington University, USA
Presenter: James D. Lee, [email protected]
4:24
[4.07]
Interfacial Properties in Amine Functionalized Carbon Nanotubes in
Epoxy Composite through Ab Initio and Molecular Dynamics
Simulations Anirban Pal
1, Bikash Kanungo
2, Baidurya Bhattacharya
3
1Renssalaer Polytechnic Institute, USA
2Indian Institute of Technology, India
3Indian Institute of Technology, India. Currently visiting Johns Hopkins
University, USA
Presenter: Baidurya Bhattacharya, [email protected]
4:48
[4.08]
Computational Characterization of Energy Dissipation in Graphitic
Nanostructures
Dong Qian
University of Texas at Dallas, USA
Presenter: Dong Qian, [email protected]
5:12
[4.09]
Finite Element Analysis of Graphene Reinforced Nanocomposites
Emrah Demirci1, Vadim V. Silberschmidt
1, Robert J. Young
2, Lei Gong
2
1Loughborough University, UK
2University of Manchester, UK
Presenter: E. Demirci, [email protected]
5:36
[4.10]
Heat Wave at Nanoscale
Xianqiao Wang1, James D. Lee
2
1University of Georgia, Athens, USA
2The George Washington University, USA
Presenter: Xianqiao Wang, [email protected]
51
Tuesday, 4:00 - 6:00 PM
M.S.# 9 Structural Transformations in Solids
Harborview II (2F)
Chair: D. Warner Vice Chair: J. Knap
4:00
[9.08]
Atomistic Studies of Crack Growth in Silicon Carbide
Kai Wing Kelvin Leung, D.H. Warner
Cornell University, USA
Presenter: Kai Wing Kelvin Leung, [email protected]
4:24
[9.09]
A Material Model for TRIP-Steels under Thermomechanical Loading
Stefan Prueger, Meinhard Kuna
TU Bergakademie Freiberg, Germany
Presenter: Stefan Prueger, [email protected]
4:48
[9.10]
Experiments and Peridynamic Modeling of Impact on a Thin Glass
Plate with a Polycarbonate Backing
Wenke Hu1, Jian Yu
2, Chian-Fong Yen
2, Florin Bobaru
1
1University of Nebraska-Lincoln, USA
2U.S. Army Research Laboratory, USA
Presenter: Wenke Hu, [email protected]
5:12
[9.11]
Investigating Environmental Crack Growth Mechanisms via Ab-Initio
Multiscale Modeling
Richard Zamora, Derek Warner, Arun Nair
Cornell University, USA
Presenter: Richard Zamora, [email protected]
52
Tuesday, 4:00 - 6:00 PM
M.S.#10 Modeling Material Damage across Varying Physical Scales: Numerical Identification of Dominant Length Scale
Parameters and their Relevance to Higher Scales
Harborview I (2F)
Modeling Damage in Brittle Materials Chair: Hashem Mourad Co-Chair: Curt Bronkhorst
4:00
[10.12]
(KEYNOTE) Challenges in Transitioning Fracture Mechanisms to
Efficient Continuum Applications
Richard Becker
U.S. Army Research Laboratory, USA
Presenter: Richard Becker, [email protected]
4:48
[10.13]
Meshless Modeling of Material Fracture and Applications
J. Michael Owen,
Lawrence Livermore National Laboratory, USA
Presenter: J. Michael Owen, [email protected]
5:12
[10.14]
An Explicit Finite Element Formulation for Dynamic Strain Localization
in Metals
Hashem M. Mourad, Curt A. Bronkhorst, Thomas R. Canfield, Francis L.
Addessio
Los Alamos National Laboratory, USA
Presenter: Hashem M. Mourad, [email protected]
5:36
[10.15]
Implementing Non-Local Materials Models with Parallel Scaling
Peter Robinson, Bryan Simpkins, Shawn Chester, Nathan Barton
Lawrence Livermore National Laboratory, USA
Presenter: James Stöken, [email protected]
53
Tuesday, 4:00 - 6:00 PM
M.S.# 15 Material Architecture Design
Loch Raven II (2F)
Chair: James K. Guest Vice Chair: Seung-Hyun Ha
4:00
[15.04]
(KEYNOTE) Modeling and Optimization Strategies for Hierarchical
Micro-Lattices
Lorenzo Valdevit
University of California, Irvine, USA
Presenter: Lorenzo Valdevit, [email protected]
4:48
[15.05]
Optimum Mechanical Design of Tetrahedral Truss Cores for Sandwich
Constructions
E. Dragoni
University of Modena and Reggio Emilia, Italy
Presenter: E. Dragoni, [email protected]
5:12
[15.06]
Tensile Behaviour of Open-Cell Foams considering the Influence of
Varying Cell Geometry and Cross Section Area of the Struts
Tilo Sieber, Uwe Mühlich, Thomas Liedke, Felix Ballani
TU Bergakademie Freiberg, Germany
Presenter: Tilo Sieber, [email protected]
5:36
[15.07]
Engineering the Microstructural Architecture of New Materials Using
Freedom, Actuation, and Constraint Topologies (FACT)
Jonathan Hopkins, Kyle Lange, George Farquar, Christopher Spadaccini
Lawrence Livermore National Laboratory, USA
Presenter: Jonathan Hopkins, [email protected]
54
Tuesday, 4:00 - 6:00 PM
M.S.#17 Computational Mechanics of Biomaterials
Camden (2F)
Chair: Vicky Nguyen Co-Chair: Prashant Purohit
4:00
[17.01]
Characterization of Actin Filament Networks
Abhijit Mukherjee, V. Karthik
Thapar University, USA
Presenter: Abhijit Mukherjee, [email protected]
4:24
[17.02]
Computational Modeling of Actin Networks: Insights on the Effects of
Crosslinks and Motors on Network Rheology and Mechanosensing
Taeyoon Kim1, Carlos Borau
2, Tamara Carla Bidone
3, Roger D. Kamm
4
1University of Chicago, USA
2University of Zaragoza, Spain
3Polytechnic University of Turin, Italy
4Massachusetts Institute of Technology, USA
Presenter: Tamara Carla Bidone, [email protected]
4:48
[17.03]
A Mechanochemical Model of Actin Filaments
Osman N. Yogurtcu, Jin Seob Kim, Sean X. Sun
Johns Hopkins University, USA
Presenter: Osman Yogurtcu, [email protected]
55
Tuesday, 4:00 - 4:30 PM
M.S.#18 Materials Genome Initiative / Integrated Computational Materials Science and Engineering (MGI/ICME)
Chesapeake (3F)
4:00 Simpleware: an Example of Successful Partnership between Academia
and Industry
Philippe Young1,2
, Kerim Genc2
1University of Exeter, USA
2Simpleware Ltd., USA
Presenter: Philippe Young, [email protected]
Simpleware is a spin-out company which originated from ground
breaking research into image-based meshing techniques carried out in
the Engineering Department at the University of Exeter. The company
retains close links with the University as a partner and shareholder but is
now self-sustaining with over 20 full-time staff in Europe and North
America. Since 2004, Simpleware has been developing and licensing
world-leading imaging software which converts 3D scan data (e.g. CT,
MRI, MicroCT) into high-quality models used for Finite Element Analysis,
Computational Fluid Dynamics, Computer Aided Design and Rapid
Prototyping. The software is based on proprietary and patented
technology, and is used to generate models for objects and structures for
which no computer (CAD) drawings are available, e.g. industrial
components (filters, composites, welds), natural structures (plants, soils,
rocks) as well as human and animal anatomy. These simulation-ready
models generated with Simpleware are used in the Bioengineering,
Materials, Oil and Gas, Electronics and Engineering industries for pre-
production testing, to optimise designs, reduce costs and improve
product quality. We will discuss challenges and opportunities of
developing a commercial company with close ties to academic research
partners. In addition, new developments at Simpleware on providing
computational framework for material design will be reviewed.
56
Wednesday September 26, 2012
57
Wednesday, Sep. 26, 2012
Chesapeake Potomac
Time I II III
7:00 AM Breakfast
8:00 AM Plenary Session 8
9:00 AM Plenary Session 9
AM break, 10:00 - 10:30 AM
10:30 AM MS 13 MS 10 MS 9 MS 4
Comparison of Plasticity and
Intermittency in Crystalline and
Amorphous Solids
Modeling Material
Damage across Varying Physical
Scales
Structural Transformations in
Solids
Nano, Bio, Multiscale and Multifunctional
Materials
Lunch, 12:30 - 1:30 PM
1:30 PM
2:15 PM MS 13 MS 10
Comparison of Plasticity and
Intermittency in Crystalline and
Amorphous Solids
Modeling Material
Damage across Varying Physical
Scales
58
Harborview Loch Raven Camden
I II I II
AM break, 10:00 - 10:30 AM
MS 12
MS 2 MS 15 MS 17
Uncertainty Quantification and Stochastic Mechanics in Multi-scale
Models
Computational Methods for
Blast and Impact in Mechanics of
Materials
Material Architecture
Design
Computational Mechanics of Biomaterials
Lunch, 12:30 - 1:30 PM
Semi-Plenary Session 3 Semi-Plenary Session 4
MS 2 MS 17
Computational Methods for Blast and Impact in Mechanics of
Materials
Computational Mechanics of Biomaterials
59
Wednesday, 10:30 AM - 12:30 PM
Chair: Arun Prakash Co-chair: David Hopkins
10:30
[2.09] Multi-Scale Modeling of Foam-Core Sandwich Structures Subject to
Simulated Blast
Xiaowo Wang1, Hui Liu
1, Arun Prakash
1, Murat Vural
2, Ertugrul Taciroglu
3
1Purdue University, USA
2Illinois Institute of Technology, USA,
3University of California at Los Angeles, USA
Presenter: Arun Prakash, [email protected]
10:54 [2.10]
Simulating Shock Response in Polycrystalline Piezoelectric Media
David Hopkins, George A Gazonas
U.S. Army Research Laboratory, USA
Presenter: David Hopkins, [email protected]
M.S.#2 Computational Methods for Blast and Impact in Mechanics of Materials
Loch Raven I (2F)
60
Wednesday, 10:30 AM - 12:30 PM
Chair: James D. Lee Co-Chair: Xianqiao Wang
M.S.#4 Nano, Bio, Multiscale and Multifunctional Materials – Modeling and Characterization
Potomac (3F)
10:30 [4.11]
Identification Of Microscopic Material Parameters Within Nonlinear
Computational Homogenization Using Gradient-based Optimization
Algorithms
Ulrike Schmidt, Julia Mergheim, Paul Steinmann
Friedrich-Alexander Universität Erlangen-Nürnberg, Germany
Presenter: Ulrike Schmidt, [email protected]
10:54 [4.12]
Computer Simulations of Magnetic Response in Irradiated Fe-Cr Alloys:
An Application of Phase-field Approach in Monitoring Nuclear Materials
Degradation
Shenyang Hu, Yulan Li, Robert Montgomery, Charles Henager Jr.
Pacific Northwest National Laboratory, USA
Presenter: Yulan Li, [email protected]
11:18 [4.13]
A Novel Model for Heart Valve Biomaterial Fatigue Response
Rouzbeh Amini1, Michael Sacks
2
1University of Pittsburgh, USA
2University of Texas, Austin, USA
Presenter: Michael Sacks, [email protected]
11:42 [4.14]
Material Design of AxBxC1-xD1-xO3 Nano Devices by Molecular
Dynamics Simulation
Xianqiao Wang1, James D. Lee
2
1University of Georgia, Athens, USA,
2The George Washington University, USA
Presenter: Xianqiao Wang, [email protected]
61
Wednesday, 10:30 AM - 12:30 PM
M.S.# 9 Structural Transformations in Solids
Chesapeake III (3F)
Chair: K. Datta Vice Chair: M. Grinfeld
10:30 [9.12]
The Gibbs Paradigm and the Electrochemical Tensors
Michael Grinfeld
U.S. Army Research Laboratory, USA
Presenter: Michael Grinfeld, [email protected]
10:54 [9.13]
Kinetic Relations and Nucleation Associated with Phase Transformation
and Twinning in Atomic Models
Chang-Tsan Lu, Kaushik Dayal
Carnegie Mellon University, USA
Presenter: Chang-Tsan Lu, [email protected]
11:18 [9.14]
3D Image-based Modeling of Residual Stresses in Hybrid Shape
Memory Alloy / Ceramic Composites
Brian T Lester1, Dimitris C Lagoudas
1, Siddiq M. Qidwai
2, Andrew B.
Geltmacher2
1Texas A&M University, USA
2Naval Research Laboratory, USA
Presenter: Andrew B Geltmacher, [email protected]
11:42 [9.15]
A Constitutive Material Model for Transformation Plasticity in PSZ
Ceramics
Lars Mehlhorn, Uwe Muehlich, Meinhard Kuna
TU Bergakademie Freiberg, Germany
Presenter: Lars Mehlhorn, [email protected]
12:06 [9.16]
Finite Element Calculation of the Driving Force for Precipitation
Hardening of Metastable Austenitic Stainless Steels
K. Datta1,2
, L-E. Lindgren3, J. Post
4
1Data Metallurgical Company, India
2Jadavpur University, India
3Luleå University of Technology, Sweden
4Philips Consumer Lifestyle, USA
Presenter: K. Datta, [email protected]
62
63
Wednesday, 10:30 AM - 12:30 PM M.S.#10 Modeling Material Damage across Varying Physical
Scales: Numerical Identification of Dominant Length Scale Parameters and their Relevance to Higher Scales
Chesapeake II (3F)
Modeling Plasticity and Damage at Atomistic Scales Chair: D.J. Luscher Co-Chair: Hashem Mourad 10:30 [10.16]
(KEYNOTE) Multiscale Simulation of the Effect of Radiation Damage on
Reactor Fuel Performance
Michael Tonks1, Paul Millett
1, David Andersson
2, Chris Stanek
2
1Idaho National Laboratory, USA
2Los Alamos National Laboratory, USA
Presenter: Michael Tonks, [email protected]
10:54 [10.17]
MD Based Study on Crack Propagation and Associated Mechanisms
Evolution for Crystalline Material
Jiaxi Zhang, Somnath Ghosh,
Johns Hopkins University, USA
Presenter: Jiaxi Zhang, [email protected]
11:18 [10.18]
Peridynamic Modeling of Localization in Ductile Metals
David Littlewood1, John Foster
2, Brad Boyce
3
1Sandia National Laboratories, USA
2University of Texas at San Antonio, USA
Presenter: David Littlewood, [email protected]
11:42 [10.19]
A Comparative Study of Fracture in Al: Quantum Mechanical vs.
Empirical Atomistic Description
Qing Peng1, Gang Lu
2
1Rensselaer Polytechnic Institute, USA
2California State University Northridge, USA
Presenter: Qing Peng, [email protected]
12:06 [10.20]
Influence of Strain Rate, Temperature and Load Orientation on Single
Crystal Slip in Tantalum
Coleman Alleman1, Somnath Ghosh
1, DJ Luscher
2, Curt Bronkhorst
2
1Johns Hopkins University, USA
2Los Alamos National Laboratory, USA
Presenter: Coleman Alleman, [email protected]
64
Wednesday, 10:30 AM - 12:30PM
Chair: Lori Graham-Brady Vice-Chair: Sonjoy Das
10:30 [12.01]
Simultaneous Characterization of Meso- and Macro-Scopic
Uncertainties
Sonjoy Das
University at Buffalo, USA
Presenter: Sonjoy Das, [email protected]
10:54 [12.02]
Dynamic Strength of Brittle Materials with Randomly Interacting
Cracks
L. Graham-Brady, F. Huq
Johns Hopkins University, USA
Presenter: L. Graham-Brady, [email protected]
11:18 [12.03]
Analytical and Computational Study of One-Dimensional Impact into
Randomly Layered Elastic Media
George A. Gazonas1, Ani P. Velo
2
1U.S.Army Research Laboratory, USA
2University of San Diego, USA
Presenter: George A. Gazonas, [email protected]
11:42 [12.04]
A Predictive Model for Non-affine Elasticity and Damage in Fibrous
Networks
Abhilash A. S.1, Prashant K. Purohit
2, Shailendra P. Joshi
1
1National University of Singapore, Singapore
2University of Pennsylvania, USA
Presenter: Shailendra P. Joshi, [email protected]
12:06 [12.05]
Representation and Propagation of Uncertainty in Equation-of-State
Models for Shock Physics Applications
Allen C. Robinson, John H. Carpenter, Bert Debusschere, Richard R.
Drake, Ann Mattsson, William J. Rider
Sandia National Laboratories, USA
Presenter: Allen C. Robinson, [email protected]
M.S.#12 Uncertainty Quantification and Stochastic Mechanics in Multi-Scale Models
Harborview I (2F)
65
Wednesday, 10:30 AM - 12:30 PM
Chair: Derek Warner Co-Chair: Jean-Francois Molinari 10:30 [13.14]
(KEYNOTE) A Mesoscale Theory of Dislocation Dynamics and Crystal
Deformation
Shengxu Xia, Anter El-Azab
Purdue University, USA
Presenter: Anter El-Azab, [email protected]
10:54 [13.15]
Massively-Parallel Finite Element-Based Discrete Dislocation Dynamics
in Arbitrary Domains
Joshua C. Crone1, Kenneth Leiter
1, Tom Arsenlis
2, Jaroslaw Knap
1, Peter
W. Chung1
1U.S. Army Research Laboratory, USA
2Lawrence Livermore National Laboratory, USA
Presenter: Joshua C. Crone, [email protected]
11:18 [13.16]
High-Temperature Discrete Dislocation Dynamics
Amine Benzerga1, Shyam Keralavarma
2
1Texas A&M University, USA
2Brown University, USA
Presenter: Amine Benzerga, [email protected]
11:42 [13.17]
Dislocation Dynamics in HCP Materials
Sylvie Aubry1, Athanasios Arsenlis
1, Wei Cai
2, Steve Fitzgerald
3
1Lawrence Livermore National Laboratories, USA
2Stanford University, USA
3Culham Centre for Fusion Energy, UK
Presenter: Sylvie Aubry, [email protected]
12:06 [13.18]
Creep, Plasticity, and Fracture Model of Ni-Based Superalloy.
Application to Turbine Components Life Prediction
Alexander Staroselsky1, G.V. Srinivasan
1, Brice N. Cassenti
2
1United Technologies Research Center,USA
2University of Connecticut, USA
Presenter: Alexander Staroselsky, [email protected]
M.S.#13 Bridging the Scales from Micro to Macro
Chesapeake I (3F)
66
Wednesday, 10:30 AM - 12:30 PM
M.S.# 15 Material Architecture Design
Loch Raven II (2F)
Chair: Eugenio Dragoni Vice Chair: Seth Watts 10:30 [15.08]
Design of Composite Microstructure for Stiffness and Thermal
Expansion
Seth Watts1, Daniel Tortorelli
1, Christopher Spadaccini
2
1University of Illinois at Urbana-Champaign, USA
2Lawrence Livermore National Laboratory, USA
Presenter: Seth Watts, [email protected]
10:54 [15.9
Design of Material Architectures using Topology Optimization
Reza Lotfi, James K. Guest
Johns Hopkins University, USA
Presenter: Reza Lotfi, [email protected]
11:18 [15.10]
Indentation of Interlocked Cubic Assemblies: Experiments and 3D
Discrete Simulations
Magali Dugue, Marc Fivel, Yves Brechet
Laboratoire SIMaP-GPM2, France
Presenter: Magali Dugue, [email protected]
11:42 [15.11]
Non-Linear Modeling of Metallic Architectured Materials
Serge Kruch, Alexandre Iltchev, Vincent Marcadon
The French Aerospace Lab, France
Presenter: Serge Kruch, [email protected]
67
Wednesday, 10:30 AM - 12:30 PM
M.S.#17 Computational Mechanics of Biomaterials
Camden (2F)
Chair: Vicky Nguyen Co-Chair: Prashant Purohit
10:30
[17.04]
(KEYNOTE) Semiflexible Filament Networks viewed as Fluctuating
Beam Frames
Prashant K. Purohit
University of Pennsylvania, USA
Presenter: Prashant K. Purohit, [email protected]
10:54 [17.05]
Model Order Reduction for Molecular Dynamics with Applications to
MD-Continuum DNA Modeling
J. S. Chen1, Chung-Hao Lee
2
1University of California, Los Angeles, USA
2University of Texas at Austin, USA
Presenter: J. S. Chen, [email protected]
11:18 [17.06]
Smoothed Particle Hydrodynamics Approach for Numerical Simulation
of Bone Cutting
S. Li, A.A. Abdel-Wahab, E. Demirci, V.V. Silberschmidt
Loughborough University, UK
Presenter: V.V. Silberschmidt, [email protected]
11:42 [17.07]
Modeling Nonlinear Plasticity of Bone Mineral from Nanoindentation
Data
Suvranu De
Rensselaer Polytechnic Institute, USA
Presenter: Suvranu De, [email protected]
12:06 [17.08]
A FEM-Study of the Eye Lens after Inducing Cuts using Fs-Laser
Silke Besdo1, Michael Fromm
2, Tammo Ripken
3, Holger Lubatschowski
2
1Leibniz Universitaet Hannover, Germany
2Rowiak GmbH, Germany,
3Laser Zentrum Hannover, Germany
Presenter: Silke Besdo, [email protected]
68
Wednesday, 2:15 - 3:30 PM
Chair: Ionel Chirica Co-Chair: Badri Hiriyur
2:15
[2.11]
Prediction of Shear Band Formation in Weld Affected Zones and
Layered Materials
Colin McAuliffe1, Ryan Karkkainen
2, Chian Yen
2, Haim Waisman
1
1Columbia University, USA
2U.S. Army Research Laboratory, USA
Presenter: Colin McAuliffe, [email protected]
2:39 [2.12]
Response of Ship Hull Laminated Plates with Imperfections to Close
Proximity Blast Loads
Ionel Chirica, Elena-Felicia Beznea
University Dunarea de Jos of Galati, Romania
Presenter: Ionel Chirica, [email protected]
3:03 [2.13]
Dynamic Fracture of Plates and Shells Subjected to Impulsive Loads
Jeong-Hoon Song
University of South Carolina, USA
Presenter: Jeong-Hoon Song, [email protected]
M.S.#2 Computational Methods for Blast and Impact in Mechanics of Materials
Loch Raven I (2F)
69
Wednesday, 2:15 - 3:30 PM
M.S.#10 Modeling Material Damage across Varying Physical Scales: Numerical Identification of Dominant Length Scale
Parameters and their Relevance to Higher Scales
Chesapeake II (3F)
Emerging and novel frameworks for damage modeling Chair: Curt Bronkhorst Co-Chair: D.J. Luscher 2:15 [10.21]
(KEYNOTE) Entropy of Constrained Hamiltonian Systems and a PDE
Model of Damage
Amit Acharya
Carnegie Mellon University, USA
Presenter: Amit Acharya, [email protected]
3:03 [10.22]
Consideration of Mesoscale Structures in Ensemble Averaged
Equations for Material Pulverization
Duan Z. Zhang, Balaji Jayaraman
Los Alamos National Laboratory, USA
Presenter: Duan Z. Zhang, [email protected]
70
Wednesday, 2:15 - 3:30 PM
Chair: Jaafar El-Awady Co-Chair: Shailendra Joshi
2:15
[13.19]
Coarse-graining Kohn-Sham Density Functional Theory
Phanish Suryanarayana
Georgia Institute of Technology, USA
Presenter: Phanish Suryanarayana,
2:39
[13.20]
Modeling the Crystallographic Texture of Cu/Nb Layered Composites
by Accumulated Roll Bonding
C. A. Bronkhorst, B. L. Hansen, J. R. Mayeur, I. J. Beyerlein
Los Alamos National Laboratory, USA
Presenter: Curt A. Bronkhorst, [email protected]
3:03
[13.21]
Plastic Activity in Nanoscratch Molecular Dynamics Simulations of
Pure Aluminum
Till Junge, Jean-François Molinari
Swiss Federal Institute of Technology, Switzerland
Presenter: Till Junge, [email protected]
M.S.#13 Bridging the Scales from Micro to Macro
Chesapeake I (3F)
71
Wednesday, 2:15 - 3:30 PM
M.S.#17 Computational Mechanics of Biomaterials
Camden (2F)
Chair: Vicky Nguyen Co-Chair: Prashant Purohit
2:15
[17.09]
An Integrated Biomechanical Model for Microgravity-Induced Visual
Impairment
Emily S. Nelson1, Lauren Best
1, Jerry G. Myers
1, Lealem Mulugeta
2
1NASA Glenn Research Center, USA
2Universities Space Research Association, USA
Presenter: Emily Nelson, [email protected]
2:39
[17.10]
Modeling Abdominal Aortic Aneurysm Growth and Remodeling
John S. Wilson, Paolo DiAchille, Jay D. Humphrey
Yale University, USA
Presenter: John S. Wilson, [email protected]
3:03
[17.11]
Fractional Calculus Based Large Deformation Visco-Elastic Model for
Soft Biological Materials
Siladitya Pal, Spandan Maiti, Lance A. Davidson
University of Pittsburgh, USA
Presenter: Siladitya Pal, [email protected]
72
Index - Minisymposium Authors
73
A
Aarons, Lee................................... 58
Abhilash, A. S. ............................... 96
Abrams, Cameron F. ..................... 70
Abu Al-Rub, Rashid K. ................... 45
Acharya, Amit ................. 48, 52, 101
Adamus, Konrad ........................... 61
Addessio, Francis L. ...................... 85
Al-Harbi, Hamad F. ....................... 46
Alleman, Coleman ........................ 95
Allen, V. ........................................ 60
Amini, Rouzbeh ............................ 93
Andersson, David ......................... 95
Andreassen, Erik ........................... 79
Andzelm, Jan W. ........................... 57
Anogiannakis, Stefanos ................ 44
Antoun, Bonnie R. ........................ 73
Antoun, Tarabay ........................... 58
Aragon, Alejandro ........................ 56
Aretz, Anke ................................... 72
Arsenlis, Athanasios ..................... 97
Arsenlis, Tom ................................ 97
Ashcroft, Ian A. ............................. 69
Aslan, Ozgur ................................. 50
Aubry, Sylvie ................................. 97
Austin, C. ...................................... 60
B
Babitsky, Vladimir ........................ 53
Bael, Albert Van ........................... 51
Baker, Kris .................................... 45
Ballani, Felix ................................. 86
Balokhonov, R.R. .......................... 58
Balu, Radhakrishnan ..................... 68
Baniasadi, Majid ........................... 54
Barton, Nathan ............................. 85
Basu, P.K. ...................................... 82
Becker, Richard ............................ 85
Benson, David J. ........................... 68
Benzerga, Amine .................... 72, 97
Besdo, Silke 1 ................................ 99
Best, Lauren ............................... 103
Beyerlein, I. J. ............................. 102
Beznea, Elena-Felicia............ 69, 100
Bi, Dapeng .................................... 55
Bidone Tamara Carla 3 ................. 87
Binkele, Peter ................... 53, 60, 61
Blair, Daniel L. .............................. 55
Bleck, W. ...................................... 47
Bliss, Karen M............................... 77
Bobaru, Florin .................. 44, 74, 84
Bomarito, Geoffrey F. .................. 78
Borau, Carlos 2 ............................. 87
Boyce, Brad .................................. 95
Braginsky, Michael ....................... 58
Brannon, Rebecca ........................ 43
Brechet, Yves ............................... 98
Brennan, John K. .......................... 57
Bronkhorst, C. A. ....... 78, 85, 95, 102
Brown, Arthur A. .......................... 73
Budnitzki, Michael........................ 73
Buffière, Jean-Yves ....................... 51
Byer, C. M..................................... 45
C
Cai, Dongyu .................................. 69
Cai, Wei ........................................ 97
Canfield, Thomas R. ..................... 85
Carabineanu, Adrian .................... 76
Cardenas, Andres ......................... 46
Carjali, Erol ................................... 76
Carpenter, John H. ....................... 96
Cataño, Juan David Gómez .......... 61
Cerreta, Ellen K. ........................... 78
Chabaat, Mohamed ..................... 72
Chakraborty, Bulbul ..................... 55
Chambart, M. ............................... 56
Chao, Huikuan .............................. 57
74
Chen, J. S. ......................................99
Chen, Lisa Y. ..................................45
Chen, Long-Qing ...........................71
Chen, Zhongfang ...........................40
Cheng, Jiahao ................................66
Chester, Shawn .............................85
Chiesa, MIchael L. .........................73
Chinnakonda, Manojkumar ..........74
Chirica, Ionel ......................... 69, 100
Choi, Y. S. ......................................52
Chung, Peter W. .......... 42, 57, 66, 97
Clayton, John D. ................ 43, 71, 77
Craciun, Eduard-Marius .......... 69, 76
Crone, Joshua C. ...........................97
D
Dai, Chunping ...............................60
Damle, Sameer S. ..........................61
Dancette, Sylvain ..........................51
D'Andrebo, Quentin Pujol .............60
Daniels, Karen ...............................48
Daphalapurkar, Nitin ....................56
Das, Sonjoy ...................................96
Datta, K. ........................................94
Davidson, Lance A. ......................103
Dayal, Kaushik ...............................94
De, Suvranu ...................... 40, 68, 99
Debusschere, Bert ........................96
Demiral, Murat .............................73
Demirci, Emrah .............................99
Demirci, Emrah ....................... 67, 83
DiAchille, Paolo ...........................103
Dimiduk, Dennis.......... 45, 52, 59, 75
Dobson, Matthew .........................49
Dragoni, E. ....................................86
Drake, Richard R. ..........................96
Dugue, Magali ...............................98
E
El-Awady, Jaafar ........................... 59
El-Azab, Anter ......................... 77, 97
Ettehad, Mahmood ...................... 45
Eyckens, Philip .............................. 51
F
Falk, Michael .................... 54, 66, 75
Farquar, George ........................... 86
Farukh, Farukh .............................. 67
Fisher, Timothy S. ......................... 49
Fitzgerald, Steve ........................... 97
Fivel, Marc .................................... 98
Forest, Samuel .............................. 60
Foster, John .................................. 95
Fromm, Michael 2 ......................... 99
Fuller, Timothy J. .......................... 43
G
Ganapathysubramanian, Baskar .. 46,
54
Gao, Qi .......................................... 72
Gao, Zhenjia ................................. 58
Garikipati, Krishna ........................ 54
Garmestani, Hamid....................... 54
Gazonas, George A. .... 56, 68, 92, 96
Ge, Ting .................................. 44, 70
Geltmacher, Andrew B. ................ 94
Geubelle, Philippe H. .................... 56
Ghoniem, Nasr M. ........................ 40
Ghosh, Somnath ......... 47, 60, 66, 95
Ghosh, Susanta ............................. 67
Gianola, Daniel S........................... 45
Gillespie, John W. ......................... 69
Goldbart, Paul M. ......................... 41
Gong, Lei ....................................... 83
Gordon, Peter A. ........................... 53
75
Gorwade, Chandragupt ................ 69
Goullet, Arnaud ............................ 66
Graham-Brady, Lori ................ 56, 96
Greer, Julia R. ............................... 59
Grest, Gary S. ......................... 44, 70
Grinfeld, Michael .......................... 94
Grolleau, Vincent ......................... 82
Gu, Xun ......................................... 59
Guan, Pengfei ............................... 66
Guest, James K. ................ 79, 86, 98
Guo, Shu ....................................... 47
H
Ha, Seung-Hyun ............................ 79
Hansen, B. L. ............................... 102
Haque, Bazle Z. (Gama) ................ 69
Harb, Rani ..................................... 40
Hartmaier, A. ................................ 47
Hartman, David R. ........................ 69
Hayman, Nicholas......................... 48
Heard, William F. .......................... 82
Henager, Charles Jr. ..................... 93
Heo, Taewook .............................. 71
Herbold, Eric ................................. 58
Hilton, Corydon ............................ 71
Hiriyur, Badri ................................ 82
Hopkins, David ............................. 92
Hopkins, Jonathan ........................ 86
Houtte, Paul Van .......................... 51
Hoy, Robert S. .............................. 44
Hoyos, Francisco Javier Vélez ....... 61
Hu, Guangli ................................... 43
Hu, Shenyang ............................... 93
Hu, Wenke........................ 44, 74, 84
Hufnagel, Todd ............................. 75
Hughes, Foz .................................. 69
Hui, Tong ...................................... 82
Hulbert, Gregory .......................... 79
Humphrey, Jay D. ....................... 103
Huq, F. .......................................... 96
I
Iltchev, Alexandre ........................ 98
Inal, Kaan ..................................... 72
Izvekov, Sergei ............................. 57
J
Jacques, S. .................................... 60
Jasa, John ..................................... 70
Jayaraman, Balaji ....................... 101
Jenkins, Timothy A. ...................... 68
Ji, Wei ........................................... 40
Ji, Yanzhou ................................... 71
Jiang, Tonghu ............................... 54
Jones, Reese E. ............................. 42
Joshi, Shailendra P. ...................... 45
Junge, Till ................................... 102
Junghans, Christoph ..................... 57
K
Kalidindi, Surya R. ........................ 46
Kamm Roger D. 4 .......................... 87
Kamojjala, Krishna C..................... 43
Karkkainen, Ryan ....................... 100
Karthik, V...................................... 87
Karvanirabori, Payman ................. 54
Keralavarma, Shyam .............. 72, 97
Kerner, Richard ............................ 77
Kesckes, Laszlo J. .......................... 59
Keshavarzhadad, Shahriyar .......... 60
Kim Jin Seob ................................. 87
Kim, Taeyoon 1 ............................. 87
Knap, Jaroslaw ....................... 71, 97
Knezevic, Marko ........................... 46
Kodali, Hari K. ............................... 46
Kondic, Lou................................... 66
Kostka, Timothy D. ....................... 73
Kraczek, Brent .............................. 42
76
Kramar, Miro ................................66
Krempaszky, C. ..............................47
Kruch, Serge ..................................98
Kucharczyk, Zygmunt ....................61
Kudla, Krzysztof ............................61
Kumar, A. ......................................67
Kumta, Prashant N. .......................61
Kuna, Meinhard ................ 73, 84, 94
Kundu, Anupam ............................40
Kysar, Jeffrey W. ...........................52
L
Lagoudas, Dimitris C .....................94
Lambeth, Robert ...........................44
Lammi, Christopher J. ...................74
Lane, J. Matthew D. ......................44
Lange, Kyle ....................................86
Lazarov, Boyan ..............................79
Le, Edward A. ................................60
Leavy, Brian ..................................43
Lee, Chung-Hao ............................99
Lee, James D. .................... 67, 83, 93
Legoll, Frederic .............................49
Lei, Yajie ........................................67
Leiter, Kenneth .............................97
Lelievre, Tony ...............................49
Leng, Yongsheng ...........................67
Lester, Brian T ...............................94
Leung, Kai Wing Kelvin ..................84
Levitas, Valery I. ...................... 40, 71
Lewis, Matthew W. .......................70
Li, Jiaoyan .....................................83
Li, S ...............................................99
Li, Yulan ........................................93
Lian, J. ...........................................47
Liedke, Thomas .............................86
Lindgren, L-E. ................................94
Littlewood, David ..........................95
Liu, Andrea J. .......................... 41, 55
Liu, Fushen ....................................53
Liu, Hui .......................................... 92
Longuet, Arnaud ........................... 60
Lotfi, Reza ..................................... 98
Lu, Chang-Tsan ............................. 94
Lu, Gang ........................................ 95
Lu, Shuo ........................................ 66
Lubatschowski, Holger.................. 99
Lubensky, Tom.............................. 55
Ludwig, Wolfgang ......................... 51
Luscher, D. J. ........................... 78, 95
Lynch, M. ...................................... 60
Łyźniak, Julita ................................ 40
M
Ma, A. ........................................... 47
Ma, Zheng-Dong ........................... 79
Mahéo, Laurent ............................ 82
Mailman, Mitch ............................ 55
Maire, Eric .................................... 51
Maiti, Spandan ..................... 61, 103
Maloney, Craig ............................. 75
Mandadapu, Kranthi K. ................. 42
Maniatty, Antoinette .................... 54
Manning, M. Lisa .................... 41, 55
Mao, Xiaoming ............................. 55
Marcadon, Vincent ....................... 98
Marsavina, Liviu ............................ 69
Matous, K. .................................... 58
Mattsson, Ann .............................. 96
Mattsson, Thomas R. .................... 44
Mayeur, Jason R. .................. 50, 102
Maziere, Matthieu ........................ 60
McAuliffe, Colin .................... 82, 100
McCauley, James W. ..................... 56
McDowell, David L. ................. 50, 58
Meaud, Julien ............................... 79
Mehlhorn, Lars ............................. 94
Meier, Holger A. ........................... 53
Mihaila, Bogdan ............................ 46
Millett, Paul .................................. 95
77
Mischaikow, Konstantin ............... 66
Mishra, Raja K. ............................. 72
Molinari, Jean-François ........ 56, 102
Molnar, David ................... 53, 60, 61
Montgomery, Robert ................... 93
Mora, Alejandro ............... 53, 60, 61
Mosby, M. D. ................................ 58
Mourad, Hashem M. .............. 78, 85
Mudunuru, Maruti Kumar ............ 46
Muehlich, Uwe ............................. 94
Mühlich, Uwe ............................... 86
Mukherjee, Abhijit ....................... 87
Mulugeta, Lealem ...................... 103
Munday, Lynn B. .......................... 66
Münstermann, S. .......................... 47
Murphy, Kathryn F. ...................... 45
Myers, Jerry G 1 .......................... 103
N
Nadgorny, Ed ................................ 45
Nair, Arun ..................................... 84
Nairn, John A. ............................... 60
Nakamura, Toshio ........................ 40
Nakshatrala, Kalyana Babu ........... 46
Negahban, Mehrdad .................... 70
Nelson, Emily S. 1 ........................ 103
Nesterenko, Vitali F. ..................... 68
Nguyen, Linh ................................ 45
Nicolae, I. ..................................... 76
Niordson, Christian....................... 52
Noid, William G. ........................... 70
Nordendale, Nikolas A. ................. 82
O
O’Dowd, Noel ............................... 47
Oancea, Victor .............................. 74
O'Hern, Corey ............................... 48
Olney, Karl L. ................................ 68
Oskay, Caglar................................ 82
Owen, J. Michael .......................... 85
Oztop, Muin S. ............................. 52
P
Pal, Siladitya ......................... 61, 103
Pan, Zhiliang ................................. 59
Panicaud, Benoît .......................... 77
Papadopoulos, Panayiotis ............ 42
Papanikolaou, Stefanos .... 45, 48, 75
Parthasarathy, T.A. ...................... 52
Patinet, Sylvain ............................ 59
Peng, Qing .............................. 40, 95
Perahia, Dvora ............................. 70
Peride, Niculae ............................. 69
Pierce, Flint .................................. 70
Pinard, Philippe ............................ 72
Popova, Evdokia ........................... 72
Post, J. .......................................... 94
Powers, Brian M. .......................... 56
Prahl, Ulrich ................................. 72
Prakash, Arun ............................... 92
Proville, Laurent ........................... 59
Prueger, Stefan ............................ 84
Przybyla, Craig Paul ...................... 58
Puri, S. .......................................... 52
Purohit, Prashant K. ............... 96, 99
Q
Qian, Dong ............................. 67, 83
Qidwai, Siddiq M. ......................... 94
R
Rabaea, A. .................................... 76
Rahul, Fnu .................................... 68
Rajan, Krishna .............................. 46
Ramazani, Ali ................................ 72
78
Ramesh, K. T. .............. 43, 45, 56, 68
Rangaswamy, Partha ....................70
Rao, Satish I. ........................... 52, 59
Rapeanu, Eleonora .......................76
Regener, B. ...................................47
Ren, X. J. .......................................60
Rice, Betsy M. ...............................57
Richart, N. .....................................56
Rickman, Jeffrey ...........................41
Rider, William J. ............................96
Riggleman, Robert ........................57
Rinderspacher, B. Christopher ......44
Rio, Gérard ....................................82
Ripken, Tammo 3 ..........................99
Robbins, Mark O. .............. 44, 70, 75
Robinson, Allen C. .........................96
Robinson, Peter ............................85
Romanova, V.A. ............................58
Rosch, Thomas W. ........................57
Rouhaud, Emmanuelle .................77
Roy, Anish ............................... 53, 73
Rudraraju, Krishna Siva Shankar ...54
S
Sabuncuoglu, Baris .......................67
Sacks, Michael ..............................93
Sadasivam, Sridhar .......................49
Sadowski, Tomasz ................... 69, 76
Salerno, K. Michael .......................75
Sampath, Sanjay ...........................40
Samvedi, Vikas ..............................42
Schmaling, B. ................................47
Schmauder, Siegfried .. 53, 58, 60, 61
Schraad, M. W. .............................78
Schuren, Jay ..................................52
Schwedt, Alexander ......................72
Shade, Paul ...................................52
Shailendra, Joshi P. .......................96
Sharaf, M. .....................................47
Shattuck, Mark .............................48
Shaw, Steve .................................. 69
Shih, Don ...................................... 71
Sieber, Tilo .................................... 86
Silberschmidt, Vadim V. .. 53, 67, 69,
73, 76, 83, 99
Simpkins, Bryan ............................ 85
Sliozberg, Yelena .......................... 44
Soghrati, Soheil ............................. 56
Søndergaard, Jakob ...................... 79
Song, Jeong-Hoon ....................... 100
Song, Mo ...................................... 69
Sosdean, C. ................................... 76
Souza, Flavio V. ............................. 56
Spadaccini, Christopher .......... 86, 98
Spaggiari, Andrea ......................... 47
Spector, Michael J. B. ................... 66
Srolovitz, David J. .......................... 59
Stanciulescu, Ilinca ....................... 58
Stanek, Chris ................................. 95
Stockinger, M. .............................. 47
Stoltz, Gabriel ............................... 49
Sun Sean X. ................................... 87
Sundararaghavan, V. .................... 67
Suryanarayana, Phanish ............. 102
Suter, Robert M. ........................... 52
Swab, Jeffrey ................................ 71
Swallowe, Gerry ........................... 69
T
Taciroglu, Ertugrul .................. 40, 92
Tang, Yizhe ................................... 59
Taxer, Thomas .............................. 73
Teyar, Soumia ............................... 72
Theodorou, Doros ........................ 44
Thomas, Nithin ............................. 72
Tomar, Vikas ................................. 42
Tonge, Andrew L. .......................... 43
Tonks, Michael ............................. 95
Tortorelli, Daniel ........................... 98
Tsigkourakos, George ................... 69
79
Turner, T. J.................................... 52
Tzoumanekas, Christos ................ 44
U
Uchic, Michael D. ................... 45, 59
Ullah, Himayat .............................. 69
V
Vajragupta, N. .............................. 47
Valavala, Pavan K. .................. 66, 75
Valdevit, Lorenzo.......................... 86
Valiveti, Dakshina M. .................... 53
Velo, Ani P. ................................... 96
Vempati, Uday.............................. 75
Vogler, Tracy J. ............................. 74
Vorobiev, Oleg.............................. 58
Vural, Murat ................................. 92
W
Waas, A. M. .................................. 67
Wahab, A.A. Abdel ....................... 99
Waisman, Haim .................... 82, 100
Wang, Xianqiao ................ 67, 83, 93
WANG, XIAOTING ......................... 76
Wang, Xiaowo .............................. 92
Warner, Derek H. ............. 45, 78, 84
Watts, Seth ................................... 98
Wei, Qiuming ............................... 59
Weiland, Hasso............................. 51
Weingarten, N. Scott .................... 57
Werner, Ewald ....................... 47, 73
Wetzel, Eric .................................. 68
Whalley, David C. ......................... 76
Więckowski, Wojciech .................. 40
Wildman, Raymond ...................... 56
Wilkerson, Justin .......................... 68
Willam, Kaspar ............................. 73
Wilson, John S ............................ 103
Wisbey, A. .................................... 60
Wodo, Olga ............................ 46, 54
Wojsyk, Kwiryn ............................ 61
Wolff, C. ....................................... 56
Woodward, C. .............................. 52
Wu, Qifeng ................................... 50
Wu, Zhaoxuan .............................. 59
X
Xi, Yunping ................................... 73
Xia, Shengxu ................................. 97
Xotta, Giovanna ........................... 73
Y
Yaghmaie, Reza ............................ 47
Yen, Chian-Fong ................... 84, 100
Yogurtcu, Osman N. ..................... 87
Young, Robert J. ........................... 83
Yu, Jian ................................... 71, 84
Z
Zagan, Remus ............................... 76
Zahedi, Sayyedabolfazl ................. 53
Zamora, Richard ........................... 84
Zawadzki, Marcin ......................... 40
Zhang, Duan Z. ........................... 101
Zhang, Jiaxi ................................... 95
Zhang, Jing ................................... 45
Zhang, Lili ..................................... 70
Zhang, Yong-Wei .......................... 59
Zhang, Zhen ................................. 67
Zhou, Min ..................................... 74
Zhou, Xiaowang............................ 42
Zikry, M.A. .................................... 50
Zola, Jaroslaw ............................... 46
80
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