14th U.S. National Congress on Computational Mechanics

Montréal • July 17-20, 2017 Congress Program at a Glance

Sunday, July 16 Monday, July 17 Tuesday, July 18 Wednesday, July 19 Thursday, July 20

Registration Registration Registration Registration Short Course 7:30 am - 5:30 pm 7:30 am - 5:30 pm 7:30 am - 5:30 pm 7:30 am - 11:30 am Registration 8:00 am - 9:30 am 8:30 am - 9:00 am OPENING

PL: Tarek Zohdi PL: Andrew Stuart PL: Mark Ainsworth PL: Anthony Patera 9:00 am - 9.45 am Chair: J.T. Oden Chair: T. Hughes Chair: L. Demkowicz Chair: M. Paraschivoiu

Short Courses 9:45 am - 10:15 am Coffee Break Coffee Break Coffee Break Coffee Break 9:00 am - 12:00 pm

10:15 am - 11:55 am Technical Session TS1 Technical Session TS4 Technical Session TS7 Technical Session TS10

Lunch Break 11:55 am - 1:30 pm Lunch Break Lunch Break Lunch Break CLOSING

aSPL: Raúl Tempone aSPL: Ron Miller aSPL: Eldad Haber 1:30 pm - 2:15 pm bSPL: Marino Arroyo bSPL: Beth Wingate bSPL: Margot Gerritsen Short Courses 2:15 pm - 2:30 pm Break-out Break-out Break-out 1:00 pm - 4:00 pm

2:30 pm - 4:10 pm Technical Session TS2 Technical Session TS5 Technical Session TS8

4:10 pm - 4:40 pm Coffee Break Coffee Break Coffee Break Congress Registration 2:00 pm - 8:00 pm 4:40 pm - 6:20 pm Technical Session TS3 Poster Session TS6 Technical Session TS9

Reception Opening in 517BC Cocktail Coffee Breaks in 517A 7th floor Terrace Plenary Lectures (PL) in 517BC 7:00 pm - 7:30 pm Cocktail and Banquet 6:00 pm - 8:00 pm Semi-Plenary Lectures (SPL): Banquet in 517BC aSPL in 517D 7:30 pm - 9:30 pm Viewing of Fireworks bSPL in 516BC Fireworks and Closing Reception Poster Session in 517A 10:00 pm - 10:30 pm on 7th floor Terrace

On behalf of Polytechnique Montréal, it is my pleasure to welcome, to Montreal, the 14th U.S. National Congress on Computational Mechanics (USNCCM14). Over the years, USNCCM has undeniably become an event of reference in the field of Computational Science and Engineering (CS&E), with participants from academia, government and industry. The congress, which will be held for the first time outside of the US, has selected for its venue the City of Montreal. Excellent choice indeed, as Montreal is a bustling city with many cultural events and summer festivals. In addition to the quality of its universities, Montreal is such an attractive city that it has been recognized in 2017 as the World’s best destination for students. As innovation is increasingly synonymous with competitiveness, growth, and prosperity, it is not surprising that government and industry stakeholders in Canada rely more and more on its research institutions, such as Polytechnique Montréal, to ensure the continuing growth of its knowledge-based economy. Since the digital revolution of the 70s, innovation has greatly benefited from simulation-based engineering and sciences to the point that this field has now permeated every possible industrial sector. Whether it be the development and optimization of chemical processes for the biorefining industry, the large-scale production of nanomedicines for the pharmaceutical industry, the optimization of aircraft designs for the aerospace sector, or the design of effective and minimally-invasive surgeries, CS&E has become an indispensable component of R&D activities in such key sectors of our modern economies. It is also an asset for the development of technologies based on clean and sustainable sources of energy. CS&E may help provide a clear and decisive edge to all industries. For instance, those that increasingly rely on virtual prototyping and process simulation to improve the quality of their processes and products, and simultaneously reduce their costs, will increase their chances of maintaining or boosting their competitiveness in the global market. As a leading school of engineering in Canada, Polytechnique Montréal, with the collaboration of other universities from Quebec, Ontario and Northeast US, is extremely proud to host the 14th edition of the USNCCM. I wish you a great congress and a wonderful experience in Montreal.

Kind regards,

François Bertrand Eng., Ph.D. Chief Research, Innovation & International Officer

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We are pleased to welcome you to USNCCM14, the 14th U.S. National Congress on Computational Mechanics, the biennial congress of the U.S. Association for Computational Mechanics (USACM), which is held this year at the Palais des Congrès de Montréal, July 17-20, 2017. From their inception in 1991, the biennial congresses of USACM have become major scientific events, drawing computational engineers and scientists from government, academia, and industry. The congress provides an excellent forum for researchers and practitioners from all over the world to discuss the latest advancements and future directions in fields pertaining to Computational Engineering and Sciences. The 14th edition will indeed continue the tradition, as the technical program of USNCCM14 features four plenary and six semi-plenary lectures by renown scholars, over eighty mini-symposia, two student poster competitions sponsored by AHPCRC and the Journal of Computers and Mathematics with Applications, and several short courses on various topics in Computational Engineering and Sciences. Social activities include a welcome and a closing reception on the terrace of the Palais des Congrès, a congress banquet, during which the winners of the student poster competitions will Palais des Congrès de Montréal be awarded the prizes and that will be followed by the viewing of the Pyro Rhapsody fireworks of the Festival de l’International des Feux. We also hope you will find time to enjoy the cultural diversity and discover the joie de vivre of Montreal and its surroundings. 2017 is also a special year in Montréal, as the city celebrates its 375th anniversary with activities and events commemorating its history. Moreover, it is internationally recognized for its many summer festivals, fine dining, unique architecture, and hospitality. We are grateful to the USNCCM14 scientific and local organizing committees, as well as the USACM Council and Steering Committee, for sharing valuable advice on the organization of the congress. We would like to thank of course the USACM staff, in particular Mrs. Ruth Hengst, for their patience and diligence in dealing with our many requests. We thank the mini-symposia organizers for attracting high-quality speakers and scheduling the technical sessions, the student volunteers for their invaluable help, and the sponsors of USNCCM14 for their generous support. At last but not least, we would like to thank all speakers and poster presenters, whose technical contributions will make USNCCM14 a successful congress.

Steven Dufour, Marc Laforest, and Serge Prudhomme USNCCM14 Co-Chairs Departement of Mathematics and Industrial Engineering École Polytechnique de Montréal

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Congress Information

Registration Location/Hours beginning at 6:00 pm. Sponsorship of this event by École Polytechnique Montréal is greatly appreciated. The registration desk is located on the 5th floor of the Palais des Congrès de Montreal. Registration hours are as follows: USACM Awards Ceremony: USACM Awards will be given during the Opening Ceremony, beginning at 8:30 am on Monday Sunday: 2:00 pm – 8:00 pm morning. Join us in honoring our colleagues. Monday – Wednesday: 7:30 am – 5:30 pm Thursday: 7:30 am – 11:30 am Women’s Networking Event: The Women’s Networking Event will take place on Tuesday evening, beginning at 5:30 pm on the Registration Fees 7th floor Terrace. Check with the registration desk for more details. Your registration fee includes access to all technical sessions, receptions, breaks, poster session, and banquet. Those who are AHPCRC Poster Session: The AHPCRC Poster Session, registered as accompanying persons may attend the opening Tuesday afternoon, will feature over 80 posters. Awards to be reception and banquet. announced at the Congress banquet on Wednesday night. Congress App Special Talk by NSF Program Manager: Dr. Siddiq Qidwai will present a special talk, “Mechanics Opportunities at NSF" on The congress app may be located by searching for USNCCM14 in Monday, July 17, 5:00 pm - 6:00 pm, in Room 517D. your app store. The app is available for all registered participants. To logon to the app use your email used when you registered and Exhibitors/Sponsors the password MONTREAL375. We welcome the following exhibitors to USNCCM14: Elsevier, WiFi Information Fraunhofer, Michigan Institute for Computational Discovery and Engineering, Sandia National Laboratories, SIAM, and Wiley. We SSID: USNCCM14 also thank our sponsors: AHPCRC, ETS, Polytechnique Montréal, Password: MONTREAL375 and McGill University. A special thanks goes to Tourisme Montréal for their support. Events Special support is provided from AHPCRC for the student poster Opening Reception: The Opening Reception will be held on the session and partial support of the Plenary and Semi-Plenary 7th floor Terrace of the Palais des Congrès on Sunday, July 16, Speakers travel from Sandia National Laboratories.

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Plenary Speakers

Tarek Zohdi Mark Ainsworth University of California, Berkeley Brown University Monday, July 17, 9:00 am, 517BC Wednesday, July 19, 9:00 am, 517BC Chair: J. Tinsley Oden Chair: Leszek Demkowicz

Andrew Stuart Anthony Patera California Institute of Technology Massachusetts Institute of Technology Tuesday, July 18, 9:00 am, 517BC Thursday, July 20, 9:00 am, 517BC Chair: Thomas J.R. Hughes Chair: Marius Paraschivoiu

Semi-Plenary Speakers

Raúl Tempone Marino Arroyo King Abdullah University of Science Universitat Politècnica de Catalunya (UPC) - and Technology BarcelonaTech Monday, July 17, 1:30 pm, 517D Monday, July 17, 1:30 pm, 516BC Chair: Jim Stewart Chair: Pedro Díez

Ronald E. Miller Beth Wingate Carleton University University of Exeter Tuesday, July 18, 1:30 pm, 517D Tuesday, July 18, 1:30 pm, 516BC Chair: Ellad Tadmor Chair: Clint Dawson

Eldad Haber Margot Gerritsen University of British Columbia Stanford University Wednesday, July 19, 1:30 pm, 517D Wednesday, July 19, 1:30 pm, 516BC Chair: Azzeddine Soulaïmani Chair: Charbel Farhat

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USNCCM14 Organization

Steven Dufour Marc Laforest Serge Prudhomme

Department of Mathematics and Industrial Engineering École Polytechnique Montréal

USNCCM14 Local Organizing Committee

Yves Bourgault, University of Ottawa Siva Nadarajah, McGill University Suvranu De, Rensselaer Polytechnic Institute Marius Paraschivoiu, Concordia University Michel Delfour, Université de Montréal Dominique Pelletier, École Polytechnique Montréal André Fortin, Université Laval Mark S. Shephard, Rensselaer Polytechnic Institute Eric Laurendeau, École Polytechnique Montréal Azzeddine Soulaimani, École de Technologie Supérieure Martin Lévesque, École Polytechnique Montréal Jean-Yves Trépanier, École Polytechnique Montréal

USNCCM14 USACM Council and Steering Committee

Officers Members at Large

President: Leszek Demkowicz, UT Austin K. Garikipati, University of Michigan Vice-President: John Dolbow, Duke University R. Ghanem, USC Secretary/Treasurer: Yuri Bazilevs, UC-San Diego E. Kuhl, Stanford University S. Li, UC-Berkeley Board of Directors A. Marsden, Stanford University H. Park, Boston University Thomas J.R. Hughes, UT Austin N. Sukumar, UC-Davis J.Tinsley Oden, UT Austin J. Zhang, Carnegie Mellon University

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USNCCM14 International Scientific Committee

R. Batra, Virginia Polytechnic Institute and State University K. Maute, University of Colorado J.E. Bishop, Sandia National Laboratories P. Minev, University of Alberta R. de Borst, University of Sheffield N. Nigam, Simon Fraser University J.S. Chen, University of California-San Diego J.T. Oden, ICES, UT Austin A. Coutinho, COPPE/Universidade Federal do Rio de Janeiro E. Oñate, CIMNE S. De, Rensselaer Polytechnic Institute M. Ortiz, California Institute of Technology L. Demkowicz, ICES, UT Austin P. Papadopoulos, University of California-Berkeley J. Dolbow, Duke University H. Park, Boston University C. Farhat, Sanford University A. Patra, University of Buffalo J. Fish, Columbia University G. Paulino, Georgia Institute of Technology R. Ghanem, University of Southern California S. Prudhomme, École Polytechnique de Montréal O. Ghattas, ICES, UT Austin M. Puso, Los Alamos National Laboratory S. Ghosh, Johns Hopkins University E. Ramm, University of Stuttgart S. Govindjee, University of California-Berkeley J.N. Reddy, Texas A&M University I. Harari, Tel Aviv University M. Shephard, Rensselaer Polytechnic Institute T.J.R. Hughes, ICES, UT Austin J. Stewart, Sandia National Laboratories P. Ladevèze, LMT-Cachan N. Sukumar, University of California-Davis T. Laursen, Khalifa University K. Tamma, University of Minnesota S. Li, University of California-Berkeley T. Tezduyar, Rice University W.K. Liu, Northwestern University K. van der Zee, University of Nottingham H. Mang, Vienna University of Technology P. Wriggers, University of Hannover

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Technical Sessions at a Glance

TS1 Technical Session 1 Monday, July 17, 10:15 am – 11:55 am TS2 Technical Session 2 Monday, July 17, 2:30 pm – 4:10 pm TS3 Technical Session 3 Monday, July 27, 4:40 – 6:20 pm TS4 Technical Session 4 Tuesday, July 18, 10:15 am – 11:55 am TS5 Technical Session 5 Tuesday, July 18, 2:30 pm – 4:10 pm TS6 Poster Session 6 Tuesday, July 18, 4:30 pm – 6:00 pm TS7 Technical Session 7 Wednesday, July 19, 10:15 am – 11:55 am TS8 Technical Session 8 Wednesday, July 19, 2:30 pm – 4:10 pm TS9 Technical Session 9 Wednesday, July 19, 4:40 pm – 6:20 pm TS10 Technical Session 10 Thursday, July 20, 10:15 am – 11:55 am

USNCCM14 Minisymposia Session Times

MS Title Sessions 001 Reliable Automated Simulation Technologies: A Symposium Celebrating the 65th Birthday of TS1-TS5, TS7, TS10 Professor Mark S. Shephard 101 Advances in Computational Biomechanics TS1-TS3 102 Computational Bioengineering and Medicine TS4-TS5 103 Computational Biomechanics of Impact and Injury TS3-TS5, TS7 104 Computational Mechanobiology of Biological Systems TS1 105 Direct and Inverse Methods for Cardiovascular and Pulmonary Mechanics TS8-TS10 106 Image-Based Models for Biomedical Applications TS5 107 Mechanobiology of Cells, Vesicles and Biomembranes TS8-TS10 108 Multiscale Modeling in Bio-mechanical Systems TS1-TS4 201 Advances in High-Order Methods for Computational Fluid Dynamics TS1-TS5

7 202 Advances in Meshfree Particle Methods for Fluid Mechanics TS9-TS10 203 Computational Methods for Hydraulics TS3-TS5 204 Computational Methods in Environmental Fluid Mechanics TS8-TS10 205 Computational Microfluids TS1-TS2 206 Model Reduction in Computational Fluid Dynamics TS7-TS10 301 Advancements in Hydraulic Fracture Simulation TS3-TS5, TS7-TS10 302 Advances in Computational Methods for Soil Sciences TS5 303 Computational Geomechanics TS1-TS5 304 Computational Methods and Design for Impact and Blast Problems TS1-TS5, TS7 401 Computational Fracture Mechanics TS4-TS5, TS7-TS10 402 Modeling and Simulation for Complex Material Behavior TS7-TS10 403 Modeling and Simulation of Damage and Fracture in Brittle and Quasi-Brittle Materials TS9-TS10 404 Multiscale and Computational Methods in Failure Mechanics TS4-TS5, TS7-TS8 405 Peridynamic Modeling and Simulations TS1-TS3 406 Recent Advances in Computational Fracture Mechanics and Failure Analysis TS1-TS3 501 Computational Fluid-Structure Interaction: Methods and Applications TS1-TS5 503 Computational Modeling of Contact and Embedded Interfaces TS1-TS2 504 Flow-Induced Vibrations: Solution Techniques and Models TS7 505 Fluid-Structure Interaction Algorithms and Applications TS7-TS9 506 Free and Moving Boundary Problems: Methods and Applications TS4-TS5, TS7-TS10 507 Phase-field Modeling and Simulation in Fluids, Solids, and Biomechanics TS7-TS9 508 Stabilized and Multiscale Methods for Interface Mechanics TS8-TS9 601 Advances in Computational Methods for Inverse Problems TS1-TS4 602 Advances in Topology Optimization for Manufacturing TS5, TS7-TS9 603 Bayesian Statistical Inversion in Engineering Mechanics TS8-TS9 605 New Trends in Topology Optimization TS3-TS5, TS7-TS9

8 Advanced Computational Methods and Theories for Predicting Material Behaviors at Various Length TS1-TS3 701 Scales 702 Advances in Adaptive Methods for Modeling Heterogeneous Microstructures TS1 Classical and Non-classical Plate and Shell Models in Computational Mechanics of Multilayered, TS1-TS2 703 Sandwich, and Functionally Graded Composites 705 Instabilities in Solids Across the Scales TS9-TS10 706 Modeling and Simulation for Solidification Processes in Manufacturing TS9 707 Modeling and Simulation in Additive Manufacturing TS4-TS5, TS7-TS8 708 Modeling and Simulation of Additive Manufacturing Processe TS1-TS3 709 Modeling Materials with Coupled Physics TS2-TS3 710 Modeling of Soft Materials TS4-TS5 801 Adaptivity for Multiscale Problems TS1-TS2 802 Advances in Atomistic-to-Continuum Coupling Techniques TS3-TS5, TS7-TS10 803 Advances in the Modelling of Multi-Scale, Multi-Physics and Multi-Uncertainty Problems TS7 804 Complex Multi-Physics Coupling Techniques: Advances and Applications TS3-TS4 805 Computational Modeling of Multi-Functional Materials TS7-TS9 806 Concurrent Multi-Length Scale Modeling: from Finite Elements to Atoms and Electrons TS1-TS2 807 Coupled Multiphysics Problems: Discretization Approaches and Solution Methods TS4-TS5 808 Modeling at the Intersection of First Principles Methods, Mechanics and Mathematics TS5, TS7-TS10 809 Multi-scale and Multi-physics Computations in Fluids and Solids TS1-TS2 812 Multiphysics Computation and Coupled Effects TS8-TS9 Multiscale Computational Homogenization for Bridging Scales in the Mechanics and Physics of TS1-TS5 813 Complex Materials 901 Advanced Computational Methods for Complex Geometry Simulations TS1-TS2, TS4 902 Advances and Applications of the Generalized/eXtended Finite Element Method TS1-TS3 903 Advances in Numerical Methods for Linear and Non-Linear Dynamics and Wave Propagation TS1-TS3 904 BIE/BEM and Their Fast Solution Methods TS8-TS10

9 905 Cohesive Zone Models – Fundamentals and Multiscale Applications TS7 908 Finite Element Methods for Wave Propagation TS8-TS10 910 Isogeometric Methods TS1-TS3 911 Isogeometric Methods for Complex Geometries and Multi-Physics Systems TS4-TS5, TS7 912 Meshfree and Particle Methods: New Developments and Applications TS1-TS5, TS7-TS8 913 Non-standard Formulations and Discretization Methods for Thin-walled Structures TS4-TS5 914 Peridynamics and Its Applications TS5, TS7-TS8 915 Polygonal and Polyhedral Discretizations in Computational Mechanics TS7-TS10 916 Saddle Point and Mixed Discretization of Variational Problems TS4-TS5, TS7 1001 Building Advanced Capabilities in Scientific Software TS10 1002 Computational Methods in Image Analysis TS8 Enabling Technologies and Simulation Practices for Advanced Scientific and Engineering TS8-TS10 1003 Computation 1005 Symposium on Trends in Unstructured Mesh Generation TS1-TS3 1101 Advances in Adaptive Approaches for Large-scale Deterministic and Stochastic Problems TS4-TS5, TS7 Advances in Error Analysis and Computational Aspects of Deterministic and Stochastic PDE 1102 TS8-TS9 Eigenvalue Problems 1104 A Posteriori Error Estimation and Adaptivity TS8-TS10 1105 Data Driven Paradigms and Uncertainty Quantification in Computational Mechanics TS5, TS7-TS10 1107 Stochastic Methods in Computational Mechanics of Random Materials TS4-TS5 Uncertainty Propagation and Quantification in Multiscale Simulation of Materials Response, 1108 TS1-TS3 Structural Performance, and Failure 1109 Uncertainty Quantification and Stochastic Modeling in Biological Systems TS7

10 Monday Plenary Speaker 9:00-9:45 am

Tarek Zohdi University of California, Berkeley Multiphysical Simulation for Advanced Additive Manufacturing Processes Room: 517BC

Abstract: Within the last decade, several industrialized countries materials in method (3), which are of a discrete particulate character, have stressed the importance of advanced manufacturing to their are analyzed using discrete element methods. economies. Many of these plans have highlighted the development of additive manufacturing techniques, such as 3D printing, which are still Bio: Tarek I. Zohdi received his Ph.D. in 1997 in Computational and in their infancy. The objective is to develop superior products, Applied Mathematics from The University of Texas at Austin and his produced at lower overall operational costs. For these goals to be Habilitation in General Mechanics from the Gottfried Leibniz University of realized, a deep understanding of the essential ingredients comprising Hannover in 2002. He is currently a Chancellor’s Professor of Mechanical Engineering, Chair of the Computational and Data Science and Engineering the materials involved in additive manufacturing is needed. The Program at UC Berkeley and holder of the W. C. Hall Family Endowed Chair combination of rigorous material modeling theories, coupled with the in Engineering. He also holds a Staff Scientist position at Lawrence Berkeley dramatic increase of computational power can potentially play a National Labs. His main research interests are in computational approaches significant role in the analysis, control, and design of many emerging for advanced manufacturing and nonconvex multiscale-multiphysics inverse additive manufacturing processes. Specialized materials and the problems, in particular addressing the issue of how large numbers of micro- precise design of their properties are key factors in the processes. constituents interact to produce macroscale aggregate material behavior. He Specifically, particle-functionalized materials play a central role in this has published over 135 archival refereed journal papers and five books. In field, in three main ways: (1) to endow filament-based materials by 2000, he received the Zienkiewicz Prize and Medal, which are awarded once adding particles to a heated binder (2) to “functionalize” inks by every two years, to one post-graduate researcher under the age of adding particles to freely flowing solvents and (3) to directly deposit 35, by The Institution of Civil Engineers in London, to commemorate the work particles, as dry powders, onto surfaces and then to heat them with a of Professor O. C. Zienkiewicz, for research which contributes most to the field of numerical methods in engineering. In 2002, he received the Best laser, e-beam or other external source, in order to fuse them into Paper of the Year 2001 Award in London, at the Lord's Cricket Grounds, for place. The goal of these processes is primarily to build surface a paper published in Engineering Computations, pertaining to modeling and structures, coatings, etc., which are extremely difficult to construct simulation of the propagation of failure in particulate aggregates of material. using classical manufacturing methods. The objective of this In 2003, he received the Junior Achievement Award of the American presentation is to introduce the audience to basic techniques which Academy of Mechanics. The award is given once a year, to one post- can allow them to rapidly develop and analyze particulate-based graduate researcher, to recognize outstanding research during the first materials needed in new additive manufacturing processes. This decade of a professional career. In 2008, he was elected Fellow of the presentation is broken into two main parts: continuum and discrete International Association for Computational Mechanics (IACM) and in element approaches. The materials associated with methods (1) and 2009 he was elected Fellow of the United Stated Association for (2) are closely related types of continua (particles embedded in a Computational Mechanics (USACM). He was elected President of the USACM in 2012, and served from 2012 to 2014. continuous binder) and are treated using continuum approaches. The

11 TS1: MONDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Reliable Automated Simulation Technologies: A Symposium Celebrating the 65th Room: 516A MS 001 Birthday of Professor Mark S. Shephard Chair(s): Kenneth Jansen

Keynote OPAL: Bayesian Framework Reliable Automated Two-Way Integration of Mesh Unstructured and Anisotropic Presentation: for Model Selection and Simulation Technologies to Adaptivity with High- Adaptivity for Complex Quantifying Model Aid in Diagnosing and Deformation Multi-Material Stochastic Problems Inadequacy Treating Heart Disease Simulation

J. Tinsley Oden*, Charles Taylor* Daniel Ibanez*, Thomas Voth, Onkar Sahni*, Jason Li, Alvin Ernesto Lima, Amir Shahmoradi, Barbara Wohlmuth, Thomas Glen Hansen Zhang Horger, David Hormuth, Thomas Yankeelov

Advances in Computational Biomechanics Room: 514C MS 101 Chair(s): Corey P. Neu and David M. Pierce

Keynote Constitutive Modeling of IMPETUS Interactive Methodology for Generating Presentation: Human Brain Tissue MultiPhysics Environment for Hexahedral Finite Element Unified Simulations Meshes of Patient-Specific Cartilage using Image Data from the Osteoarthritis Initiative Ellen Kuhl*, Vi Ha*, George Lykotrafitis David Pierce*, Borja Rodríguez Silvia Budday, Gerhard Sommer, Paul Steinmann, Gerhard A. Vila Holzapfel

Computational Mechanobiology of Biological Systems Room: 515A MS 104 Chair(s): Elisa Budyn

Patterning and Automated Method for Dynamic Tumor Growth Long-Term Study of Bone-on- Morphogenesis of Cortical Mechanical Properties Modeling with New Vessel Chip to Monitor Stem Cell Folding Characterization in Tissue- Formation and Drug Delivery Derived Osteocyte Engineered Cartilage Mechanotransduction

Sarah Verner*, Shiva Rudraraju, Ophélie Pollet*, Aurélie Tae-Rin Lee*, Sung Sic Yoo Elisa Budyn*, Samantha Krishna Garikipati Levillain, Christel Henrionnet, Sanders, Morad Bensidhoum, Astrid Pinzano, Morad Eric Schmidt, Bertrand Cinquin, Bensidhoum, Caroline Patrick Tauc, Hervé Petite Boulocher, Thierry Hoc

12 TS1: MONDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Multiscale Modeling in Bio-mechanical Systems Room: 514B MS 108 Chair(s): Lucy T. Zhang

Keynote Computational Modeling of Modeling of the Periodic Axon The Structural Changes of Per-Residue Energetic Presentation: Hydrogel-Based Tissue Membrane Skeleton Structure Finger 3 in the Mutated Analysis Clarifies the Engineering: En Route to with Measurement of its Ankyrin Repeat Domain of the Mechanism of the Binding Personalized Regenerative Mechanical Properties Human TRPV4 Channel Alter Strength Inside Microtubes Medicine ATP Binding Ability

Franck Vernerey*, Yihao Zhang*, Krithika Shu-Wei Chang*, Tsu-Hsin Kao Ning Liu*, Ramana Pidaparti, Shankar Sridhar, Stephanie Bryant Abiraman, He Li, David Pierce, Xianqiao Wang Anastasios Tzingounis, George Lykotrafitis

Advances in High-Order Methods for Computational Fluid Dynamics Room: 520A MS 201 Chair(s): Freddie Witherden

Keynote Improved Wall-Modeling for Three-Dimensional High- Higher-Order Multi- Optimization-Based Presentation: Large Eddy Simulation using Order Simulations of Low- Dimensional Limiting Strategy Anisotropic Mesh-Polynomial the FR/CPR Method Pressure Turbine Blade for Subcell Resolution in Adaptation for High-Order Cascades Unstructured Triangular Methods Meshes

ZJ Wang*, Arvind Iyer*, Freddie Hojun You*, Chongam Kim Nicolas Ringue*, Siva Jingchang Shi, Hong Yan Witherden, Brian Vermeire, Nadarajah Yoshiaki Abe, Ralf-Dietmar Baier, Antony Jameson, Peter Vincent

Computational Microfluidics Room: 520C MS 205 Chair(s): Thomas Gervais

Keynote Numerical Modeling of Inertial Modelling Microfluidic Sample Effect of Geometry of Presentation: Focusing Effects in Curved Traps to Optimize Trapping Microfluidic on Hydrodynamic Microfluidic Flows and Culture of Ex Vivo Single Cell Trapping Biological Samples

Liviu Clime*, Nassim Rousset*, Frédéric Ahmad Sohrabi Kashani*, Xuyen Dai Hoa, Keith J. Morton Monet, Thomas Gervais Muthukumaran Packirisamy

13 TS1: MONDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Computational Geomechanics Room: 520E MS 303 Chair(s): WaiChing Sun

Face Stability Analysis in A Framework for the A Bounding Surface Plasticity Dynamic Rupture Simulation Mechanized Tunnelling: A Modeling of Gypsum Cavity Model for Natural Clay of a Tunnel Subjected to Fault Novel FE Approach Based on Dissolution within Calibration, Validation and Displacements using Parallel Incompatible Modes and Geomechanical Studies Application 3D-FEM Strong Discontinuity Kinematics

Abdullah Alsahly*, Callari Carlo, Farid Laouafa*, Michel Quintard Thomas Barciaga*, Tom Yuta Mitsuhashi*, Gaku Gunther Meschke Schanz Hashimoto, Hiroshi Okuda, Fujio Uchiyama

Computational Methods and Design for Impact and Blast Problems Room: 518C MS 304 Chair(s): Miguel Pando

Keynote Computational Design of Crashworthiness Optimization Intrinsic Cohesive Modeling of Assessment of Soil Inertia Presentation: Hierarchical Structures for of Horsetail-Bionic Thin- the Impact Cracking of Effects in Dynamic Analysis Crashworthiness Criteria Walled Structures Laminated Glass of Piles under Impact Loading

Qing Li*, Hongbin Fang*, Youye Xiao, Shunhua Chen*, Shinobu Miguel Pando*, Gustavo Guangyong Sun, Jianguang Fang Hanfeng Yin, Guilin Wen Yoshimura, Tomonori Yamada Pacheco, Luis Suarez

Peridynamic Modeling and Simulations Room: 521BC MS 405 Chair(s): Pablo Seleson

Keynote Stabilization of Peridynamic Peridynamic Models for Finite Deformation Presentation: Correspondence Material Anisotropic Media Constitutive Models and Models Mechanics of Peridynamic Mixtures

Stewart Silling* Pablo Seleson*, Jeremy John Foster*, Xiao Xu Trageser, Max Gunzburger

14 TS1: MONDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Recent Advances in Computational Fracture Mechanics and Failure Analysis Room: 518B MS 406 Chair(s): Hiroshi Okada

Numerical Modeling of Void Evaluation of Elastic-Plastic Parallel Elastic-Plastic Coalescence and Shear Fracture Simulation for Analysis using a Domain Localization in Ductile Solids Compact Tension Specimen Decomposition Method with a Subjected to Low Cycle Nonlinear Solver Fatigue

Xiaosheng Gao*, Tuo Luo Yoshitaka Wada* Yasunori Yusa*, Hiroshi Okada, Tomonori Yamada, Shinobu Yoshimura

Computational Fluid-Structure Interaction: Methods and Applications Room: 520D MS 501 Chair(s): TBD

Keynote An Immersed Boundary Anderson-Accelerated Spatial An Embedded Robin Full-Eulerian XFEM for Fluid- Presentation: Formulation for Simulating Coupling of Lattice Boltzmann Boundary Method for Structure Interaction Analysis High-Speed Compressible and Navier-Stokes Solvers Incompressible Fluid- Viscous Flows with Moving Structure Interaction Solids Problems with Large Deformation

Romesh Batra*, Philipp Neumann*, Benjamin Shunxiang Cao*, Alex Main, Toshiki Nagai*, Kurt Maute Yegao Qu Uekermann Kevin Wang

Computational Modeling of Contact and Embedded Interfaces Room: 520F MS 503 Chair(s): Michael Puso

Liquid-Solid Contact: Multigrid Methods for Crack Modeling Contact Interfaces Frictional Contact on a Rigid Applying Projection-Based Algorithms for Sticking and Propagation and Contact by Considering Structural Obstacle for the Particle- Reduced-Order Modeling to Sliding Anisotropy and Plasticity Difference Method the Constrained System with Lagrange Multipliers

Roger Sauer* Cyrill von Planta*, Rolf Krause, George Michaloudis*, Tod Laursen*, Tae-Yeon Kim, Euiyoung Kim*, Maenghyo Cho Alena Kopanicakova, Patrick Alexander Konyukhov, Norbert Dhafer Khalefa Jadaan, Jeong- Zulian Gebbeken Hoon Song

15 TS1: MONDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Advances in Computational Methods for Inverse Problems Room: 524C MS 601 Chair(s): Paul Barbone

Keynote Multifrequency Interferometric A Linear Sampling Method for Near-Field Equation for an Characterization of Near- Presentation: Imaging with Intensity-Only Through-the-Wall Radar Elastic Half-Space from the Surface Road Cavity using an Measurements Detection View Point of the Far-Field Elastic Wave Full-Waveform Properties of Green's Inversion Method Function

Chrysoula Tsogka*, Aihua Wood*, Matthew Charnley Terumi Touhei*, Taizo Jun Won Kang*, Boyoung Kim, Miguel Moscoso, Alexei Novikov, George Papanicoloau Maruyama Seungwook Youn, Seong-Hoon Kee, Haesang Jeong

Advanced Computational Methods and Theories for Predicting Material Behaviors at Room: 523A MS 701 Various Length Scales Chair(s): Jeong-Hoon Song

Reduced Order Variational Multiscale Thermodynamics: A Micromorphic A Homogenized Gradient New Particle Difference Multiscale Enrichment Toward a Precise Description Computational Elasticity Model for Plane Algorithm for Material Method (ROVME) for of the Microstructural Homogenization Framework Wave Propagation in Bi- Nonlinear Problem Coupled Thermo-Mechanical Evolution of Complex for Heterogeneous Materials Laminate Composites Problems Materials

Caglar Oskay*, Shuhai Zhang Jean-Philippe Harvey*, Aimen Leong Hien Poh*, Raja Biswas Swee Hong Tan*, Leong Hien Young-Cheol Yoon*, Jeong- Gheribi Poh Hoon Song

Advances in Adaptive Methods for Modeling Heterogeneous Microstructures Room: 523B MS 702 Chair(s): Yan Azdoud and Coleman Alleman

Integrated Computational Modeling the Effects of Recent Advances in the Full Developing Physically-Based The Adaptive Wavelet Materials Engineering Microstructure on Localization Field Modeling of Three Dimensional Enhancement of the Crystal in Polycrystalline Stainless Recrystallization and Grain Polycrystalline Plasticity Finite Element Steel Growth using the Level Set Microstructures Method Approach

Karel Matous* Coleman Alleman*, James Daniel Pino Muñoz*, Marc Hojun Lim*, Fadi Abdeljawad, Yan Azdoud*, Jiahao Cheng, Foulk, Alejandro Mota, Hojun Bernacki, Nathalie Bozzolo, Steve Owen, Jacob Gruber, Somnath Ghosh Lim, David Littlewood Thomas Toulorge, Charbel Garritt Tucker, James Foulk Moussa, Ludovic Maire, Julien Fausty

16 TS1: MONDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Classical and Non-classical Plate and Shell Models in Computational Mechanics of Room: 525A MS 703 Multilayered, Sandwich, and Functionally Graded Composites Chair(s): Alexander Tessler

A Nonlocal Higher-Order Zig- Static Analysis of Sandwich Buckling Behavior of Thin A Plate Element Formulation Zag Theory Based on a Strain Beams Including the Effect of Walled Composite Box for Modeling Progressive Gradient Elasticity Adhesive Layers by using the Beams with Variable Stiffness Damage and Failure of Shear Mixed Refined Zigzag Theory Deformable Laminates

Jun-Sik Kim* Marco Gherlone* Taner Timarci*, Muhsin Gökhan Devlin Hayduke* Gunay

Modeling and Simulation of Additive Manufacturing Processes Room: 518A MS 708 Chair(s): Neil Hodge

Global Sensitivity Analysis of Modelling Powder Bed Fusion A Semi-Analytical Model of Numerical Simulation of Temperature and Distortion a Selective Laser Melting Feature Creation Selective Laser Melting Temperature Fields in Simulation for Laser Powder Finite Element Model: Process Powder Bed Fusion Process Bed Fusion Parts Identification of Influential by using Hybrid Point and Parameters Line Heat Source Model

Claire Bruna-Rosso*, Ali Mustafa Megahed*, Wolfgang Can Ayas*, Yabin Yang Zhibo Luo*, Yaoyao Zhao Erik Denlinger*, Pan Michaleris Gokhan Demir, Maurizio Vedani, Ottow Barbara Previtali

Adaptivity for Multiscale Problems Room: 516D MS 801 Chair(s): Kristoffer Van Der Zee

Keynote Adaptive Multiscale Methods A Posteriori Error Estimation A New Paradigm for the Presentation: for Heterogeneous Flows for Multiscale Computations Numerical Approximation of Based on MsFEM Sign-Changing Problems

Eric Chung* Frédéric Legoll*, Ludovic Simon Lemaire*, Assyr Abdulle Chamoin

17 TS1: MONDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Concurrent Multi-Length Scale Modeling: from Finite Elements to Atoms and Electrons Room: 515C MS 806 Chair(s): Qing Peng and Suvranu De

Keynote Molecular Dynamics Scale-Bridging for Multiscale Static and Dynamic Presentation: Simulations of a Porous Modeling of Reactive Applications of Atomistic- Nano-Fluidic Desalination Materials Based Boundary Element Device Method

Dandan Lyu*, Tiange Li*, Shaofan Li Xiaojie Wu*, Xiantao Li Shaofan Li

Multi-scale and Multi-physics Computations in Fluids and Solids Room: 515B MS 809 Chair(s):Yozo Mikata

Effective Thermal and Elastic Nano-Motions of FePd The Schwarz Alternating Monolithic Linear Equation Properties of a Composite Nanorobots Subjected to Method in Solid Mechanics Solver for Parallel Finite with Spheroidal and Applied Magnetic Field by Element Method Ellipsoidal Inhomogeneities Molecular Dynamics Mode

Yozo Mikata* Minoru Taya*, Takehiro Matsuse Alejandro Mota*, Irina Tezaur, Naoki Morita*, Gaku Hashimoto, Coleman Alleman Hiroshi Okuda

Multiscale Computational Homogenization for Bridging Scales in the Mechanics and Room: 516E MS 813 Physics of Complex Materials Chair(s): Julien Yvonnet

Keynote Microstructure Evolution in Intercalation Driven Porosity Higher Order Homogenization Non-Intrusive Local-Global Presentation: Ferroelectrics by Improved Effects in Coupled Continuum for Piezoelectric Periodic Substitution Method: Spectral Methods for Models for the Electrical, Composites Extension to Multi-Time and Computational Chemical, Thermal and Jump Cycle Coupling for the Homogenization Mechanical Response of Fatigue Prediction of Battery Electrode Materials Viscoplastic-Structures

Dennis Kochmann*, Zhenlin Wang*, Jason Siegel, Luigi Gambarotta*, Andrea Olivier Allix*, Maxime A. Vidyasagar, Wei Lin Tan Krishna Garikipati Bacigalupo Blanchard, Pierre Gosselet, Geoffrey Desmeure

18 TS1: MONDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Advanced Computational Methods For Complex Geometry Simulations Room: 522BC MS 901 Chair(s): Antonio Gil and Guglielmo Scovazzi

Recent Developments and A Dynamic Variational Variational Multiscale Method F-bar Aided Edge-Based Usage of the Composite Multiscale Method for for Incompressible Solid Smoothed Finite Element Tetrahedral Element in Solid Viscoelasticity using Linear Dynamics with Application to Method with 4-Node Mechanics Applications Tetrahedral Elements Biological Tissues Tetrahedral Elements for Viscoelastic Large Deformation Problems

Jakob Ostien*, James Foulk III, Nabil Abboud*, Oriol Colomes, Ju Liu*, Vijay Vedula, Alison Yuki Onishi* Alejandro Mota, Michael Veilleux, Guglielmo Scovazzi Marsden Nathan Crane

Advances and Applications of the Generalized/eXtended Finite Element Method Room: 522A MS 902 Chair(s): Armando Duarte

Keynote Assessment of Enriched Higher-Order Conformal A Stabilised Cut Finite Presentation: Finite Element Discretizations Decomposition Finite Element Element LaTin Method for for Weak Discontinuities Method (CDFEM) as an Multiple Unilateral Contact Alternative for XFEM Problems

David Noble*, Thomas-Peter Fries* Susanne Claus*, Pierre Kurt Maute Kerfriden

Advances in Numerical Methods for Linear and Non-Linear Dynamics and Wave Room: 524B MS 903 Propagation Chair(s): Alexander Idesman

Keynote A New Accurate Numerical Heterogeneous The Shifted Boundary Higher-Order Elements for Presentation: Approach to Wave Asynchronous Time Method: A New Approach to Explicit Solid Dynamics Propagation, Structural Integrator for Impact and Embedded Domain Dynamics and Heat Transfer Contact Dynamics Computations Problems

Alexander Idesman* Anthony Gravouil*, Fatima- Ting Song*, Alex Main, Stephen Beissel*, Timothy Ezzahra Fekak, Michael Brun, Guglielmo Scovazzi Holmquist Bruno Depale

19 TS1: MONDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Isogeometric Methods Room: 524A MS 910 Chair(s): Thomas J.R. Hughes

Keynote A Stress Recovery Procedure A Variational Method to Avoid Parallelization of Numerical Alternating Direction Presentation: for Cost-Effective Locking Independent of the Integration Algorithm for rIGA Isogeometric L2 Projections Isogeometric Analysis of Discretization using a Fast Quadrature in Cloud Environment Composite Plates

Alessandro Reali*, Bastian Oesterle*, Simon Maciej Wozniak*, Maciej Grzegorz Gurgul*, Marcin Los, John-Eric Dufour, Pablo Antolin, Alessia Patton, Giancarlo Sangalli, Bieber, Ekkehard Ramm, Paszynski Danuta Szeliga, Maciej Ferdinando Auricchio Manfred Bischoff Paszynski

Meshfree and Particle Methods: New Developments and Applications Room: 519A MS 912 Chair(s): J.S. Chen

A Reproducing Kernel Meshfree Modeling of A Nonlocal Updated Generalization of the Ordinary Penetration Modeling of Ultra- Particle Method Framework Penetration of a Self- Lagrangian Particle State Based Peridynamic High Performance Concrete for Modeling Failure of Solids Consolidating High-Strength Hydrodynamics Method and Model for Isotropic Linear using a Multiscale Meshfree Subjected to Blast Loadings Concrete Simulation of Underwater Viscoelasticity Method Explosion

J.S. Chen*, Guohua Zhou, Mike Jesse Sherburn*, William Qingsong Tu*, Yumeng Hu, Rolland Delorme*, Ilyass Tabiai, Paul Sparks*, Jesse Sherburn, Hillman Heard, Sean Wade, Brett Shaofan Li Louis Laberge Lebel, Martin William Heard, Brett Williams, Williams Lévesque Patrick Kieffer

Symposium on Trends in Unstructured Mesh Generation Room: 514A MS 1005 Chair(s): Franck Ledoux

Keynote Geometry and Mesh Hybrid CPU/GPU Parallel A Scalable Generic Mesh Converting Faceted Data to Presentation: Generation for Unstructured Mesh Data Structure for Multicore B-Reps Representative Volume Adaptation Architecture Elements in Computational Materials Modeling

Steven J. Owen*, François Guibault*, William Nicolas Le Goff*, Franck Paul Stallings* James W. Foulk, Benjamin Reedlun, Corey Ernst, Coleman Alleman, Bussire Ledoux Hojun Lim

20 TS1: MONDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Uncertainty Propagation and Quantification in Multiscale Simulation of Materials Room: 525B MS 1108 Response, Structural Performance, and Failure Chair(s): Jacob Hochhalter

Keynote Polynomial Chaos for the Efficient Uncertainty Propagating Stochastic An Adaptive Approach with Presentation: Multiscale Characterization of Propagation for High Fidelity Manufacturing Processes into Local Reduced Basis Material Response and Crack Growth using Risk Predictions for Gas- Approximation for the Failure under Uncertainty Stochastic Reduced-Order Turbine Engines Solution of PDEs with Models Uncertain Inputs

Roger Ghanem*, James Warner*, Patrick Leser, James Sobotka*, Michael Wilkins Aquino*, Zilong Zou Loujaine Mehrez, Venkat Aitharaju, William Rodgers Jacob Hochhalter Enright, Kwai Chan, Craig McClung, John McFarland, Jonathan Moody

21

Monday Semi-Plenary Speakers 1:30-2:15 pm

Marino Arroyo Raúl Tempone Universitat Politècnica de Catalunya (UPC) King Abdullah University of Science and Technology BarcelonaTech

Mathematical Modeling and Simulation of the Cell Envelop, Hierarchical Sampling Methods an Active and Adaptable Biological Interface for Forward and Inverse Problems Room: 516BC Room: 517D

Abstract: The cell envelop is an active and adaptable interface that Abstract: We will first recall, for a general audience, the use of Monte plays a fundamental role in many biological events. To name a few, it Carlo and Multi-level Monte Carlo (MLMC) methods in the context of determines cell shape and mechanics, controls the way cells adhere Forward Uncertainty Propagation. Then, we will move on to Multi- to each other, drives cell division and motility, and controls the Index Monte Carlo (MIMC) and Multi-Index Stochastic Collocation structure and remodeling of multicellular tissues. Fundamental (MISC) methods for computing statistics of the solution of a Partial mechanical and chemical determinants of its biological function can Differential Equation with random data. MIMC is both a stochastic be described with mathematical models involving partial differential version of the combination technique introduced by Zenger, Griebel, equations on curved surfaces coupled with the geometric evolution and collaborators, and an extension of the Multilevel Monte Carlo laws for those surfaces. In this talk, I will describe instances of such (MLMC) method first described by Heinrich and Giles. Instead of models coupling chemistry, elasticity, hydrodynamics and active force using first-order differences as in MLMC, MIMC uses mixed generation, their numerical discretization, and how they can be used differences to dramatically reduce the variance of the hierarchical to connect with experiments and understand various phenomena in differences, thus yielding improved convergence rates. MISC is a cell mechanobiology. deterministic combination technique that also uses mixed differences to achieve better complexity than MIMC, provided enough regularity. Bio: Marino Arroyo is Associate Professor at the Universitat Politècnica de Moreover, in the optimal case, the convergence of MISC is dictated by Catalunya (UPC), where he is a member of the Laboratory of Computational the convergence of the deterministic solver applied to a one- Methods and Numerical Analysis (LaCaN) group. He is also affiliated to dimensional spatial problem. Throughout the presentation, we will the Institute for Bioengineering of Catalonia (IBEC). Before joining the UPC, discuss several applications, including some arising from Inverse he obtained a PhD from Northwestern University and was a postdoctoral Problems and Optimal Experimental Design settings. scholar at the California Institute of Technology (Caltech). He has been awarded the O. C. Zienkiewicz Award for Young Scientists in Computational Engineering Sciences by ECCOMAS (2010), two ICREA Academia Awards Bio: Raul Tempone is an applied mathematician, recognized for his (2009, 2015), and the ASME/BOEING Structures and Materials Award contributions to the development and rigorous analysis of numerical methods (2003). He was awarded by the European Research Council a Starting Grant for deterministic and stochastic problems arising in science and engineering. in 2009 and a Consolidator Grant in 2016. His research goal is to develop He is well known for his works on adaptive algorithms for stochastic theories and computational methods to understand the small-scale differential equations, stochastic Galerkin and stochastic collocation methods mechanics of materials and biological systems, with a recent emphasis on for random partial differential equations, and multilevel Monte Carlo cell and tissue mechanobiology and bio-inspired materials. hierarchical sampling techniques for stochastic problems, among others. 22

These methods provide substantial computational savings and are crucial for applications described in terms of differential equations and subject to uncertain evolution. Formulations including uncertainty have been increasingly used in many engineering applications, and they are useful in other applications as well, including, among others, finance, biology, social science as well as chemistry and physics.

Raul Tempone graduated as an industrial engineer in 1995 at the University of the Republic, Montevideo, Uruguay. After his graduation he worked on the optimal dispatch of electricity for the Uruguayan system using techniques from nonlinear stochastic programming and visited the Royal Institute of Technology (KTH) in Stockholm, Sweden, to study further numerical analysis. He obtained a Master in Engineering Mathematics in 1999 (inverse problems for incompressible flows, supervised by Jesper Oppelstrup, KTH) and a Ph.D. in Numerical Analysis in 2002 (a posteriori error estimation and control for stochastic differential equations, supervised by Anders Szepessy, KTH). He later moved to ICES, UT Austin, to work as a postdoctoral fellow from 2003 until 2005 in the area of numerical methods for PDEs with random coefficients (supervised by Ivo Babuska and Mary Wheeler). In 2005 he became an assistant professor (joint appointment) with the School of Computational Sciences and the Department of Mathematics at Florida State University, Tallahassee. In 2007 he was awarded the first Dahlquist fellowship by KTH and COMSOL for his contributions to the field of numerical approximation of deterministic and stochastic differential equations. In 2009 he became an Associate Professor (founding faculty) with King Abdullah University of Science and Technology and later in 2015, he was promoted there to the rank of Full Professor in Applied Mathematics. Since 2012, he has directed the KAUST Strategic Research Center for Uncertainty Quantification.

He has received numerous accolades from his peers: he is a highly cited author, is regularly invited as keynote speaker at conferences from several distinct areas and holds honorary appointments as well. For instance, he was elected by Society for Industrial and Applied Mathematics (SIAM) members as the Technical Director of the SIAM Uncertainty Quantification group, a position he held during the term 2013-2014.

23 TS2: MONDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Reliable Automated Simulation Technologies: A Symposium Celebrating the 65th Room: 516A MS 001 Birthday of Professor Mark S. Shephard Chair(s): Kenneth Jansen

Reliable Large Scale Barrier-Free Parallel Adaptive Thermal Modelling and Multilevel Decomposition and Industrial Design at Petascale Scheme for Asynchronous Simulation of Selective Laser Compression on Unstructured and Beyond Spacetime Discontinuous Melting Additive Grids Galerkin Methods Manufacturing

Martin Berzins* Robert Haber*, Amit Madhukar, Antoinette Maniatty*, Souvik Ben Whitney*, Mark Ainsworth Reza Abedi, Volodymyr Roy, Mario Juha Kindratenko

Advances in Computational Biomechanics Room: 514C MS 101 Chair(s): David M. Pierce and Corey P. Neu

Full-Field 4D Measurements Simulation of Harmonic Shear Three-Dimensional Elastic Mechanical Properties of of Acceleration-Induced Waves in the Human Brain Modulus Reconstruction Human Ascending Aorta Deformation in the Living and Comparison with Based on Magnetic using Biaxial Tensile Testing Human Brain Measurements from Magnetic Resonance Imaging Resonance Elastography

Arnold Gomez*, Andrew Nitin Daphalapurkar*, Yang Li, Luyao Cai*, Claus B.W. Samaneh Sattari*, Katherine Knutsen, Dzung Pham, Philip Ruth Okamoto, Andrew Pedersen, Corey P. Neu Olsen, Taisyia Sigaeva, Jehangir Bayly, Jerry Prince Badachhape, Philip Bayly, K.T. J. Appoo, Elena S. Di Martino Ramesh

Multiscale Modeling in Bio-mechanical Systems Room: 514B MS 108 Chair(s): Ying Li

Keynote Multiscale Computational An Interfacial Zone Model for Discrete Particle Techniques Simulating Drug-Affected Presentation: Design of Bio-Inspired Intercellular Interaction For Multiscale Modeling Of Cardiac Electromechanics Materials with Advanced Modeling in Epithelial Cells Fragmentation of Blood Clots Mechanical Functions

Zhao Qin* Xiaowei Zeng*, Liqiang Lin Debanjan Mukherjee*, Shawn Khalil Elkhodary*, Noha C. Shadden Shalaby, Nejib Zemzemi

24 TS2: MONDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Advances in High-Order Methods for Computational Fluid Dynamics Room: 520A MS 201 Chair(s): Brian Vermeire

On the Impact of Number High-Fidelity Simulation of a Discontinuous Galerkin A Continuous Mesh Model for A High-Order Discontinuous Representation for High- Golf Ball Trajectory using a Method for Predicting Heat Goal-Oriented hp-Adaptation Galerkin Method for Variable- Order Implicit Large Eddy High-Order Overset Method Transfer in Hypersonic Coefficient Advection- Simulations Environments Diffusion Problems

Freddie Witherden*, Antony Jacob Crabill*, Freddie Eric Ching*, Yu Lv, Matthias Ajay Rangarajan*, Georg May Raunak Borker*, Charbel Jameson Witherden, Antony Jameson Ihme Farhat, Radek Tezaur

Computational Microfluidics Room: 520C MS 205 Chair(s): Liviu Clime

2D Continuum Model for Multiphysics Modelling of Characterization of Self- Simulating Angiogenesis Very Low Flow Rate Coalescence in Microfluidic Studies in Microfluidic Micropump Based on Capillary Flow via Finite Systems Thermal and Mechanical Element Method Actuation

Edmond W. K. Young*, Nikola Amine Miled*, Hamza Landari Samuel Castonguay*, Onur Kuzmic Gôkçe, Yuksel Temiz, Emmanuel Delamarche, Thomas Gervais

NETComputational Geomechanics Room: 520E MS 303 Chair(s): Pania Newell

A Bounding Surface Plasticity A Coupled Numerical Model Modelling Hydraulic Model for Natural Clay for Discrete Fractures in Fracturing as a Transition Calibration, Validation and Deformable Geothermal from Diffuse Micro-Cracking Application Reservoirs to Fracture Localization

Thomas Barciaga*, Tom Saeed Salimzadeh*, Maiya Mahdad Eghbalian*, Richard Schanz Medetbekova, Hamidreza M. Wan Nick

25 TS2: MONDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Computational Methods and Design for Impact and Blast Problems Room: 518C MS 304 Chair(s): David C. Weggel

Keynote Modeling the Blast Use of Finite Element Internal Explosion Simulation Efficient High Fidelity Presentation: Resistance of Reinforced Analysis to Model the of Earth Covered Composite Nonlinear Dynamic Analysis Concrete Bridge Columns Potential Damage Caused to Arch System; the Comparison of Light Gauge Steel Walls under Uncertainty Passenger Railcars by the between MMALE, PBM and Subjected to Blast Loading Use of Explosives CONWEP+GP Methods

Christopher Eamon*, Ian Bruce*, Przemyslaw Sze Dai Pang* David Weggel*, Ahmed Khalil, Ahmad Alsendi Rakoczy, Devon Wilson Nabil Rahman, Matt Whelan

Peridynamic Modeling and Simulations Room: 521BC MS 405 Chair(s): Florin Bobaru

Realistic Crack Patterns Multi-Scale Simulation of An Intermediate Experimental Validation of Electromechanical Obtained using an Approach Rubber Fracture using Homogenization Approach for Elastic State-Based Peridynamic Modeling of Coupling Finite Element Space-Time FEM and Non- Peridynamic Modeling of Peridynamic for PMMA and Deformation and Damage Method and Peridynamics Ordinary State-Based Failure in Heterogeneous Epoxy Materials Sensing in Polymer Bonded Peridynamics Materials Explosive Materials

Mirco Zaccariotto*, Davide Shogo Wada*, Dong Qian Ziguang Chen*, Sina Niazi, Patrick Diehl*, Ilyass Tabiai, Gary Seidel*, Naveen Prakash Tomasi, Ugo Galvanetto Florin Bobaru Martin Lévesque

Recent Advances in Computational Fracture Mechanics and Failure Analysis Room: 518B MS 406 Chair(s): Xiaosheng Gao

Development of a Three- Fatigue Crack Growth An Edge-Based Smoothed Dimensional Crack Analysis Simulation with Crack Closure Finite Element Method for System using XFEM and Effect using S-Version FEM Crack Growth Simulation Evaluation of its Accuracy

Toshio Nagashima* Yuto Shinozaki*, Akiyuki Wei Xie*, Xudong He Takahashi, Yuichi Shintaku

26 TS2: MONDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Computational Fluid-Structure Interaction: Methods and Applications Room: 520D MS 501 Chair(s): TBD

An Integrated Approach for FSI Framework for Wind Analysis of Flapping Motion Wind-Structure Interaction as Generation of Inflow Fluid-Structure Interaction: Energy and Aerospace Considering Kinematic an Aid to Establish the Design Boundary Conditions as Uncertainty Quantification, Engineering Applications: Optimization by Partitioned Wind Pressures of Tensile Multivariate Stochastic Bayesian Inference, Scalable from Unsteady Aerodynamics Iterative FSI Analysis System Membrane Structures Process for LES of ABl Flows Algorithms for High to Damage Prediction Performance Computing and Wind Tunnel Testing Abhijit Sarkar*, Rimple Sandhu, Artem Korobenko* Shinobu Yoshimura*, Giwon J. Gerardo Valdés-Vázquez*, A. Girma Bitsuamiak*, Abiy Leandro Jose Rocha da Costa, Hong, Tomonori Yamada, Naoto David García-Soto, Alejandro Melaku Brandon Robinson, Anton Mitsume Hernández-Martínez, L. Matachniouk, Sandip Chajjed, Francisco Gay-Alanís Philippe Bisaillon, Ajit Desai, Mohammad Khalil, Chris Pettit, Dominique Poirel

Computational Modeling of Contact and Embedded Interfaces Room: 520F MS 503 Chair(s): Tod Laursen

Fundamental Basis for An Embedded Mesh Coupling Surface Sensing of Atomic A Novel Constraint Verification of Contact Stress Computational Modeling of of Overlapping Lagrange and Behavior of Polymer Enforcement Method for in Elasticity Using a Surrogate Contact in Wire Ropes and ALE Meshes with Unilateral Nanofilms via Molecular Implicit Contact Mechanics Formulation Knots Type Contact Constraints Dynamics Simulation Alexander Konyukhov* Mike Puso*, Paul Tsuji, Ben Liu, Ling Dai* Steven Wopschall*, Mark Zhaocheng Xuan* Ed Kokko Rashid

Advances in Computational Methods for Inverse Problems Room: 524C MS 601 Chair(s): Assad Oberai

Keynote Multilevel Monte Carlo Inverse Monte Carlo Grain Gradient-Based Methods for Inverse Problems in Highly Presentation: Methods for Bayesian Growth Analysis for Process Detecting the Effective Heterogeneous Media Inference Design Dimension of Nonlinear Bayesian Inverse Problems Kody Law* Yixuan Tan*, Antoinette Olivier Zahm*, Youssef Paul E. Barbone*, Danial Maniatty, John Wen, Chengjian Marzouk, Tiangang Cui, Kody Panahandeh, Bojan Guzina Zheng Law

27 TS2: MONDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Advanced Computational Methods and Theories for Predicting Material Behaviors at Room: 523A MS 701 Various Length Scales Chair(s): Caglar Oskay

Application of the Particle A Multi-Scale Modeling of Modeling Heterogeneities Difference Method (PDM) for Strain Path Effects, Laminar Effects on Phase Predicting Solidification of Structure and Texture Transformation during Polycrystalline via Diffusive Evolution in Wire Drawing Quenching of Large Size Interface Approach Process Forged Steel Ingots

Jeong-Hoon Song*, Ashkan Guangliang Zhang* Yassine Bouissa*, Mohammad Almasi, Tae-Yeon Kim, Young- Jahazi, Henri Champliaud, Louis- Cheol Yoon Philippe Lapierre-Boire, Jean- Benoît Morin, Nicolas Poulain

Classical and Non-classical Plate and Shell Models in Computational Mechanics of Room: 525A MS 703 Multilayered, Sandwich, and Functionally Graded Composites Chair(s): Marco Gherlone

Exact Transfer- and Stiffness- An Inverse Finite Element Improved Thermo-Mechanical Cohesive Fracture of Numerical Analysis of Plane Matrix for the Composite Method Based on Refined Analysis of Laminated Multilayered Beams Through Problems of Viscoelastic Beam-Column with Refined Zigzag Theory for Structural Composite Structures using a Homogenized Structural Functionally Gradient Material Zigzag Kinematics Health Monitoring of the New Enhanced First- Theory Based on a Temporally- Laminated Composite and Order Shear Deformation Piecewise Adaptive Algorithm Sandwich Shell Structures Theory

Heinz Wimmer*, Karin Alexander Tessler*, Adnan Jang-Woo Han*, Jun-Sik Kim, Hossein Darban*, Roberta Haitian Yang*, Linlin Zhang, Nachbagauer Kefal, Erkan Oterkus Maenghyo Cho Massab Yiqian He, Weian Yao

Modeling and Simulation of Additive Manufacturing Processes Room: 518A MS 708 Chair(s): Robert Ferencz

Keynote Goals of the Exascale Part-Level Finite Element Mesoscopic Modeling of A Computationally Efficient Presentation: Additive Manufacturing Simulation of Selective Laser Powder-Bed-Based Additive Process Modelling Approach Project (ExaAM) Melting Manufacturing for Selective Laser Melting

John Turner*, Neil Hodge*, Robert Ferencz Matthias Markl*, Carolin Körner Yabin Yang*, Can Ayas James Belak, Sudarsanam Babu, Nathan Barton, Curt Bronkhorst, Neil Carlson, Jean-Luc Fattebert, Neil Hodge, Wayne King, Lyle Levine, Christopher Newman, Balasubramaniam Radhakrishnan

28 TS2: MONDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Modeling Materials with Coupled Physics Room: 523B MS 709 Chair(s): Stephan Rudykh

Keynote A Laminate-Based Electro- and Magneto- PDE-Constrained Presentation: Computational Model for Mechanical Coupling and Optimization Framework for Ferroelectric Single Crystals Instabilities in Dielectric the Design of Heterogeneous and Ceramics Elastomers and Elastic Acoustic Cloaks Magnetorheological Elastomers

Andreas Menzel*, Stephan Rudykh*, Artemii Clay Sanders*, Wilkins Aquino, Dinesh Dusthakar, Bob Svendsen Goshkoderia Timothy Walsh

Adaptivity for Multiscale Problems Room: 516D MS 801 Chair(s): Frédéric Legoll

Adaptivity through Certified Computations with Localization in Model PGD Model Reduction in the Reduction for Parabolic MsFEM Framework Problems

Felix Schindler*, Mario Ludovic Chamoin*, Frédéric Ohlberger, Stephan Rave Legoll

Concurrent Multi-Length Scale Modeling: from Finite Elements to Atoms and Electrons Room: 515C MS 806 Chair(s): Shaofan Li and Qing Peng

Scale-Bridging for Multiscale A Plate Model for Multilayer Hydrogen Assisted Cracking Modeling of Reactive Graphene Sheets and Its in HCP-Zirconium: a Quasi- Materials Application to Analyzing Continuum Density Functional Wrinkle Structure Theory (QCDFT) Study

Jaroslaw Knap*, Kenneth W. Moonhong Kim*, Seyoung Im Qing Peng* Leiter, Brian C. Barnes, Richard Becker, Joshua C. Crone

29 TS2: MONDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Multi-scale and Multi-physics Computations in Fluids and Solids Room: 515B MS 809 Chair(s): Abhijit Dasgupta

Simulation of Steady-State Multi-Scale Modeling of Compatible Meshfree A Conservative Streamline Numerical Simulations of the Creep Behavior of Poly- Fatigue Crack Initiation in Discretization for Dense Method Suitable for Complex Richtmyer-Meshkov Instability Crystalline Solder Joints Polycrystalline Titanium Electrophoretic Suspension Reservoir Flow Simulations of the Inverse Chevron Based on an Anisotropic Alloys Flows Interface Multi-Scale Approach Abhijit Dasgupta*, Qian Jiang Deniz Ozturk*, Shravan Kotha, Nathaniel Trask*, Pavel Bochev, Luiz Sampaio*, Margot Tao Wang* Somnath Ghosh Mauro Perego Gerritsen, Anthony Kovscek, Marco Thiele

Multiscale Computational Homogenization for Bridging Scales in the Mechanics and Room: 516E MS 813 Physics of Complex Materials Chair(s): Kenjiro Terada

An Integrated Level Set Geometrically Nonlinear Sparse and Scalable An Image-Based Finite Spatial-Temporal Nonlocal Methodology for the Simulation of Carbon Eigenstrain-Based Reduced Element Model for Ni-Based Homogenization Model for Generation and Discretization Nanotubes using a Neural Order Homogenization Superalloys using a Two Transient Wave Propagation of Complex Heterogeneous Network-Based Surrogate Models for Polycrystal Scale Constitutive Model in Viscoelastic Composites RVEs Modelling Technique Plasticity Accounting for Morphological Distributions of Gamma Precipitates Thierry J. Massart*, Karim Ehab George Soimiris*, Vissarion Xiang Zhang*, Caglar Oskay George Weber*, Maxwell Pinz, Ruize Hu*, Caglar Oskay Moustafa Kamel, Bernard Sonon Papadopoulos, Dimitrios Akbar Bagri, Somnath Ghosh Giovanis

Advanced Computational Methods for Complex Geometry Simulations Room: 522BC MS 901 Chair(s): Guglielmo Scovazzi

A Fixed Cartesian Mesh Reduced Order Modeling of Adaptive Variational Advances in Coupled ALE- Modeling Granular Media and Method for Large-Scale Knitted Textiles Geometry Multiscale Method for AMR for Tetrahedral Grids Ice Coupled to Multiphase Parallel Simulation of and Deformation Turbulent Flows Past Flow Complex Vehicular Structures Complex Geometries Koji Nishiguch*, Rahul Bale, Dani Liu*, Daniel Christe, Ghalia Guiza*, Mehdi Khalloufi, Jacob Waltz*, Jozsef Bakoski Devin O'Conner*, Chris Kees, Shigenobu Okazawa, Makoto Bahareh Shakibajahromi, Philippe Meliga, Youssef Mesri, Arnold Song, Matthew Farthing Tsubokura Chelsea Knittel, David Breen, Elie Hachem Genevieve Dion, Antonios Kontsos

30 TS2: MONDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Room: 522A MS 902 Advances and Applications of the Generalized/eXtended Finite Element Method Chair(s): Julia Plews

Applications of a Multi-Scale GFEM Computations in Generalized Finite Element Heterogeneous Solids using Method to Three-Dimensional Optimal Local Bases Anisotropic Heterogeneous Materials

Patrick O'Hara*, Piyush Gupta, Paul Sinz*, Robert Lipton, Deniz Ozturk, Haoyang Li Michael Stuebner

Room: 524B MS 903 Advances in Numerical Methods for Linear and Non-Linear Dynamics and Wave Propagation Chair(s): Alexander Idesman

Keynote Reciprocal Mass Matrices in Adaptive Wavelet Algorithm On the Solution of Free An Efficient Method for Presentation: Explicit Dynamics Inertia for Solving Coupled Systems Surface Problems by Transient Heat Conduction in Scaling and Customization of Nonlinear Partial Lagrangian and Semi- Periodic Structures Differential Equations with Lagrangian Galerkin Methods Error Control

Manfred Bischoff*, Cale Harnish*, Karel Matous, Marta Benítez*, Alfredo Qiang Gao*, Haichao Cui, Ying Anne-Kathrin Schäuble, Anton Tkachuk Daniel Livescu Bermúdez, Pedro Fontán Feng

Room: 524A MS 910 Isogeometric Methods Chair(s): Yuri Bazilevs

Error Estimates for Adaptive Adaptive Isogeometric A Galerkin Isogeometric A Two-Node Beam Element Isogeometric Analysis of Analysis of Thin Plate Method for Karhunen-Loeve using an Isogeometric Stokes Problem Problems using Recovery- Approximation of Random Approach Based Error Estimation Fields

Trond Kvamsdal*, Abdullah Knut Morten Okstad*, Trond Sharif Rahman* Buntara Sthenly Gan* Abdullhaque, Mukesh Kumar, Kvamsdal, Mukesh Kumar, Kjell Arne Morten Kvarving Magne Mathisen, Terje Haukaas

31 TS2: MONDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Meshfree and Particle Methods: New Developments and Applications Room: 519A MS 912 Chair(s): Zhen Chen

Keynote Application of a Time Recent Advances in Numerical Simulation of The Material Point Method in Presentation: Discontinuous Material Point Improving the Spatial and Grain-Scale Mechanics in the Offshore Geotechnical Method to Transient Temporal Discretization Dynamic Compaction of Engineering Problems Schemes of the Material Point Granular Materials Method for Better Simulating Transient Responses

Yonggang Zheng*, Zhen Chen*, Yong Gan, Michael Homel* Markus Bürg*, Andriy Andreykiv, Mengkai Lu, Jiayong Zhang, Hongwu Zhang, Zhen Chen Yonggang Zheng Liang Jin Lim

Symposium on Trends in Unstructured Mesh Generation Room: 514A MS 1005 Chair(s): Mark Shephard

Tetmesh Scaling for Solution Node Creation for Isotropic Use of the Fruchterman- PUMA (Polyhedra Verification Refinement of Tetrahedral Reingold Graph Embedding Unstructured Mesh Adaption): Meshes Algorithm to Untangle Hybrid A Novel Method to Refine and Meshes Coarsen Convex Polyhedra

William Quadros*, Brian Carnes Nick Wyman*, Steve Karman Suzanne Shontz*, Jake Quinn, Thomas Gessner*, Sandeep Sanjukta Bhowmick Menon

Uncertainty Propagation and Quantification in Multiscale Simulation of Materials Room: 525B MS 1108 Response, Structural Performance, and Failure Chair(s): James Warner

Estimation of the Remaining Multiscale Methods for Efficient Uncertainty Useful Life, using a Uncertainty Propagation for Propagation for Crack Microstructure-Based Life Polycrystalline Aluminum Nucleation in Polycrystalline Prediction Model and 6061-T6 Aluminum 6061-T6 Probabilistic Prognostics Jacob Hochhalter*, Saikumar Peter Coffin*, John Emery, Brian John Emery*, Peter Coffin, Brian Yeratapally, Patrick Leser Robbins, Jay Carroll Robbins, Jay Carroll

32 TS3: MONDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Reliable Automated Simulation Technologies: A Symposium Celebrating the 65th Room: 516A MS 001 Birthday of Professor Mark S. Shephard Chair(s): Saikat Dey

Boundary Layer Mesh Hex-Dominant Meshing Robust and Efficient How Many Ways are there to Generation Validation of the Linear Subdivide a Hexahedron in Hexahedral Element Tetrahedra?

Romain Aubry* Jean-François Remacle*, Amaury Johnen*, Jean-François Jeanne Pellerin*, Jean-François Jeanne Pelerin, Amaury Johnen, Remacle, Jean-Christophe Weill, Remacle, Amaury Johnen Jonathan Lambrechts Thomas Toulorge, Christophe Geuzaine

Advances in Computational Biomechanics Room: 514C MS 101 Chair(s): Corey P. Neu and David M. Pierce

Cross-Linked Actin Networks: Modeling Force-Driven Form of Seashells Modeled Computational Systems The Cell Differentiation Model Micro- and Macroscopic Damage in the Axon from as Evolving Fronts Driven by Mechanobiology for Dermal for Dental Implants Effects Molecular Mechanisms Accretive Growth Wound Healing

Sandra Klinge*, Serhat Aygn, Rijk de Rooij*, Ellen Kuhl Krishna Garikipati*, Shiva Adrian Buganza Tepole* Ming Jun Li*, Nien-Ti Tsou Robert P. Gilbert, Gerhard A. Rudraraju, Derek Moulton, Alain Holzapfel Goriely

Computational Biomechanics of Impact and Injury Room: 515A MS 103 Chair(s): Matthew Panzer

Finite Element Based Pelvic An Inverse Finite Element Comparing Adult Ribcage Failed Rib Regions in a Injury Metric Creation and Approach to Obtain Strain Geometries between Computational Human Model Validation in Lateral Impact Rate Dependent Material Populations in the United vs. Observed PMHS for a Human Body Model Properties of the Human States and China Fractures: A Comparative Intervertebral Disc Study

Caitlin Weaver*, Alexander Grigoris Grigoradis*, Nicolas Jingwen Hu*, Peiyu Li, Jinhuan Berkan Guleyupoglu*, Ryan Baker, Matthew Davis, Anna Newell, Alexandros Christou, Zhang, Matthew Reed Barnard, Scott Gayzik Miller, Joel Stitzel Diagarajen Carpanen, J. Paige Little, Spyros Masouros

33 TS3: MONDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Multiscale Modeling in Bio-mechanical Systems Room: 514B MS 108 Chair(s): Xianqiao Wang

Limitations of Multi-Scale and A Coarse-Grained Brownian Abnormal Vascular Dynamics Biomechanical Models for Multi-Physics Modeling Molecular Dynamics Model of of Nanoworms within Blood Early Embryonic Brain von Willebrand Factor Flow Morphogenesis Multiscale Response to Flow

Sheldon Wang* Michael Morabito*, Wei Wei, Ying Li*, Huilin Ye Zi Chen*, Hannah Grover, Wei Chuqiao Dong, Alparslan Zheng, Shicheng Huang, Lina Oztekin, Edmund Webb III, Zang, Yan Li, Nan Hu Xuanhong Cheng, Xiaohui Zhang

Advances in High-Order Methods for Computational Fluid Dynamics Room: 520A MS 201 Chair(s): Peter Vincent

A Class of Mixed Finite High-Order Incompressible Optimal Runge-Kutta Higher Order Space-Time A Direct Flux Reconstruction Element Methods for the Computational Fluid Schemes for Pseudo Time- Hybridizable Discontinuous Formulation for Advection- Compressible Navier-Stokes Dynamics on GPUs and Co- Stepping with High-Order Galerkin Methods for Diffusion Problems on Equations Processors Methods Incompressible Flows on Simplex Elements Sliding Meshes

David Williams* Niki Loppi*, Freddie Witherden, Brian Vermeire*, Niki Loppi, Tamas Horvath*, Sander Joshua Romero*, Freddie Antony Jameson, Peter Vincent Peter Vincent Rhebergen Witherden, Antony Jameson

Room: 520B MS 203 Computational Methods for Hydraulics Chair(s): Azzeddine Soulaïmani

Accurate Wall-Adapting Local Experimental and Numerical A New Godunov-Type Eddy Viscosity Simulation of Investigation of the Turbulent Scheme for the Two- a Low-Reynolds Straight- Flow over D-Shaped Bluff Dimensional Lagrangian Blade Vertical Axis Wind Body Hydrodynamics Turbine

Matin Komeili*, Marius Alla Eddine Benchikh Théo Corot*, Bertrand Mercier Paraschivoiu Lehocine*, Jay Lacey, Sébastien Poncet

34 TS3: MONDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Advancements in Hydraulic Fracture Simulation Room: 520C MS 301 Chair(s): Anthony Peirce

Hydraulic Fracture Simulation Combined Segregated-Fully Microseismic Wave Effect of Loading Rate and In- Coupled Hydro-Mechanical Simulation using GFEM Situ Stress Anisotropy on Cracking of Concrete using Enriched Phantom Node Fracture Patterns in a Tight XFEM in 3D Method Formation

Robert Gracie*, Egor Dontsov, Simon-Nicolas Roth*, Mohammad Komijani*, Robert Reza Abedi*, Omid Omidi, Philip Denis Esipov, Anthony Peirce, Azzeddine Soulaïmani, Pierre Gracie Clarke, Robert Haber Armando Duarte, Erfan Léger Sarvaramini, Sergey Cherny

Computational Geomechanics Room: 520E MS 303 Chair(s): Craig Foster

Numerical Assessment of Dynamic Rupture Simulation Domain Decomposition for Cement Sheath Failure and Jointed/Faulted Caprock of a Tunnel Subjected to Fault Numerical Integration of Interface Debonding Driven Integrity During CO2 Displacements using Parallel Green’s Functions for by Temperature and Pore Sequestration 3D-FEM Layered, Transversely Pressure Effects in a Cased Isotropic Soil Media and Cemented Wellbore

Pania Newell*, Mario Martinez Yuta Mitsuhashi*, Gaku Josue Labaki* Dmitry Kuznetsov*, Sergey Hashimoto, Hiroshi Okuda, Fujio Golovin, Nicolas Flamant, Uchiyama Alexander Valov, Tatiana Rotanova

Computational Methods and Design for Impact and Blast Problems Room: 518C MS 304 Chair(s): Qian Wang

Crash Analysis and Pyramid and Degenerate A Reliability Analysis Method A Cell-Centered Method for Computational Analysis of the Evaluation of Vehicular Elements for Lumped Mass for Assessment of Concrete Solving 2D-Axisymmetric Process of Metal Material Impacts on W-Beam Explicit Methods in Nonlinear Barriers under Vehicle Updated Lagrangian Hyper- Free-Surface Instability, Guardrails Placed behind Solid Dynamics Crashes Elastoplasticity Equations Fragmentation, and Ejecta Curbs using Finite Element under Shock Simulations

Matthew Gutowski*, Emre Kent Danielson*, Mark Adley Qian Wang*, Hongbing Fang, Rémi Chauvin*, Isabelle Jingsong Bai* Palta, Howie Fang Hanfeng Yin Bertron, Patrick Le Tallec, Pierre- Henri Maire

35 TS3: MONDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Peridynamic Modeling and Simulations Room: 521BC MS 405 Chair(s): Michael Parks

Matching Boundary A Multi-Time-Step Method for Effect of Discretization and Wave Characteristics of 1D Conditions for State-Based Partitioned Time Integration Stochastic Material and 2D State-Based and Bond-Based of Peridynamics Distribution on Crack Initiation Peridynamics in Comparisons Peridynamics in Peridynamics with Nonlocal General Gradient Theory

Clint Nicely*, Dong Qian Michael Parks*, Payton Lindsay, Martin Rädel*, Christian Senthilkumar Vaiyapuri* Willberg, Jochen Schmidt

Recent Advances in Computational Fracture Mechanics and Failure Analysis Room: 518B MS 406 Chair(s): Toshio Nagashima

Energy Methods and A 3D Numerical Limit Energy Release Rate Evaluation of J- and Harvesting in Damage Analysis Approach for Approximation for Surface Interaction Integrals for Detection of Structures with Strength Predictions of Cracks using Topological Fracture Problems of Welded Ultrasonic Waves Cross-Laminated Timber Derivatives Joints Plates

Philippe Destuynder* Mingjing Li*, Josef Füssl, Kazem Alidoost*, Meng Feng, Hiroshi Okada*, Masahiro Ono, Markus Lukacevic, Josef Philippe H. Geubelle, Daniel A. Koichiro Arai, Yasunori Yusa Eberhardsteiner Tortorelli

Computational Fluid-Structure Interaction: Methods and Applications Room: 520D MS 501 Chair(s): TBD

Splitting Schemes for the Aerodynamic Mitigation of A Numerical Tornado Model Numerical Modeling of Stress Formulation of the Tall Buildings using Local and Unifying the Existing Tornado-Like Vortex and its Incompressible Navier-Stokes Global Shape Optimization Experimental Tornado Interaction with Low-Rise Equations Simulators Building

Peter Minev*, Petr Ahmed Elshaer*, Girma Anant Gairola*, Zoheb Nasir, Zoheb Nasir* Vabishchevich Bitsuamlak Girma Bitsuamlak

36 TS3: MONDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Advances in Computational Methods for Inverse Problems Room: 524C MS 601 Chair(s): Cedric Bellis

A Distributed-Memory Multiscale Optimization using Adaptive Mesh Refinement Nondestructive Measurement Development of Origin- Newton-Krylov Solver for Generalized Mortar Methods and Domain Decomposition in of Thermal Diffusivity of Destination Matrix Estimation Inverse Transport Problems Elasticity Imaging Bodies of Arbitrary Shape Method for Microscopic Traffic Simulator as Quadratic Programming

Andreas Mang*, Amir Gholami, Daniel Seidl*, Bart van Bloemen Li Dong*, Nicholas Hugenberg, Ryszard Bialecki*, Wojciech Kazuki Abe*, Hideki Fujii, George Biros Waanders, Tim Wildey Dhruv Patel, Tom Seidl, Paul Adamczyk, Tadeusz Kruczek, Shinobu Yoshimura Barbone, Assad Oberai Ziemowit Ostrowski

New Trends in Topology Optimization Room: 519B MS 605 Chair(s): Glaucio H. Paulino

Keynote Topology Optimization of Uncertainty Aware Topology Multidisciplinary Topology Sequential Convex Methods Presentation: Origami Structures with Multi- Optimization via a Stochastic Optimization using for Large-Scale Topology Stability Reduced-Order Model Hierarchical Distributed Optimization Approach Computing

Philip Buskohl* Miguel Aguilo*, James Warner David Weinberg*, Nam-Ho Kim Graeme Kennedy*

Advanced Computational Methods and Theories for Predicting Material Behaviors at Room: 523A MS 701 Various Length Scales Chair(s): Jeong-Hoon Song

Strain Field Approximation Deformation of Polycrystals at An Anisotropic Distribution Modeling Ni/Al High Energy Multiscale Modeling of and Crack Tracking using the Multiple Scales: Linking 3D- Dislocation Loop Model for Ball Milled Composites using Dislocation Kinetics in BCC Particle Difference XRD to CPFE Modelling Simulation of Nanoindentation the Sharp Volumetric Iron Approximation of Single Crystals Billboard Method

Andrew Beel*, Athanasios Hamidreza Abdolvand*, Y. P. Chen* Dewen Yushu*, Sangmin Lee, Akiyuki Takahashi*, Kazuki Iliopoulos, John Michopoulos, Jonathan Wright, Angus Karel Matous Takahashi Jeong-Hoon Song Wilkinson

37 TS3: MONDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Modeling and Simulation of Additive Manufacturing Processes Room: 518A MS 708 Chair(s): Neil Hodge

Experience and Challenges Direct Energy Deposition A Workflow for Thermal- with Part-Scale Modeling of Simulation using Truchas Mechanical Modeling of Select Laser Melting Additive Additive Manufacturing Manufacturing

Robert Ferencz*, Neil Hodge, Ondrej Certik*, Neil Carlson, Michael Veilleux*, Michael Rishi Ganeriwala, Ryan Vignes Terry Haut Stender, Lauren Beghini, Joshua Sugar, Samuel Subia

Modeling Materials with Coupled Physics Room: 523B MS 709 Chair(s): Stephan Rudykh

Numerical Modeling of High- Multiphysics Life Prediction Temperature Damage Model of a Turbine Superconductors using the Engine Blade Disk Discontinuous Galerkin Attachment Method

Yann-Meing Law-Kam Cio*, Samir Naboulsi* Steven Dufour

Advances in Atomistic-to-Continuum Coupling Techniques Room: 516D MS 802 Chair(s): David Chen

Coupled Continuum-Atomistic Out-of-Plane Deformation Simulations of Behavior of 3D Graphene Incommensurate to Honeycomb Structures: Commensurate Atomistic Simulations and Transformations in Twisted Continuum Modeling Graphene Bilayers

Ellad Tadmor*, Kuan Zhang Fanchao Meng*, Jun Song

38 TS3: MONDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Complex Multi-Physics Coupling Techniques: Advances and Applications Room: 515C MS 804 Chair(s): Scott Roberts and Tyler Voskuilen

Simulating Interfacial Multi- Locally Conservative Multiphysics Design Modeling and Simulation of Physics Problems using a Essentially Non-Oscillatory Optimization using an Adjoint Residual Stress Development Meshfree Approach Solution Transfer for Sensitivity Approach in a Resistance Forge Weld Multiphysics Coupling

Lindsay Erickson*, Jeremy Xuebin Wang*, Xiangmin Jiao, Stuart Walker* Kevin Manktelow* Templeton, Karla Morris Qiao Chen

Multiscale Computational Homogenization for Bridging Scales in the Mechanics and Room: 516E MS 813 Physics of Complex Materials Chair(s): Maenghyo Cho

Dynamic Mechanical Characterization and Homogenization Based on Computational Characterization of Random Prediction of Random Short- Realization-Dependent Homogenization Accounting 3D Structural Polymeric Fiber Reinforced Composite Hashin-Shtrikman Functionals for Size Effect via Interface Foams Properties of Piecewise Polynomial Trial Elasticity at the Micro-Scale Polarization Fields Axinte Ionita*, Brittany Branch, Mason Hickman*, Prodyot Basu Nicolas Venkovic*, Lori Saba Saeb*, Paul Steinmann, Ali Brian M. Patterson, Brad E. Graham-Brady Javili Clements, Dana M. Datellbaum, Alexander H. Mueller

Advances and Applications of the Generalized/eXtended Finite Element Method Room: 522A MS 902 Chair(s): Patrick O'Hara

A Scale-Bridging Generalized A Multi-Scale Coupled Fluid- Toward a Hierarchically Task- Finite Element Method for Thermal-Structural Interaction Parallel, Multiscale Parallel Simulations of Spot Analysis Framework using the Generalized Finite Element Welds in Large Structures Generalized Finite Element Method Method Armando Duarte*, Haoyang Li Piyush Gupta*, Haoyang Li, Julia Plews* Armando Duarte, Abhijit Gogulapati, Jack McNamara, Patrick O'Hara, Brian Gockel

39 TS3: MONDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Advances in Numerical Methods for Linear and Non-Linear Dynamics and Wave Room: 524B MS 903 Propagation Chair(s): Alexander Idesman

Reduced-Order Models and Nonlinear and Random Attenuation of Acoustic Waves Dynamic Finite Element Analysis Nonlinear Dynamic Analysis Optimization of Elastomer Vibrations of a Tensioned and Mechanical Vibrations at of Underwater Pipeline under of Space Tethered Solar Damping Devices Cable Net Low Frequencies by a Nonlinear Regular and Irregular Waves Power Station Dynamical Absorber

Antoine Legay*, Jean-François Reyolando Brasil*, Márcia Deborah Lavazec*, Gwendal Hyun-Seok Kim*, Byoung Wan Zhiqin Cai*, Xuefu Li, Jinying Deü, Benjamin Morin, Sylvain Helena Yamamoto Sato Cumunel, Denis Duhamel, Kim, Bo-Woo Nam, Kangsu Lee Wu Burri Christian Soize

Isogeometric Methods Room: 524A MS 910 Chair(s): Trond Kvamsdal

U-Splines: Splines over U-Splines: Application as a Adaptive Refinement of Unstructured Meshes Basis for Isogeometric Hierarchical T-Splines Analysis

Derek Thomas*, Kevin Tew, Michael Scott*, Derek Thomas, Lin Chen*, René de Borst Michael Scott Kevin Tew, Michael Borden, Zhihui Zou

Meshfree and Particle Methods: New Developments and Applications Room: 519A MS 912 Chair(s): Michael Hillman

Keynote A Nesting Sub-Domain Non-Conforming Naturally Recent Advances in Numerical Analysis of Presentation: Gradient Smoothing Stabilized Nodal Integration Numerical Integration in Fracture Evolution using Integration Scheme for Meshfree Galerkin Methods Nonlocal Models Meshfree Methods

Dongdong Wang*, Michael Hillman*, J.S. Chen Alejandro Ortiz-Bernardin* Prashant Jha*, Robert Lipton Junchao Wu

40 TS3: MONDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Symposium on Trends in Unstructured Mesh Generation Room: 514A MS 1005 Chair(s): Steven Owen

A Frame-Guided Geometric Meshing of Quadrilateral Mesh Unstructured All-Quadrilateral Distributed Mesh Quadrilateral Mesh Discrete Surfaces Adaptation using Approximate Mesh Generation on Infrastructure for Particle-in- Generation Algorithm for CAD Convex Scaffolding Complicated 3D Surface Cell Simulations Models

Franck Ledoux*, Katherine Patrick Laug*, Houman Chaman Singh Verma*, James Baeder*, Zihao Zhu Mark Shephard*, Eisung Yoon, Lewis, Walt Nissen Borouchaki Krishnan Suresh Kaushik Kalyanaraman, Seegyoung Seol

Uncertainty Propagation and Quantification in Multiscale Simulation of Materials Room: 525B MS 1108 Response, Structural Performance, and Failure Chair(s): Joseph Bishop

Bayesian Methods to Capture Nondeterministic Parameter Verification and Validation of A Novel Fast Model Inherent Material Variability in Calibration for Crystal Thermo-Mechanical Shock Predictive Control Method for Additively Manufactured Plasticity Models Modeling of High Energy Ball Large-Scale Stochastic Samples Milled Materials with Uncertainty Dynamic Systems Quantification Jeremy Templeton*, Francesco Geoffrey Bomarito*, Timothy Sangmin Lee*, Waad Subber, Haijun Peng*, Sheng Zhang, Rizzi, Brad Boyce, Reese Jones, Ruggles, Saikumar Yeratapally, Alberto Salvadori, Karel Matous Zhigang Wu Jakob Ostien Patrick Leser, James Warner, Jacob Hochhalter

41

Tuesday Plenary Speaker 9:00-9:45 am

Andrew Stuart California Institute of Technology Derivative-Free Methods for Inverse Problems Room: 517BC

Abstract: Many problems in the sciences and engineering require the Bio: Andrew Stuart is interested in how the current era of data acquisition determination of an unknown field (the parameter) from a finite set of interacts with centuries of human intellectual development of mathematical indirect measurements. Examples include carbon sequestration, models that describe the world around us. As an applied mathematician in hydrology, oceanography and weather forecasting. At the heart of the Division of Engineering and Applied Science (EAS), he generates the most formulations is a least squares functional measuring the model mathematical and algorithmic frameworks that allow researchers to interface data with mathematical models. His work is informed by—and has output mismatch with the data. To avoid over-fitting, minimization of applications for—diverse arenas such as weather prediction, carbon this mismatch needs to be regularized. I will describe a set of sequestration, personalized medicine, and crowd forecasting. Originally from algorithms which address this issue in contexts where the derivative London, Stuart earned his bachelor's degree at Bristol University and then a of the parameter to output map is not readily available. In particular I combined master's/PhD at Oxford University. He worked as a postdoc at MIT will demonstrate that ideas from the Ensemble Kalman Filter (EnKF) in the late '80s, as a lecturer at the University of Bath in England from 1989 can be adapted to solve such problems: by running multiple to 1992, and then as professor at Stanford University and the University of interacting copies of the model, and exposing their output to the data, Warwick in England. He relocated to Southern California this summer. a derivative-free minimization tool is constructed. The EnKF is essentially an optimzation method, despite the original motivation based on Kaman filtering. I will also discuss fully Bayesian inversion, again using derivative-free algorithms, in which a gradient is induced through a Metropolis accept-reject mechanism. Examples including the study of model inadequacy in RANS models of turbulence, and parameter estimation in the human glucose-insulin system, will be used to illustrate the ideas.

42 TS4: TUESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Reliable Automated Simulation Technologies: A Symposium Celebrating the 65th Room: 516A MS 001 Birthday of Professor Mark S. Shephard Chair(s): Assad Oberai

Keynote Isogeometric Analysis: Past, Mesh Quality of Mixed- Goal-Oriented Mesh Goal-Oriented Error Presentation: Present, Future Element Bernstein-Bézier Adaptation Enabled by the Estimation and Adaptivity with Meshes Variational Multiscale Method the DPG Methodology

Thomas J.R. Hughes* Luke Engvall*, John Evans Assad Oberai*, Brian Granzow Brendan Keith*, Ali Vaziri Astaneh, Socratis Petrides, Leszek Demkowicz

Computational Bioengineering and Biomedicine Room: 514C MS 102 Chair(s): Suvranu De

A Computational Framework A Heterogeneous Tissue Finite Element Modeling A Fully Coupled Space-Time Quantifying the Volumetric for Tissue-Scale, Patient- Model for Treatment Planning Approach for Protein Multiscale Modeling Growth in an In Vivo Murine Specific Prediction of Prostate in Laser-Induced Thermal Dynamics Framework for Predicting Glioma using a Linear Cancer Growth Therapy Tumor Growth Mechanically-Coupled Model

Guillermo Lorenzo*, Michael Drew Mitchell*, Christopher Giseok Yun*, Jaehoon Kim, Jae- Yusheng Feng*, Mohammad Xinzeng Feng*, David Hormuth, Scott, Kevin Tew, Thomas J.R. MacLellan, Samuel Fahrenholtz, Young Lee, Do-Nyun Kim Rahman, Tom Yankeelov, J. Thomas Yankeelov Hughes, Hector Gomez John Hazle, Jason Stafford, Tinsley Oden David Fuentes

Computational Biomechanics of Impact and Injury Room: 515A MS 103 Chair(s): Jingwen Hu

Keynote Comparison of Human Brain Understanding the Effect of Cavitation Bubble Effects on Presentation: Finite Element Models to Head Shape on Traumatic Cell Disruption via Whole Brain Sonomicrometry Brain Injury Prediction due to Shockwave Modeling Data Blast Loading

Matthew B. Panzer*, Siddiq Qidwai*, Kirubel Teferra, Matthew Becton*, Xianqiao Ahmed Alshareef, Sebastian Giudice, Jason Forman X. Gary Tan, Athanasios Wang Illiopoulos, John Michopoulos

43 TS4: TUESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Multiscale Modeling in Bio-mechanical Systems Room: 514B MS 108 Chair(s): Zi Chen

The Effect of Residual Stress Modeling Interfacial Behavior on Stress-Modulated Growth of Responsive in an Artery Polyelectrolyte-Grafted Nanoparticles

Lucy Zhang*, Jie Cheng Xin Yong*, Shiyi Qin

Advances in High-Order Methods for Computational Fluid Dynamics Room: 520A MS 201 Chair(s): Antony Jameson

Keynote A Practical Approach to High-Order Mesh Generation A Necessary High-Order Presentation: Curving Meshes for Realistic and Flow Simulation about Meshing Constraint When Geometries Complex Geometries using the Finite Element Method on Domains with Curved Boundaries

Steve Karman* Chris Cantwell*, David Moxey, Philip Zwanenburg*, Siva Mike Turner, Joaquim Peiro, Nadarajah Ayad Kassim, Spencer Sherwin

Room: 520B MS 203 Computational Methods for Hydraulics Chair(s): Azzeddine Soulaïmani

The Earth by TELEMAC Capabilities of Shallow Water Principal Interval Stochastic Uncertainties Uncertainty Quantification on Equations to Reproduce Real Decomposition Framework for Analysis in Dam Break Flow a Real Case with TELEMAC- Tsunamis, Cases of Tohoku POD Reduced-Order Modeling using a Reduced 2D 2011 and Gisborne 1947 Modeling of Shallow Water Order Model Flows

Sébastien E. Bourban*, Michael Riadh Ata*, Marine Le Gal, Jean-Marie Zokagoa*, Azzedine Abdedou*, Azzeddine Cédric Goeury* S. Turnbull, Alan J. Cooper Damien Violeau Azzeddine Soulaïmani Soulaïmani, Jean-Marie Zokagoa

44 TS4: TUESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Advancements in Hydraulic Fracture Simulation Room: 520C MS 301 Chair(s): Denis Esipov

Keynote A C0 Non-Local Model of Coupling Fracture Non-Local Formulation for Accurate Phase-Field Presentation: Hydraulic Fracturing Propagation and Reservoir Transport and Damage in Solution of Sneddons Simulator Porous Media Problem: Main Ingredients and Challenges

Erfan Sarvaramini*, Mary Wheeler*, Benjamin Ganis, Mostafa Mobasher*, Luc Tymofiy Gerasimov*, Laura De Robert Gracie, Maurice Dusseault Mohamad Jammoul, Sanghyun Berger-Vergiat, Haim Waisman Lorenzis Lee

Computational Geomechanics Room: 520E MS 303 Chair(s): Guenther Meschke

Inf-sup Stable Computational Hybrid Data-Driven Multiscale A Discrete-Continuum Adaptive Arlequin Method for A Combined Phase Field and Methods for Strongly Coupled Computational Coupling Model for Fractured Multiscale Brittle Fracture with Crystal Plasticity Approach for Porous Media Geomechanics across Length Porous Media with Embedded Subgrid Length Scales Capturing Thermo- Scales Branched-Discontinuities in Mechanical Behavior of the Finite Deformation Range Polycrystalline Rock Salt

Christian Linder*, Andreas WaiChing Sun*, Kun Wang Kun Wang*, WaiChing Sun Eric Bryant*, WaiChing Sun SeonHong Na*, WaiChing Sun Krischok, Berkin Dortdivanlioglu

Computational Methods and Design for Impact and Blast Problems Room: 518C MS 304 Chair(s): Navid Allahverdi

Keynote Multi-Physics Coupled Experimental Observation of Through Thickness Low Order Modeling for Presentation: Computational Framework for Multiscale Deformation in Reinforcement for Z-Pinned Structural Response of Lithium-Ion Batteries under Heterogeneous Materials Composites Columns under Extreme Mechanical Abusive Loading Subjected to Impact Loading Loadings

Jun Xu*, Addis Kidane*, Suraj Ravindran Mark Pankow* Navid Allahverdi*, Ala Binghe Liu Saadeghvaziri

45 TS4: TUESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Computational Fracture Mechanics Room: 518B MS 401 Chair(s): N. Sukumar

Keynote The Thick Level Set Model for A Non-Differentiable Energy Cohesive Polygonal Finite Modeling of Interfacial Presentation: Fracture: A Theory Allowing Formulation with Nitsche Flux Elements for Modeling Damage in FFT Solvers the Coupling of Cohesive and for Time-Continuous Pervasive Fracture Diffuse Approaches to Cohesive Fracture Fracture

Nicolas Moës*, M. Reza Hirmand*, Katerina D. Eric B. Chin*, N. Sukumar, Joe Luv Sharma*, Ron Peerlings, Benoît Le, Gregory Legrain Papoulia Bishop, Rao Garimella Pratheek Shanthraj, Franz Roters, Marc Geers

Multiscale and Computational Methods in Failure Mechanics Room: 521BC MS 404 Chair(s): Caglar Oskay

Keynote Stability Analysis of Metals Three-Dimensional Two-Scale Computational An Agile Computational Presentation: Capturing Brittle and Ductile Computational Framework Modeling of Dynamic Failure Approach to Crystal Plasticity Fracture through a Phase with Embedded Weak in Brittle Solids: Branching Field Method and Shear Band Discontinuities for Shear Instabilities Localization Localization under Dynamic Loading Conditions

Haim Waisman*, Tao Jin*, Hashem Mourad, Curt Cristian Dascalu* David Littlewood*, Coleman Miguel Arriaga Bronkhorst Alleman, Guy Bergel, James Foulk, Alejandro Mota, Hojun Lim

Computational Fluid-Structure Interaction: Methods and Applications Room: 520D MS 501 Chair(s): TBD

Keynote A Flexible FSI Framework Coupled CFD/CSD Analysis of Free-Surface Flow Large Scale Coupled Analysis Presentation: with Applications Simulations of Dust Interacting with an Elastic of Gas-Liquid-Solid Production by Fragmenting Beam using Mesh-free Interaction using ALE Mesh Charges using Stabilized Particle Method and Finite and Level Sets Linear Tetrahedral Elements Element Method

Yuri Bazilevs* Orlando Soto*, Joseph Baum, Naoto Mitsume*, Tomonori Tatsuhiro Shono*, Gaku Rainald Löhner, Robert Frank Yamada, Shinobu Yoshimura Hashimoto, Hiroshi Okuda

46 TS4: TUESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Free and Moving Boundary Problems: Methods and Applications Room: 520F MS 506 Chair(s): TBD

Keynote On the Solution of 3D Free A Volume-Conserving Level Turbulent Boiling Multiphase Shock Wave-Free Interface Presentation: Surface Flows using Enriched Set Method on Unstructured Flows using Variational Interaction Pressure Shape Functions Meshes using a Control Multiscale FEM Volume Finite Element Formulation

Florin Ilinca*, Stephen Lin*, Jinhui Yan, Mehdi Khalloufi*, Youssef Roman Frolov*, Peter Minev, Bruno Blais, Kintak Raymond Yu Gregory Wagner Mesri, Rudy Valette, Elisabeth Rouslan Krechetnikov Massoni, Elie Hachem

Advances in Computational Methods for Inverse Problems Room: 524C MS 601 Chair(s): Wilkins Aquino

From Full-Field Gradient-Based Optimization Early Detection of Breast Inverse Method for An Unified Inverse Measurements to Material Algorithms for the Modified Cancer through an Inverse Determination of Hardening Framework for Identification Properties of Composite Error in Constitutive Equation Problem Approach to Parameters of Ductile and Model Updating of Materials Approach to Inverse Stiffness Mapping: Materials by a Hardness Test: Mechanical Structures Problems Preliminary Results from Numerical and Experimental Involving Non-Linear Tissue Phantom Experiments Aspects Behaviors

Cédric Bellis*, Manel Trabelsi, Olalekan Babaniyi*, Clay Lorraine Olson*, Robert Throne, Lucas Q. Machado*, Lucival Basile Marchand*, Ludovic Flavien Fremy Sanders, Wilkins Aquino Adam Nolte, Kaelyn Griffin, Malcher Chamoin, Christian Rey Nicolae Iovanac, Xiaoyin Ling, Tressa Lauer, Michael Samp, Brendan Smyth, Jiaojiao Wang

New Trends in Topology Optimization Room: 519B MS 605 Chair(s): Miguel Aguilo

Keynote New Methods for Grid-shell Topology Optimization of Layout Optimization of Structural Dynamic Analysis Presentation: Form-Finding Viscoelastic Damping Layers Magnetorheological Fluid of an Optimized Flapping for Transient Vibration Patches in Plate Structures Wing Micro Air Vehicle Reduction of Shell Structures by using Semi-Active Control

Tomas Zegard*, Kyeong-Soo Yun*, Sung-Kie Xiaopeng Zhang*, Akihiro Van Tien Truong*, Quoc Viet Yang Jiang, William Baker, Glaucio Paulino Youn Takezawa, Zhan Kang Nguyen, Marco Debiasi, Heow Pueh Lee

47 TS4: TUESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Modeling and Simulation in Additive Manufacturing Room: 518A MS 707 Chair(s): Albert To

Solidification Analysis of Ni Molten Pool Behavior and Quantitative Prediction of Large Scale Simulations of Based Superalloy Melted by Solidification Microstructure of Epitaxial Columnar Grain Solidification Microstructures Electron Beam for Additive Co-Cr-Mo Alloy in Powder- Texture from Process in Long and Short Freezing Manufacturing Bed Electron Beam Additive Parameters in Metal Additive Alloys under Additive Manufacturing Manufacturing Manufacturing Conditions

Yuichiro Koizumi*, Yushi Ohno, Yufan Zhao*, Yuichiro Koizumi, Albert To*, Jian Liu, Erica Bala Radhakrishnan*, Sarma Zhao Yufan, Akihiko Chiba Kenta Aoyagi, Kenta Yamanaka, Stevens, Markus Chmielus Gorti, Jean-Luc Fattebert, Daixiu Wei, Akihiko Chiba Tahany El-Wardany, Ranadip Acharya, Alexander Staroselsky

Modeling of Soft Materials Room: 525A MS 710 Chair(s): Stephan Rudykh

Multiphysics Modeling the A Thermodynamically Anomalous Diffusion and its Designing Morphology An Anisotropic Lagrangian Urea-Induced Responsive Consistent Large Deformation Applications Evolution Pathways in Plasticity Model for Semi- Behavior of the Urea- Constitutive Model for Organic Thin Films Crystalline Polymers at Finite Sensitive Hydrogel Thermal Curing of Polymers Strains

Kek Boon Goh*, Hua Li, Khin Shawn Chester*, Trisha Sain Weihua Deng*, Eli Barkai Olga Wodo*, Prosenjit Martin Kroon* yong Lam Bhattacharya

Advances in Atomistic-to-Continuum Coupling Techniques Room: 516D MS 802 Chair(s): Jaime Marian

Keynote Large-Scale Real-Space Simulations of Fracture of Coupled Atomistics and Nonlocal Heat Conduction Presentation: Electronic Structure Amorphous Solids by Discrete Dislocations in 3d Models in Nano-Scale Calculations Multiscale Cohesive Zone (CADD-3d) Materials: First Principle Model Derivations and Local Approximations

Vikram Gavini*, Shingo Urata*, Shaofan Li Guillaume Anciaux*, Jaehyun Xiantao Li* Phani Motamarri Cho, Till Junge, Jean-François Molinari, William Curtin

48 TS4: TUESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Complex Multi-Physics Coupling Techniques: Advances and Applications Room: 515C MS 804 Chair(s): Jonathan Clausen and Victor Brunini

Keynote Use of the Conformal Modeling of the Effects of Coupled Electrochemistry and Multi-Physics Coupling Presentation: Decomposition Finite Element Microstructure Variations in Solid Mechanics of Li-ion Challenges and Approaches Method for Coupled Li-ion Intercalation Batteries Battery Electrodes for Modeling Thermally Electrochemical-Mechanical during Impact Activated Batteries Simulations of Lithium-Ion Battery Electrodes Scott Roberts*, Srikanth Allu*, Srdjan Victor Brunini*, David Noble, Tyler Voskuilen*, John Hewson, Hector Mendoza, Bradley Trembacki, Mark Ferraro, Victor Brunini, Simunovic, Sergiy Kalnaus, Hsin Brad Trembacki, Mark Ferraro, Harry Moffat, Scott Roberts David Noble Wang, John Turner Scott Roberts

Coupled Multiphysics Problems: Discretization Approaches and Solution Methods Room: 515B MS 807 Chair(s): Michael Gee

Coupling Bio-Physical Tumor Selective Frequency Damping Reduced-Order Finite Nonlinear Dynamics and Pull- Models With Diffeomorphic Algorithm for Steady Flow Element Formulation for in of Microplate-Based MEMS Image Registration Convergence Acceleration Vibroacoustic Analysis of Double-Wall Sandwich Panels with Viscoelastic and Piezoelectric Damping Treatments Klaudius Scheufele*, Amir Frédéric Plante*, Eric Walid Larbi*, Jean-François Mergen Ghayesh*, Hamed Gholaminejad, Andreas Mang, Laurendeau Deü, Roger Ohayon Farokhi Miriam Mehl, George Biros

Multiscale Computational Homogenization for Bridging Scales in the Mechanics and Room: 516E MS 813 Physics of Complex Materials Chair(s): Dennis Kochmann

Keynote Thermo-Mechanical Coupled Computational Multiscale Computational Countering the Curse of Presentation: Numerical Material Testing for Homogenization of the Homogenization Approach of Dimensionality in Data-Driven Polymeric Composite Nonlinear Electrical Behavior Polymer Nanocomposites Design of Materials and Materials of Graphene/Polymer Including the Clustered Structures Nanocomposites Nanoparticles Kenjiro Terada*, Xiaoxin Lu*, Julien Yvonnet, Maenghyo Cho*, Hyunseong Miguel A. Bessa*, Wing Kam Seishiro Matsubara, Masayasu Kishi, Mayu Muramatsu Fabrice Detrez, Jinbo Bai Shin, Kyungmin Baek, Jin-Gyu Liu, Sergio Pellegrino Han 49 TS4: TUESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Advanced Computational Methods For Complex Geometry Simulations Room: 522BC MS 901 Chair(s): Guglielmo Scovazzi and Xianyi Zeng

Keynote The Shifted Boundary Method An Adaptive Residual-Based Combining ALE Flow A Cut Cell Finite Element Presentation: for Embedded Boundary Approach for Solving the Computations and Embedded Method for Poisson's Computations Penalized Navier-Stokes Boundary Methods for Multi- Equation on Irregular Planar Equations in Fluid Structure Physics Problems Domains Interaction

Alex Main*, Léo Nouveau*, Héloïse Xianyi Zeng*, Kangan Li, Sushrut Pande*, Panayiotis Guglielmo Scovazzi, Nabil Atallah, Ting Song, Kangan Li Beaugendre, Cécile Dobrzynski, Guglielmo Scovazzi Papadopoulos Mario Ricchiuto

Isogeometric Methods for Complex Geometries and Multi-Physics Systems Room: 524A MS 911 Chair(s): John Evans

Keynote Ventricular, Vascular and Integrating CAD with Abaqus: The Development of Presentation: Valvular Fluid-Structure A Practical Isogeometric Numerical Method for Ship Interaction Analysis Software Platform and Wave Interaction for Industrial Applications Analysis using NURBS

Ming-Chen Hsu* Jessica Zhang* Keng-Wei Chang*, Pai-Chen Guan

Meshfree and Particle Methods: New Developments and Applications Room: 519A MS 912 Chair(s): Sheng-Wei Chi

High Order Gradient Weighted Reproducing Kernel A Radial Basis Function A Phase-Aware Meshfree Reproducing Kernel Collocation Method for Method on Problems of Blow- Framework for Dynamic Collocation Method for High Solving Inverse Problems Ups in Nonlinear Parabolic Behavior of Materials under Order PDEs Equations Extreme Thermomechanical Conditions

Sheng-Wei Chi*, Ashkan Judy Yang*, Pai-Chen Guan, Guangming Yao* Bo Li*, Hao Wang, Zongyue Fan Mahdavi Chia-Ming Fan

50 TS4: TUESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Non-standard Formulations and Discretization Methods for Thin-walled Structures Room: 522A MS 913 Chair(s): Manfred Bischoff

Keynote Simple Finite Elements for Geometrically Exact Finite New Numerical Methods for Presentation: Geometrically-Exact Element Formulations for the Efficient Coupling of Bernoulli-Euler Beams and Slender Beams: Kirchhoff- Nonlinear Beams and Kirchhoff-Love Shells Love Theory vs. Simo- Continua Reissner Theory

Paulo Pimenta*, Christoph Meier*, Wolfgang A. Ignacio Romero* Sascha Maassen, Nils Viebahn, Jörg Schröder Wall, Alexander Popp

Saddle Point and Mixed Discretization of Variational Problems Room: 523B MS 916 Chair(s): Constantin Bacuta

On the DPG Method and A New Multigrid Method for Weak Galerkin Method and Efficient High-Order Time- Primal-Dual Weak Galerkin Non-Standard Boundary Saddle Point Problems its Applications Stepping Methods for 3D Finite Element Methods for Conditions Incompressible Flows PDEs

Norbert Heuer*, Thomas Führer, Hengguang Li* Xiu Ye*, Lin Mu, Junping Wang Kak Choon Loy*, Yves Junping Wang*, Chunmei Wang Michael Karkulik, Ernst P. Bourgault Stephan

Advances in Adaptive Approaches for Large-scale Deterministic and Stochastic Room: 514A MS 1101 Problems Chair(s): Jim Stewart

Keynote A Bi-Fidelity, Low-Rank Density Estimation for a Class An Adaptive Sampling New High-Order Methods Presentation: Approximation Technique for of Elliptic Problems on Method Based on Grassmann using Gaussian Processes for Uncertainty Quantification Stochastically Perturbed Manifold Variations CFD Domains

Alireza Doostan*, Jehanzeb Chaudhry*, Donald Michael Shields*, Dimitris Dongwook Lee* Hillary Fairbanks, Jerrad Hampton, Akil Narayan Estep, Nathanial Burch Giovanis

51 TS4: TUESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Stochastic Methods in Computational Mechanics of Random Materials Room: 525B MS 1107 Chair(s): Lori Graham-Brady and Michael Shields

Bayesian Deep Gaussian Variational Multiscale Error A Domain Decomposition Construction and Multiscale Optimization of Processes for Nonlinear Estimators for the Uncertainty Based Hybrid Framework for Identification of Stochastic Carbon-Nanotube Reinforced Stochastic Dimensionality Quantification of Mesh High Dimensional Stochastic Constitutive Laws for Soft Polymer Structures Reduction Discretization Errors Mechanics Problems Biological Tissues

Steven Atkinson*, Nicholas Oriol Colomés*, Guglielmo Srikara Pranesh*, Debraj Ghosh Johann Guilleminot*, Brian Vissarion Papadopoulos*, Zabaras Scovazzi Staber Maria Tavlaki, Odysseas Kokkinos, Manolis Papadrakakis

52

Tuesday Semi-Plenary Speakers 1:30-2:15 pm

Beth Wingate Ronald E. Miller University of Exeter Carleton University Challenges for Climate and Weather Prediction Finite Temperature and Finite Deformation: in the Era of Exascale Computer Architectures: New Tools for More Efficient and Oscillatory Stiffness, Time-parallelism, Accurate Atomistic Simulation and the Role of Long-Time Dynamics Room: 516BC Room: 517D

Abstract: For weather or climate models to achieve exascale Abstract: Two of the important challenges to using atomistic performance on next-generation heterogeneous computer simulation to study material behaviour are modeling the roles of finite architectures they will be required to exploit on the order of hundred- temperature and finite deformation. In this presentation I will discuss million-way parallelism. This degree of parallelism far exceeds a new method for finding activation energies for atomistic systems anything possible in today’s complex models even though they are and an improved method for accurately controlling the true stress in highly optimized. In this talk I will discuss one of the mathematical molecular dynamics. When studying the deformation of solids at finite issues that leads to the limitations in space- and time-parallelism for temperature, we are regularly confronted with the long time scales climate and weather prediction models – oscillatory stiffness in the associated with activated processes. Diffusion, defect nucleation and PDE that leads to time scale separation. I will discuss the case when dislocation motion are all processes that are often too slow to study the time scale separation is infinite, including a fast-converging HMM- with direct atomistic simulations. Instead, we must appeal to models type parareal method and a time-parallel matrix exponential. In based on transition state theory, whereby we can predict process addition I will present new convergence results for the case when the rates using accurately calculated parameters from key atomic time scale separation is finite. configurations. Specifically, we require knowledge of three atomic configurations: two local minima on the potential energy surface Bio: Professor Beth Wingate's main research interest is the study of (PES) of the atoms (the "reactant" and "product" states), and the oscillations in fluid mechanics, mathematics, and numerics for high saddle point ("transition" state) configuration between these minima. performance computing. Her recent research is focused on physics of the For complex processes involving many atoms, the challenge is to find Arctic Ocean, direct numerical simulations, and time-stepping methods for these configurations both efficiently and with sufficient accuracy. HPC and climate modeling, and the fluid mechanics of the slow/fast In this presentation, I will discuss a new method called TRREAT (the manifolds. She did her PhD work at the University of Michigan studying "Transition Rapidly-exploring Random Eigenvector Assisted Tree" numerics, waves and ocean fluid dynamics. Other interests include spectral element methods, in particular the investigation of near optimal interpolation method) that we have developed for the purpose of searching the on triangles. She spent many years at the Los Alamos National Laboratory in PES for transition and product states. The method is related to New Mexico, USA before moving to the University of Exeter in Devon, UK in methods in the literature (e.g. the nudged elastic band, dimer and 2013. activation-relaxation methods) but seems to have advantages for certain applications. Specifically, it can find numerous transition and 53 product states from knowledge of only the reactant state and does so scale simulation, and more recently has turned his attention to the efficiently by a combination of Monte Carlo search, eigenvector development of interatomic potentials and new techniques for exploring biasing and a method to avoid previously searched regions of the energy landscapes to find activation barriers. PES. Further, because it works well with only approximate eigenvectors (due to its stochastic nature), it can be applied to large DFT calculations where accurate eigenvectors are prohibitively expensive to compute. The second challenge I will address, that of finite deformation, is important when studying soft materials or stress-induced phase transformations of crystals. When the stress state needs to be controlled in atomistic simulation of such systems, this is almost universally achieved using the Parrinello-Rahman algorithm or some related technique. However, none of these techniques are able to control the true (Cauchy) stress applied to the system. Instead, they apply an approximation to the second Piola-Kirchhoff stress (related to the "engineering" stress). The true Cauchy stress that results during such a simulation is dependent on the deformation of the simulation cell. Further, this true stress cannot be known a priori, and it can be significantly different than the apparent applied stress when the deformation is large. In this presentation, I will discuss an alternative molecular dynamics algorithm that controls the true Cauchy stress applied to the system. The "Cauchystat" is based on the constant stress ensemble presented by Tadmor and Miller (“Modeling Materials: Continuum, Atomistic and Multiscale Techniques," Cambridge University Press, 2011), but with modified equations of motion that update the system boundary conditions in response to the resulting deformation of the simulation cell.

Bio: Ron Miller received his BSc in Mechanical Engineering from the University of Manitoba in 1994, and his PhD in engineering from Brown University in 1997. He was a post-doctoral fellow in the Division of Engineering and Applied Sciences at Harvard University. He is co-author of over 70 scientific articles and two textbooks published by Cambridge University Press. He has been a visiting research professor at EPFL (Lausanne, Switzerland), INPG (Grenoble, France), the Technion (Israel) and Brown University (USA). He is currently Professor and Chair of the Dept. of Mech. and Aero. Engineering at Carleton University. His research focuses on modeling and simulation of materials at the atomic scale. He has been actively involved in the development of a number of multiscale methods that aim to reduce the computational expense of atomic- 54 TS5: TUESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Reliable Automated Simulation Technologies: A Symposium Celebrating the 65th Room: 516A MS 001 Birthday of Professor Mark S. Shephard Chair(s): Assad Oberai

Keynote Analyst-Guided Adaptive Tools for Scalable, Parallel Adjoint-Based Sensitivity The Impact of Automated, Presentation: Simulation at Extreme Simulation of Problems with Analysis and Design of Large- Unstructured Meshing on the Scale—Beyond In Situ Evolving Domains Scale Multidisciplinary Use of CFD in Industry Aerospace Applications

Kenneth Jansen*, Saurabh Tendulkar*, Ottmar Eric Nielsen* David Corson* Cameron Smith, Benjamin Matthews, Mark Shephard Klaas, Rocco Nastasia, Mark Beall

Computational Bioengineering and Biomedicine Room: 514C MS 102 Chair(s): Yusheng Feng

Multi-Physics Modeling of Predicting Lung Motion with Structural-Based Optimal Sensitivity of An Optimization Method for Thermomechanical Response Autodesk Simulation Computational Model of Nanowire Field-Effect Additive-Manufactured Dental of Ultrasonically Activated Tendon-to-Bone Insertion Troponin Sensors Implants Soft Tissue

Rahul*, Suvranu De Jaesung Eom* Sergey Kuznetsov*, Hsiao-Ying Amirreza Khodadadian*, Nien-Ti Tsou*, Shih-Shun Chien, Shadow Huang Clemens Heitzinger, Kiarash Chang-Wei Huang Hosseini, Reza Kalantarinejad, Marjan Hedayati, Ali Manzour-ol- Ajdad

Computational Biomechanics of Impact and Injury Room: 515A MS 103 Chair(s): Matthew Panzer

Foot and Ankle Injuries in Non-Linear Boundary Two Finite Element Solvers Visualization of Vascular Under-Vehicle Explosions: A Conditions for a More and Mesh Techniques to Injuries in Extremity Trauma Finite Element Study Realistic Prediction of Evaluate Lower Leg Femoral Fracture during Side- Protections Fall

Grigoris Grigoriadis*, Zainab Altai*, Muhammad Carolyn Hampton*, Michael Joseph Teran* Diagarajen Carpanen, Anthony Qasim, Xinshan Li, Marco Kleinberger Bull, Spyros Masouros Viceconti

55 TS5: TUESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Imaged-Based Models for Biomedical Applications Room: 514B MS 106 Chair(s): Michael Sacks

Image-Based Estimation of Ultrasound Imaging-Based CAD-Based Patient-Specific Minimum Required Spatial Mitral Valve Strains in the Identification of Thermal Vascular NURBS Modeling Resolution for Image-Based Beating Heart Damage in Burnt Tissue for Isogeometric Analysis Simulations of Mitral Valve

Bruno Rego*, Amir Khalighi, Hanglin Ye*, Rahul, Saurabh Travis Sanders*, Benjamin Andrew Drach*, Amir Khalighi, Andrew Drach, Joseph Gorman, Dargar, Suvranu De Urick, Shaolie Hossain, Jessica Michael Sacks Robert Gorman, Michael Sacks Zhang, Thomas J.R. Hughes

Advances in High-Order Methods for Computational Fluid Dynamics Room: 520A MS 201 Chair(s): Freddie Witherden

Robust, Efficient, and Recent Advances in Methods Adjoint-Based Optimization of Geometrically Flexible: with the Summation-by-Parts Time-Dependent Fluid- Entropy-Stable High-Order Property Structure Systems using a Summation-By-Parts High-Order Discontinuous Discretizations on Simplex Galerkin Discretization Elements

Jason E. Hicken*, Jared Crean, David C. Del Rey Fernández*, Matthew Zahr*, Per-Olof David C. Del Rey Fernández, David W. Zingg, Mark H. Persson David W. Zingg, Mark H. Carpenter, Jason E. Hicken, Carpenter Pieter D. Boom, Jared Crean

Computational Methods for Hydraulics Room: 520B MS 203 Chair(s): Riadh Ata

Keynote Stabilized XFEM and FEM for Adaptive Meshing Strategy Smart Ferro Fluid for Shock Presentation: Free Surface Incompressible Based on Topo-Metric Data Absorber Main Landing Gear Flows for the Dam Break Inundation Assessments

Azzeddine Soulaïmani*, Mahdi Moslemi*, Azzeddine Abolghasem Zare Shahneh* Mamadou Tour, Adil Fahsi Soulaïmani, Georges W. Tchamen

56 TS5: TUESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Advancements in Hydraulic Fracture Simulation Room: 520C MS 301 Chair(s): Egor Dontsov

Keynote Computational Modeling of Coupling Strategies for X/G- An Extended Finite Element Modeling Competing Presentation: Fluid-Induced Fracture FEM Simulation of Hydraulic Model for Studying Shear Hydraulic Fracture Propagation: XFEM and Fracture Dilation in a Pressurized Propagation using Variational Interface Methods Medium Generalized/Extended Finite Element Method

Gunther Meschke*, Matin Parchei-Esfahani*, Endrina Rivas*, Robert Gracie Dakshina Valiveti*, Fushen Liu, Ildar Khisamitov, Dirk Leonhart, Beckhuis Sven Robert Gracie Peter Gordon

Advances in Computational Methods for Soil Sciences Room: 522BC MS 302 Chair(s): TBD

Keynote SiGran: A Virtual Laboratory Modeling of Packing A Three-Dimensional DEM- Modeling of Flow and Presentation: for Geotechnical Applications Processes for Ellipsoidal FEM Modeling of Pneumatic Scouring under Pipelines by Particles of Arbitrary Size Tire-Sand Soil Interaction Reproducing Kernel Particle Method

Varvara Roubtsova*, Elham Kheradmand Nezhad*, Mengyan Zang*, Zumei Zheng On Lei Annie Kwok*, Pai-Chen Mohamed Chekired Leince Remson Elysée, Serge Guan, Chien-Ting Sun Prudhomme, Marc Laforest, Varvara Roubtsova, Mohamed Chekired

Computational Geomechanics Room: 520E MS 303 Chair(s): Richard Wan

A Plasticity Model for Fiber- Influence of Inter-Particle Elastic-Brittle-Plastic Analysis Reinforced Geomaterials Properties on the Elastic of Hoek-Brown Rock using Moduli of Granular Materials Mohr-Coulomb Failure Criterion

Craig Foster*, Persid Koci Kianoosh Taghizadeh*, Behzad Shailendra Sharan* Soltanbeigi, Alexander Podlozhnyuk, Vanessa Magnanimo, Stefan Luding

57 TS5: TUESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Computational Methods and Design for Impact and Blast Problems Room: 518C MS 304 Chair(s): Jasbir Arora

Modeling Blast Loading on Optimization of Framed Simulation of Fracture, Structures from Explosions in Structures Subjected to Blast Fragmentation, and Debris an Urban Environment Loading Field Formation in Glass Lites Under Blast Loading using the Applied Element Method

Sergey Medyanik*, Syed Jasbir Arora*, Mustafa Al- Jonathan Moss*, Adam Howe, Mohammad, Nickolas Bazoon Matthew Whelan, David Weggel Vlahopoulos

Computational Fracture Mechanics Room: 518B MS 401 Chair(s): Christian Linder

High-Fidelity Simulation of The Successive Node Mapped Finite Element A Discontinuous Galerkin / The Discontinuity-Enriched Brittle Fracture Problems with Snapping Scheme: A Method Methods: Higher-Order Cohesive Zone Model Finite Element Method (DE- Universal Meshes to Obtain Conforming Meshes Solutions of Problems with Approach to Simulating FEM) for Propagating Cracks and Singularities Dynamic Fracture in Very Line Defects Large Shell Structures

Adrian Lew* Yongxing Shen*, Yang Wan, Maurizio M. Chiaramonte* Brandon Talamini*, Raul Alejandro M. Aragón*, Angelo Tianju Xue Radovitzky Simone

Multiscale and Computational Methods in Failure Mechanics Room: 521BC MS 404 Chair(s): Haim Waisman

Multiscale Fracture Analysis Multiscale Modeling Representative Elementary of Materials with Periodic Technique for Non-Linear Volume Modeling of Microstructure Composite Materials Geopolymer Composites

Michael Ryvkin* Michael Macri*, Andrew Amrita Kataruka*, Erman Littlefield Guleryuz, Seid Koric, Waltraud Kriven, Ange-Therese Akono

58 TS5: TUESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Computational Fluid-Structure Interaction: Methods and Applications Room: 520D MS 501 Chair(s): TBD

Fluid-Structure Interaction of Immersed Boundary Method Fluctuating Hydrodynamic Fluid-Structure Interaction Dacron Aortic Prostheses with Spring Network Model for Approaches for Fluid- Model of Human Phonation Conveying Pulsatile Flow Predicting Vesicle Dynamics Structure Interactions Subject in Fluid Flow to Thermal Fluctuations: Applications in Soft Materials and Fluidics Eleonora Tubaldi*, Marco Junhong Jo*, Do Wan Kim, Tae- Ben Gross*, Paul Atzberger Pooya Tavakoli-Saberi*, Luc Amabili, Michael P. Padoussis Rin Lee Mongeau

Free and Moving Boundary Problems: Methods and Applications Room: 520F MS 506 Chair(s): TBD

High-Order Diffuse Domain A Robust Lagrange- Improvement of Near Wall Efficient Moving Mesh Methods for Partial Projection Splitting Scheme Velocity Prediction using Methods for Fourth-Order Differential Equations with for Compressible Multiphase Mask in a Penalised Vortex- Partial Differential Equations: Dirichlet Boundary Conditions Flows with Viscous and Heat In-Cell Algorithm Modeling Electrostatic in Complex Geometries Conduction Effects: Deflections. Application to the Melting Process Fei Yu*, John Lowengrub Simon Peluchon*, Gérard François Morency*, Héloïse Kelsey DiPietro*, Alan Lindsay Gallice, Luc Mieussens Beaugendre

Advances in Topology Optimization for Manufacturing Room: 524C MS 602 Chair(s): Julian Norato

A Topology Optimization A PDE-Based Overhang Computational Design and Three-Dimensional A Novel Macro/Micro- Scheme to Distribute Lattice Constraint in Topology Additive Manufacturing of Overhang-Constrained Structure Optimization Design Infill in Additive Manufacturing Optimization for Additive Periodic Conformal Topology Optimization for Method for Additive Manufacturing Metasurfaces by Synthesizing Additive Manufacturing Manufactured Structures Topology Optimization with Conformal Mapping Alejandro R. Diaz*, Francesco Emiel van de Ven*, Matthijs Shikui Chen*, Panagiotis Terrence Johnson*, Andrew Zhao Libin* Campagna Langelaar, Can Ayas, Robert Vogiatzis, Ming Ma, Xianfeng Gaynor Maas, Fred van Keulen David Gu

59 TS5: TUESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

New Trends in Topology Optimization Room: 519B MS 605 Chair(s): Tomas Zegard

Keynote Integrated Topology Development of Multi-Scale Topology Optimization of an Lattice Topology Optimization Presentation: Optimization of Multi- MPF Topology Optimization Axisymmetric Adsorbed with Design-Dependent Component Structures to Maximize a Heat Natural Gas Vessel with Feature Evolution for Heat Considering Interface Conductivity Assuming a Phase Change Materials Conduction Problem Behaviors Metallic Crystalline Structure

Zhan Kang*, Junji Kato*, Toshiki Diego Silva Prado*, Ricardo Lin Cheng*, Albert Chi Fu To Pai Liu Ichibangase, Shun Ogawa, Cesare Romam Amigo, Emilio Tomohiro Takaki, Takashi Kyoya Nelli Silva

Modeling and Simulation in Additive Manufacturing Room: 518A MS 707 Chair(s): Albert To

Simulation of Additive Phase-Field Modeling of Fully Resolved Numerical Limited-Memory Finite Manufacturing and Selective Laser Melting at the Simulations of Fused Element Simulation of Fused Techniques to Reduce the Powder Level Deposition Modeling Deposition Modeling Process Computational Time

Andreas Lundbäck*, Andreas Jiqin Li*, Tai-Hsi Fan Huanxiong Xia*, Jiacai Lu, Aaditya Chandrasekhar*, Buzz Malmelöv, Johan Lindwall, Lars- Sadegh Dabiri, Gretar Rankouhi, Krishnan Suresh Erik Lindgren Tryggvason

Modeling of Soft Materials Room: 525A MS 710 Chair(s): Stephan Rudykh

Molecular Modeling of Cross- Linked Phthalonitrile (PN) Polymers: A Study of the Mechanical and Electromagnetic Properties of Cross-Linked PN

Janel Chua*, Qingsong Tu

60 TS5: TUESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Advances in Atomistic-to-Continuum Coupling Techniques Room: 516D MS 802 Chair(s): Dennis Kochmann

Keynote Coarse-Grained Accelerated An Accelerated Diffusive Free Energy Calculation and Presentation: Molecular Dynamics Molecular Dynamics Method Ghost Force Correction for for the Simulation of Hot-QC Nonlinear Mass Transport in Nanomaterials Mauricio Ponga* Kevin Wang*, Xingsheng Sun, Woo Kyun Kim*, Ellad Tadmor Pilar Ariza, Michael Ortiz

Coupled Multiphysics Problems: Discretization Approaches and Solution Methods Room: 515B MS 807 Chair(s): Guglielmo Scovazzi

A Novel Hybrid Radiation Hydrodynamics Geometric and Black Box A Parallel Fictitious Domain A Novel Solver for Multi- Additive/Multiplicative with High-Order Finite Multigrid on Hybrid Method for Fluid-Structure Component/Phase Schwarz Preconditioner for Elements in the BLAST Code Architectures Interaction Based on Pseudo Compressible Flows with Monolithic Solvers of Surface- - L2 - Projections Advanced Discretized Coupled Multiphysics Schemes on Unstructured Problems Grids Michael Gee*, Maximilian Noll, Vladimir Tomov*, Robert Luc Berger-Vergiat*, Raymond Rolf Krause*, Maria Nestola, Xi Deng*, Bin Xie, Honghui Matthias Mayr Anderson, Thomas Brunner, Tuminaro Patrick Zulian Teng, Feng Xiao Veselin Dobrev, Tzanio Kolev, Robert Rieben

Modeling at the Intersection of First Principles Methods, Mechanics and Mathematics Room: 515C MS 808 Chair(s): Bill Curtin

Keynote Finite Element Methods for Large-Scale All-Electron Advanced Finite Element DGDFT for Electronic Presentation: Accurate, Large-Scale Density Functional Theory Techniques Applied to Kohn- Structure Calculation Quantum Mechanical Calculations using an Sham Density-Functional- Materials Calculations: From Enriched Finite Element Basis Theory: h-adaptive Matrix- Classical to Enriched to Free Finite Element Energy Discontinuous Minimization and h-adaptive Partition-of-Unity Approach John Pask* Bikash Kanungo*, Vikram Denis Davydov*, Paul Chao Yang*, Amartya Banerjee, Gavini Steinmann Wei Hu, Lin Lin, John Pask

61 TS5: TUESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Multiscale Computational Homogenization for Bridging Scales in the Mechanics and Room: 516E MS 813 Physics of Complex Materials Chair(s): Luigi Gambarotta

Modeling the Nucleation and Fracture of Nano-Particle Lineal-Path Function for Sensitivity of Mechanical Growth of Polymer Reinforced Polymers: Describing Pore Properties to the Spherulites Bridging the Scales from Microstructures of Cement Microstructure of Cement Micro to Macro Paste and Relations to Paste using FOSM Method Mechanical Properties

Fabrice Detrez*, Luc Chevalier Ajay Bangalore Harish*, Peter Tong-Seok Han*, Ji-Su Kim Jisu Kim*, Tongseok Han Wriggers

Isogeometric Methods for Complex Geometries and Multi-Physics Systems Room: 524A MS 911 Chair(s): Hugo Casquero

A Critical Comparison of Strong C1 Coupling of Multi- Time-Domain Multi-Patch B++ Spline-Based Extended Coupling Schemes for Non- Patch 3D PHT-Splines Discontinuous Galerkin Isogeometric Analysis for Matching Isogeometric/Finite Methods Strong and Weak Element Discretizations Discontinuities

John Evans*, Eric Peters Chiu Ling Chan*, Cosmin Jesse Chan*, John Evans Xuefeng Zhu*, Kai Jiang, Ping Anitescu, Timon Rabczuk Hu

Meshfree and Particle Methods: New Developments and Applications Room: 519A MS 912 Chair(s): C.T. Wu

Keynote A Robust Particle Galerkin A Conforming Kernel for an Numerical Modeling of Size-Dependent Deformation Presentation: Method for High-Speed Metal Agile Design-to-Simulation Suspension Plasma Spray Behavior of Fluid-Filled Grinding Simulation Process Carbon Nanotubes under Electric Field

C.T. Wu* Jacob Koester*, J.S. Chen Ghobad Amini* Hongfei Ye*, Lili Zhou, Junfei Zhao, Yonggang Zheng, Hongwu Zhang, Zhen Chen

62 TS5: TUESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Non-standard Formulations and Discretization Methods for Thin-walled Structures Room: 522A MS 913 Chair(s): Bastian Oesterle

Hierarchic Isogeometric Large Applying Isogeometric Kirchhoff-Love Shell Finite Shell Element to Represent Rotation-Free Triangle and Its Rotation Shell Elements Blended Shells to U-Spline Elements Based on Shallow Thickness-Stretch for Application in Dynamic Drape Including Linearized Surfaces Shell Theory Elastoplastic Problems Simulation Transverse Shear Parametrization

Ekkehard Ramm*, Bastian Zhihui Zou*, Michael Scott, Antti H. Niemi*, Tom Gustafsson Takeki Yamamoto*, Takahiro Yexin Zhou*, Kam Yim Sze Oesterle, Renate Sachse, Derek Thomas, Bastian Yamada, Kazumi Matsui Manfred Bischoff Oesterle, Manfred Bischoff, Thomas J.R. Hughes

Peridynamics and Its Applications Room: 523A MS 914 Chair(s): Erdogan Madenci

Analytical and Computational Peridynamic Modelling of Pit- Efficient Interlayer Modeling GraFEA: A Graph-Based FEA Investigation of Properties of To-Crack Transition and Dynamic Fracture to Study Damage in Brittle a Linealy Elastic Peridynamic Analysis for Multilayered Materials Material Structures with Peridynamics

Adair Aguiar*, Alan Seitenfuss Erkan Oterkus*, Dennj De Meo, Tae Sik Ahn*, Youn Doh Ha Srinivasa Arun*, Parisa Luigi Russo Khodabakshi, Junuthula Reddy

Saddle Point and Mixed Discretization of Variational Problems Room: 523B MS 916 Chair(s): Hengguang Li

Keynote A Posteriori Finite Element A Mixed FEM for the Quad- The Macroelement Analysis A Saddle Point Least Squares Presentation: Methods for Mixed Curl Eigenvalue Problem for Axisymmetric Stokes Method for First-Order Eigenvalue Problems Equations Systems

Daniele Boffi* Jiguang Sun* Young Ju Lee*, Hengguang Li Constantin Bacuta*, Klajdi Qirko

63 TS5: TUESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Advances in Adaptive Approaches for Large-scale Deterministic and Stochastic Room: 514A MS 1101 Problems Chair(s): Onkar Sahni

Adaptive Stochastic Asynchronous Space and Approximation for Transport Time Algorithm for Localized Problems with Random Input Uncertainty Quantification Data

Jason Li*, Eric Cyr, Eric Phipps, Waad Subber*, Karel Matous Assad Oberai, Onkar Sahni

Data Driven Paradigms and Uncertainty Quantification in Computational Mechanics Room: 524B MS 1105 Chair(s): Jim Stewart

Keynote Selection, Calibration, and A Statistical Surrogate Based Sequential Estimation of A Bayesian Framework for Presentation: Validation of Predictive Bayesian Approach to Tissue Properties and the Estimation of Regional Multiscale Models of Tumor Uncertainty Quantification in Boundary Condition Methane Fluxes Growth Brain Injury Criteria Parameters for Large Artery Hemodynamics

J. Tinsley Oden*, Sandeep Madireddy*, Kumar C. Alberto Figueroa* Cosmin Safta*, Ray Bambha, Ernesto Lima, Thomas Horger, Barbara Wohlmuth, Amir Vemaganti Hope Michelsen Shahmoradi, David Hormuth, Thomas Yankeelov

Stochastic Methods in Computational Mechanics of Random Materials Room: 525B MS 1107 Chair(s): Johann Guilleminot and Kirubel Teferra

Developing Mesoscale Estimating the Convergence Approximating the Quantification and Modelling Stochastic Upscaling of Probabilistic of Apparent Properties and Fluctuations in Random Geometrical Variability in Elastic and Damage Behavior Characterizations of the Maximum Response in Heterogeneous Problems Composite Fiber of Concrete at Mesoscale Elastic and Inelastic Computational Reinforcement Data Properties of Random Homogenization Composites using Statistical Volume Elements

Katherine Acton*, Sarah Kirubel Teferra*, Lori Graham- Pierre-Loïk Rothé*, Frédéric Dirk Vandepitte*, Andy Vasav Dubey*, Arash Baxter, Bahador Bahmani, Reza Brady Legoll Vanaerschot, Ilya Straumit, Noshadravan Abedi Stepan V. Lomov

64

Wednesday Plenary Speaker 9:00-9:45 am

Mark Ainsworth Brown University Multi-Grid at Scale? Room: 517BC

Abstract: Multigrid and multilevel iterative algorithms are often the Bio: Professor Ainsworth obtained his PhD from the University of Durham, method of choice for the solution of large-scale systems of linear United Kingdom in 1989. He is currently Professor of Applied Mathematics at equations arising from discretisation of partial differential equations Brown University, and also holds a Joint Faculty Appointment with the using finite element or finite difference methods. The multigrid method Mathematics and Computer Science Group at Oak Ridge National Laboratory, Tennessee. Ainsworth's original research interests are in the is non-trivial in that it involves a number of components including numerical approximation of partial differential equations. He is, together with smoothing relaxation, coarse grid solve, prolongation and restriction J.T. Oden, the co-author of a monograph on A Posteriori Error Estimation in operators between grids in the multilevel hierarchy, and the Finite Element Analysis. convergence behaviour of the method has been extensively analysed Ainsworth has worked in a range of areas relating to the numerical solution in the context of standard computer architectures. However, of partial differential equations including a posteriori error estimation and comparatively little is known about the resilience or fault-tolerance of adaptive solution of PDEs using high order finite element methods, multigrid the algorithm on next generation hardware architectures which are and domain decomposition methods for the solution of large scale linear expected to suffer from frequent data corruption and hardware algebra problems, the analysis of dispersive and dissipative behaviour of failures. In this talk, we will present a mathematical model for the numerical methods for wave propagation, hierarchical and multiscale occurrence of failures and analyse the resiliency, or otherwise, of the modelling. Ainsworth is currently researching in several new areas: standard multigrid method under the model. Numerical examples are • resiliency of state of the art numerical algorithms such as the multigrid method on emerging architectures such Exascale machines; presented to illustrate the theoretical developments. This is joint work • numerical analysis and modelling using fractional partial differential with Christian Glusa (Brown University). equations;

• compression of scientific data arising from very large scale simulations on leadership computing facilities; • the use of techniques from Computer Aided Geometric Design and in particular, Bernstein-Bézier polynomials for the analysis and efficient implementation of high order finite element methods.

65 TS7: WEDNESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Reliable Automated Simulation Technologies: A Symposium Celebrating the 65th Room: 516A MS 001 Birthday of Professor Mark S. Shephard Chair(s): Daniel Ibanez

Keynote Addressing Customer Needs Adaptive Simulation of On Acoustic Scattering from A Flexible Conservative Presentation: Through Open Processes and Coastal and Hydraulic Fluid- Elastic Objects in the Free- Remapping Framework for Software Structure Interaction in the Field and near a Fluid- Exascale Computing Proteus Toolkit Sediment Interface

William Schroeder* Chris Kees*, Matthew Farthing, Saikat Dey* Garimella Rao*, Ondrej Certik, Manuel Quezada de Luna, Alvin Ferenbaugh Charles, Angela Zhang, Tristan de Lataillade, Herring, Chris Malone, Chris Aggelos Dimakopoulos, Onkar Sewell Sahni

Computational Biomechanics of Impact and Injury Room: 515A MS 103 Chair(s): Kirubel Teferra

Computational Simulations of System-Level Validation of Combat Helmet Design Tertiary Blast Emphasize the the Warrior Injury Incorporating Need for Blunt Impact Assessment Manikin Finite Anthropomorphic Fit, Brain Protection Element Model Functional Areas and Injury Considerations

Jean-Philippe Dionne*, Aris Nicholas Vavalle*, Matthew Peter Matic*, Robert Saunders, Makris, Jeffrey Levine Shanaman, Christian Lomicka, Xiangguang Gary Tan Parth Patel

Model Reduction in Computational Fluid Dynamics Room: 520A MS 206 Chair(s): Kevin Carlberg

Keynote A Parametric Nonlinear Model Model Reduction for Deforming Grid Method for A Reduced-Order Strategy for Presentation: Order Reduction Framework Transport Problems via Dimensionality Reduction of Transient Problems with High for Steady-State Flows Past Nonlinear State Space Convection Dominated Moving Gradients Parametrically Deformed Transformation Nonlinear Flows Complex Geometries

Charbel Farhat*, Stephan Rave*, Christoph Maciej Balajewicz* Sergio Idelsohn*, Alejandro Kyle Washabaugh Lehrenfeld, Mario Ohlberger Cosimo, Alberto Cardona

66 TS7: WEDNESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Advancements in Hydraulic Fracture Simulation Room: 520C MS 301 Chair(s): Erfan Sarvaramini

Keynote Hydraulic Fractures Near Tip Implicit Level Set Algorithms Development of a Fracture Modeling Hydraulic Fracture Presentation: Behavior: Effects of Fluid for Modeling Multiscale and Tip Plastic Zone in Semi- Height Growth and Proppant Rheology, Turbulence, Stress Turbulent Effects in Hydraulic Consolidated Sedimentary Transport in a Formation with Variation, and Proppant Fracture Propagation Rock Georeservoirs during Stress Drop Hydraulic Fracture Propagation

Egor Dontsov* Anthony Peirce*, Egor Dontsov Robert Caulk*, Ingrid Tomac Fengshou Zhang*, Egor Dontsov

Computational Methods and Design for Impact and Blast Problems Room: 518C MS 304 Chair(s): TBD

Nonlinear Dynamic Analysis Three-Dimensional Numerical of Shell Structures Simulation of High Velocity Compaction Based on Discrete Element Method

Takuya Matsumoto*, Shigenobu Jun Liu*, Xiaolong Luo, Okazawa Yonggang Wang, Liming Yang, Huanran Wang

Computational Fracture Mechanics Room: 518B MS 401 Chair(s): Adrian Lew

Keynote Phase Field Modeling of An Optimization Based Phase Modeling Progressive Computational Modeling of Presentation: Hydraulic Fracturing with Field Model for Continuous- Damage and Fracture of the Formation and Interfacial Damage in Highly Discontinuous Fracture Polymers Mechanical Instability of Solid Heterogeneous Fluid- Electrolyte Interphase on Saturated Porous Media Silicon Electrodes in Lithium- Ion Batteries

Julien Yvonnet*, Rudy Geelen*, Yingjie Liu, John Yunwei Mao*, Brandon Talamini, Xiaoxuan Zhang*, Christian Liang Xia, Siavash Ghabezloo Dolbow Lallit Anand Linder

67 TS7: WEDNESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Modeling and Simulation for Complex Material Behavior Room: 525A MS 402 Chair(s): Patrick Diehl

Keynote Double Well Potentials and Numerical Analysis of Numerical Implementation Relaxing the CFL Condition Presentation: Nonlocal Brittle Fracture Nonlocal Fracture Models Aspects of a Constitutive for the Wave Equation on Modeling Model for Concrete with a Adaptive Meshes Deviatoric Shape of Yielding Surfaces Based on Bézier Curves

Robert Lipton* Prashant Jha*, Robert Lipton Paula Folino* Roland Maier*, Daniel Peterseim, Mira Schedensack

Multiscale and Computational Methods in Failure Mechanics Room: 521BC MS 404 Chair(s): Haim Waisman

Keynote A Variational Multiscale Multi-Objective Optimization Material Properties and Presentation: Method for Dynamic of Multi-Scale Finite-Element Morphology Parameters Viscoelastic Solid Mechanics Analysis for Wear Resistant Sensitivity Analysis in Steel Energetic Material

Guglielmo Scovazzi*, Peerapon Wechsuwanmanee*, Xiaoyu Zhang*, Caglar Oskay Xianyi Zeng, Nabil Abboud, Oriol Colomés Junhe Lian, Sebastian Münstermann

Flow-Induced Vibrations: Solution Techniques and Models Room: 520B MS 504 Chair(s): Rajeev Kumar Jaiman

Model-Order Reduction and A Study on Dynamic A Variationally Bounded Techniques for Linking One- A Partitioned Iterative Control Strategies for Flow- Reduction Method for Scheme for Allen-Cahn Way Coupled and Fully Interface Force-Correction Induced Vibration Acoustic Modal Analysis Phase Field Equation for Coupled Simulations of Flow- Scheme for Fluid-Flexible Modeling of Two-Phase Induced Vibration Multibody Interaction Flows

Rajeev Kumar Jaiman* Seongmin Chang*, Kang-Heon Vaibhav Joshi*, Rajeev Jaiman Jerome Solberg*, Kei Mueller Pardha Gurugubelli*, Ritwik Lee, Gyu Mahn Lee, Jong-Wook Ghoshal, Anurag Yenduri, Kim Rajeev Kumar Jaiman

68 TS7: WEDNESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Fluid-Structure Interaction Algorithms and Applications Room: 520D MS 505 Chair(s): Jonathan Pitt

A Coupled Overset Mesh and Numerical Investigation of Basic Study on Hydroelastic Conservation Error Analysis Multiple Program Multiple Hybridizable Discontinuous Iterative Coupling for Slamming Simulations by a of a Family of Embedded Data FSI Coupling of Galerkin Algorithm for Structural Acoustics Fully-Lagrangian Coupled Boundary Methods for Multi- Structural Dynamics Dynamic ALE Formulations MPS Method Material Problems with (Sierra/SD) and UNDEX Evolving Domains and (NEMO) Discontinuities

Justin Kauffman*, Jonathan Pitt Scott Miller*, Gregory Bunting Takefumi Higaki*, Abbas Zhengyu Huang*, Charbel Gregory Bunting*, Scott Miller, Khayyer, Masashi Kashiwagi, Farhat Jonathan Stergiou Jong-Chun Park

Free and Moving Boundary Problems: Methods and Applications Room: 520F MS 506 Chair(s): TBD

Keynote From Mesoscopic to Experimental Measurement of A Moving Contact Line Model Role of Viscosity Stratification Presentation: Macroscopic Computations of Contact-Line Mobility using for Immiscible Multiphase in Tear Film Rupture Dynamic Contact Lines Drop Resonance Flow Problems using the Conformal Decomposition Finite Element Method

Shahriar Afkhami* Yi Xia*, Paul Steen Alec Kucala*, David Noble, Mohar Dey*, Atul Vivek, Harish Mario Martinez Dixit, Ashutosh Richariya, James Feng

Phase-field Modeling and Simulation in Fluids, Solids and Biomechanics Room: 520E MS 507 Chair(s): Krishna Garikipati

Keynote Simulations of Droplet Thermodynamic Consistency Phase-Field Modeling of Phase-Field Free Energy and Presentation: Collision with Cahn-Hilliard and Stable Schemes for Surfactant-Driven Fracture in Boundary Force for Molecular Equation on Multi-GPU Quasi-Incompressible Navier- Particulate Rafts Solvation Cluster Stokes-Cahn-Hilliard Models

Chao-An Lin*, Kris van der Zee*, Gorkem Christian Peco*, Yingjie Liu, Shibin Dai*, Bo Li, Jianfeng Lu Tzu-Chun Huang, Chien-Yi Chang Simsek, Mahnaz Shokrpour Carter Rhea, John Dolbow, Wei Roudbari, E. Harald van Chen, Mahesh Bandi, Eliot Fried Brummelen

69 TS7: WEDNESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Advances in Topology Optimization for Manufacturing Room: 524C MS 602 Chair(s): Xu Guo

Projection-Based Topology Self-Supporting Structure Topology Optimization of Explicit Three-Dimensional Topology Optimization under Optimization: Recent Design in Additive Curved-Plate Structures with Topology Optimization via Uncertainty via Non-Intrusive Advancements and Manufacturing through Placement Bounds Moving Morphable Polynomial Chaos Expansion Connections to Manufacturing Moving Morphable Component/Void Component/Void (MMC/MMV) Approach (MMC/MMV) Based Explicit Topology Optimization

Saranthip Koh*, Mikhail Xu Guo*, Weisheng Zhang Julian Norato*, Shanglong Weisheng Zhang*, Jishun Chen, Vahid Keshavarzzadeh*, Daniel Osanov, Josephine Carstensen, Zhang Xu Guo Tortorelli James Guest

New Trends in Topology Optimization Room: 519B MS 605 Chair(s): Emilio C.N. Silva

Keynote Multimaterial Topology Multi-Material Continuum Topology-Optimized Design Simultaneous Optimization of Presentation: Design for Optimal Stiffness Topology Optimization: An of Architected Materials with Topology and Pointwise and Thermal Conductivity Elegant Formulation and Multiple Materials Constitutive Properties Response Update Scheme through Multi-Variable SIMP

Kai James*, Glaucio Paulino*, Emily Josephine Carstensen*, James Tej Kumar*, Krishnan Suresh Ziliang Kang Daniels, Miguel Aguilo Guest

Modeling and Simulation in Additive Manufacturing Room: 518A MS 707 Chair(s): Jikai Liu

Keynote Multi-Physics Modeling of Fatigue Life Prediction for Data-Driven Process-to- Presentation: Multiple-Track Defect Critical Microstructures in AM Structure Heuristics for Mechanisms in EBSM Metals Additively Manufactured Materials

Wing Kam Liu* Orion Kafka*, Cheng Yu, Wing Puikei Cheng*, Wing Kam Liu Kam Liu

70 TS7: WEDNESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Advances in Atomistic-to-Continuum Coupling Techniques Room: 516D MS 802 Chair(s): Ron Miller

Keynote An Absorbing Boundary Dynamic Multiscale Method Atomic-Microscale Modeling Modelling of Nanoscale Presentation: Condition to Minimize Wave and Applications of Phonons in the Molecular Phononic Crystals Reflection in Atomistic Crystal RDX Simulations

Vincent Tan*, Chuin-Shan David Chen* Peter Chung*, Francis Ralf Meyer* A.V. Rammohan VanGessel

Advances in the Modelling of Multi-Scale, Multi-Physics and Multi-Uncertainty Problems Room: 516E MS 803 Chair(s): Francisco Pires

Multi-Scale Modelling of On the Algorithmic Treatment Micro-Mechanical Modeling of Dislocation Dynamics at High Structure Evolution in of a Constitutive Model for the Yield Behavior of Oriented Strain-Rate Inertial and Tungsten under Irradiation Mechanically-Induced Semi-Crystalline Polyethylene Thermal Effects and Heat Loads Martensitic Phase Transformations

Hans van Dommelen*, Awital Daniel de Bortoli*, Francisco Mohsen Mirkhalaf*, Hans van Eleanor Mak*, Robert Gracie Mannheim, Marc Geers Andrade Pires, Eduardo de Dommelen, Leon Govaert, Marc Souza Neto Geers

Computational Modeling of Multi-Functional Materials Room: 515B MS 805 Chair(s): Jae Hyun Park

A Large Deformation Theory Mimetic Discretization A Multiscale Model for the Coupling Photo-Chemical Methods for Solving Electrical Oxygen Reduction and Reaction and Conduction Problems in Oxidation Reactions in LSCF Electrochemistry for Light- Laminated Composites with Based Solid Oxide Cell Responsive Polyelectrolyte Cracks Gels

Yuhang Hu* Jose Castillo*, Luis Waldo Linjian Ma*, N.R. Aluru, Escalona Galvis, Johnny Corbino, Satchi Venkataraman

71 TS7: WEDNESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Modeling at the Intersection of First Principles Methods, Mechanics and Mathematics Room: 515C MS 808 Chair(s): John Pask

Dislocation Cores from First Large Scale Electronic Capturing the Collaborative Small- and Large- Principles: Ni and Ni3Al for Structure Studies on the Strengthening Effects of Work Deformation-Based Peierls- Superalloys Energetics of Dislocations in Hardening and Precipitation Nabarro and Phase-Field Al-Mg Materials System and Hardening with Dislocation Modeling of the Dislocation its Connection to Mesoscale Dynamics Core in fcc Systems and Models Comparison with Atomistics

Dallas Trinkle*, Anne Marie Tan Sambit Das*, Vikram Gavini Joshua Crone*, Jaroslaw Knap Jaber Rezaei Mianroodi*, Bob Svendsen

Cohesive Zone Models - Fundamentals and Multiscale Applications Room: 522A MS 905 Chair(s): Glaucio Paulino and Kyoungsoo Park

3D Fracture Simulation of Removing Mesh Bias in a Direct and Simultaneous Frictional-Contact Model Reinforced Concrete using Cohesive Surface Element Extraction of Vector Traction- Coupled with the Traction- Damage Model Based on Approach for Two- and Separation Relations for Separation Relationship of Fracture Mechanics for Three-Dimensional Mixed- Interfaces the Cohesive Zone Model Concrete Mode Fracture Analysis

Mao Kurumatani*, Yuto Soma Habeun Choi*, Kyoungsoo Park Kenneth Liechti*, Chenglin Wu, Kyoungsoo Park*, Hyunil Baek Rui Huang

Isogeometric Methods for Complex Geometries and Multi-Physics Systems Room: 524A MS 911 Chair(s): Jessica Zhang

Isogeometric Structural Mixed Bernstein-Bézier Isogeometric Analysis for Mesh Dependency Shape Optimization using Discretizations of Trimmed Nonlinear Bending of Performance of Nonlinear Bézier Triangles CAD Surfaces for Microplates Solid Analysis using Isogeometric Analysis Isogeometric Elements

Cosmin Anitescu*, Jorge Wei Wang*, Xiaoxiao Du, Gang Hoang Nguyen*, Thuc Vo Yuta Yokoyama*, Shigenobu Lopez, Navid Valizadeh, Timon Zhao, Howie Fang Okazawa Rabczuk

72 TS7: WEDNESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Meshfree and Particle Methods: New Developments and Applications Room: 519A MS 912 Chair(s): Bram Metsch

Keynote MESHFREE: General Finite Advances in Algebraic Particle-Based Modeling of Accuracy in Meshfree GFDM Presentation: Differences for Fluid Flow and Multigrid (AMG) for the Finite Clothes Washing and Drying Schemes for the Continuum Mechanics with Pointset Method (FPM) Processes Incompressible Navier-Stokes Three Industrial Applications Equations

Almut Eisentraeger*, Bram Metsch*, Fabian Nick Masaaki Suzuki*, Hiroshi Okuda Pratik Suchde*, Joerg Kuhnert, Joerg Kuhnert, Timo Waechtler Sudarshan Tiwari

Peridynamics and Its Applications Room: 523A MS 914 Chair(s): Erkan Oterkus

Using Peridynamics to Model Peridynamics for Solving The Influence of the Ab Initio Peridynamics for Damage Biological Materials Nonlinear Partial Differential Conditions in the Numerical Prediction in Composite Equations Solution of the Peridynamic Laminates due to Thermo- Equation Oxidation

Emma Lejeune*, Christian Erdogan Madenci*, Mehmet David Miranda* Selda Oterkus*, Erdogan Linder Dorduncu Madenci

Polygonal and Polyhedral Discretizations in Computational Mechanics Room: 522BC MS 915 Chair(s): N. Sukumar

Keynote The Mimetic Finite Difference A Generalized Mimetic Finite Divergence Free Virtual On the Mixed Virtual Element Presentation: Method for Elliptic Problems Difference Method and Two- Elements Method (VEM) for Finite with Staggered Point Flux Schemes over Deformations Discretizations of Diffusion Voronoi Diagrams Coefficients

Gianmarco Manzini*, Ivan Yotov*, Omar Al-Hinai, Giuseppe Vacca*, Loureno Heng Chi*, Lourenco Beirao da Konstantin Lipnikov, David J. Moulton, Mikhail Shashkov Mary Wheeler Beiro da Veiga, Carlo Lovadina Veiga, Glaucio Paulino

73 TS7: WEDNESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Saddle Point and Mixed Discretization of Variational Problems Room: 523B MS 916 Chair(s): Constantin Bacuta

A Mixed Finite Element Stability Conditions for Method for the Muscle- Variational Formulations Tendon-Aponeurosis Based on Multi-Field Saddle Complex Point Problems

Sebastian Dominguez*, Nilima Andreas Krischok*, Christian Nigam Linder

Advances in Adaptive Approaches for Large-scale Deterministic and Stochastic Room: 514A MS 1101 Problems Chair(s): Jim Stewart

Adaptive Multiscale Modeling VMS A Posteriori Error Adaptivity for Active Flow Parallel Goal-Oriented Different Flavors of Adaptive using Generalized Mortar Estimation for Stokes Flow Control on a Vertical Tail Adaptive Inelasticity Mesh Refinement Use in Methods Rudder Assembly FLASH

Tim Wildey*, Bart Van Bloemen Guillermo Hauke*, Diego Irisarri Kenneth Jansen*, Michel Brian Granzow*, Assad Oberai, Anshu Dubey* Waanders, Tom Seidl Rasquin, Cameron Smith, Mark Shephard Riccardo Balin, Benjamin Matthews

Data Driven Paradigms and Uncertainty Quantification in Computational Mechanics Room: 524B MS 1105 Chair(s): Alberto Figueroa

Keynote Approximation Algorithms for A Paradigm for Predictive Manifold Sampling for Data- Presentation: Big Data Modeling of Computational Driven UQ and Optimization Mechanics using Field Inversion and Machine Learning

Dongbin Xiu* Karthik Duraisamy* Christian Soize*, Roger Ghanem

74 TS7: WEDNESDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Uncertainty Quantification and Stochastic Modeling in Biological Systems Room: 514B MS 1109 Chair(s): Daniele Schiavazzi

Efficient Parameter A Bayesian Approach to Towards a Multi-Fidelity Uncertainty Quantification in Probabilistic Outcomes Estimation via Multi-Fidelity Model Calibration, Selection Hemodynamic Model Pipeline Multi-Scale Simulations of Prediction in the ICU: Adding Bayesian Optimization and Surrogate Modeling: for the Analysis of Coronary Artery Bypass Uncertainty to APACHE Application to Traumatic Brain Cardiovascular Flow Under Grafts using Multi-Resolution Injury Uncertainty Expansion

Paris Perdikaris*, George Em Kumar Vemaganti*, Sandeep Casey Fleeter*, Daniele Justin Tran*, Daniele Corey Bryant* Karniadakis Madireddy, Emily Kang Schiavazzi, Alison Marsden Schiavazzi, Abhay Ramachandra, Andrew Kahn, Alison Marsden

75

Wednesday Semi-Plenary Speakers 1:30-2:15 pm

Margot Gerritsen Eldad Haber Stanford University University of British Columbia Outstanding Problems in Subsurface Flow Deep Learning Meets Differential Equations Room: 516BC and Optimal Control Room: 517D Abstract: The subsurface provides a mecca for the computational scientist and engineer. In this talk, we will discuss outstanding Abstract: In this talk we will review the latest developments in deep (unresolved and quite wonderful) problems in simulation of flow and learning. We will show that the problem of deep learning can be transport, as well as data analysis. Flow and transport of subsurface viewed as an optimal path planning subject to dynamic PDE fluids are governed by nonlinear processes across a wide range of constraints. We will discuss numerical methods for the solution as well temporal and spatial scales, under strong uncertainty. We will focus as suggest new algorithms for the solution of the problem. on a particularly interesting case that involves combustion. In this thermal process, sensitivities to numerical and modeling errors are Bio: Dr. Haber is a scientific an NSERC Industrial Research Chair at the very high and the community still puzzles over the most effective University of British Columbia. Eldad is working in the field of computational simulation approaches. We will dive a bit deeper into the question of inverse problems with applications to geosciences and medical imaging. how to upscale kinetics from the observable laboratory scale to the Over the last 20 years, Eldad has written various commercial software reservoir scale. As in many other fields, data mining and machine packages that have been widely adopted by industry. Dr. Haber has written learning techniques are increasingly applied to gain additional insights or co-authored over 150 peer reviewed publications on computational and/or develop faster simulation tools. In the second part of the talk, problems and is a U.S. Department of Energy Career Award recipient. After we will look at examples and discuss areas in which the marriage of completing his Ph.D, he spent several years as a research scientist with Schlumberger and nine years at Emory University in Atlanta at the subsurface flow and data science may be particularly attractive. Department of Mathematics and Computer Science. In 2011, Eldad co- founded Computational Geosciences Inc. Bio: After receiving her MS degree in Applied Mathematics at the University of Delft, Margot moved to the U.S. in search of hillier and sunnier places. In 1996, she received her Ph.D. in Scientific Computing and Computational Mathematics from Stanford University. Before returning to Stanford in 2001, Margot spent five years in Auckland, New Zealand, as a faculty member in the Department of Engineering Science. Margot is a professor in the Department of Energy Resources Engineering at Stanford, interested in computer simulation and mathematical analysis of engineering processes. Since 2010, she directs the Institute for Computational and Mathematical Engineering and is currently a Senior Associate Dean in Stanford's School of Earth, Energy, and Environmental Sciences. She specializes in renewable and fossil energy production, and is also active in coastal ocean dynamics and yacht design.

76 TS8: WEDNESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Direct and Inverse Methods for Cardiovascular and Pulmonary Mechanics Room: 514C MS 105 Chair(s): Alberto Figueroa

A Formulation for Parameter Estimation and Numerical Simulations of In- Advanced Higher Order Cardiopulmonary Circulation Design of Experiments for Stent Restenosis Methods and Modified Hemodynamics: Bridging Soft Tissues Inverse Analysis for Improved Analytical Morphometry- Photoacoustic Biomedical Based Arterial Tree Models Image Reconstruction and Image-Based 3D Models using Impedance Boundary Conditions

Vasilina Filonova*, C. Alberto Ankush Aggarwal* Jie Cheng*, Lucy Zhang Wolfgang A. Wall*, Svenja Figueroa Schoeder, Martin Kronbichler

Mechanobiology of Cells, Vesicles and Biomembranes Room: 515A MS 107 Chair(s): Marino Arroyo

Diffusion of Band-3 Protein Soft Matter Modeling and A Theoretical and Divergence-Conforming and Theoretical and and Vesiculation in the Simulation of Computational Framework for Fully-Implicit Simulation of Computational Modeling of Healthy and Defective Red Mechanotransduction of Cells the 3D Fully Non-Linear Cell-Scale Blood Flow Lipid Membranes: Effects of Blood Cell Membrane Dynamics of Lipid Bilayers Elastic Bending and In-Plane Viscous Flow

George Lykotrafitis*, He Li, Shaofan Li* Alejandro Torres-Sánchez*, Hugo Casquero*, Carles Bona- Amaresh Sahu*, Yannick Omar, Yihao Zhang, Vi Ha Marino Arroyo, Daniel Millán Casas, Hector Gomez, Yongjie Roger Sauer, Kranthi Zhang Mandadapu

Computational Methods in Environmental Fluid Mechanics Room: 520B MS 204 Chair(s): Ethan Kubatko

Keynote 2D and 3D Finite Element A Local Discontinuous Time and Space Adaptivity in Presentation: Analysis for Tsunami Waves Galerkin Finite-Element Turbidity Current Simulation Method for the Richard's Equation

Kazuo Kashiyama*, Yilong Xiao*, Ethan Kubatko Andre Rossa*, Alvaro Coutinho, Guoming Ling, Junichi Matsumoto Jose Camata

77 TS8: WEDNESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Model Reduction in Computational Fluid Dynamics Room: 520A MS 206 Chair(s): Charbel Farhat

A Spatial Clustering Algorithm Space-Time Least Squares An Adaptive Discontinuous Projection-Based Model- Model-Order Reduction of for Constructing Local Petrov-Galerkin Projection in Galerkin Reduced-Basis Order Reduction for Nonlinear Dynamic Skeletal Muscle Reduced-Order Bases for Nonlinear Model Reduction Element Method for CFD Contact Problems Models Nonlinear Model Reduction

Tina White*, Phil Avery, Charbel Youngsoo Choi*, Kevin Masayuki Yano* Todd Chapman*, Charbel Mylena Mordhorst*, Oliver Farhat Carlberg Farhat Röhrle

Advancements in Hydraulic Fracture Simulation Room: 520C MS 301 Chair(s): Egor Dontsov

Keynote Numerical Model of Fracture Fully Three-Dimensional Modelling of Mechanical Non-Symmetrical Hydraulic Presentation: Initiation from Perforated Model of Hydraulic Fracture Processes Related to Fracture Propagation due to Wellbore Propagation Hydraulic Fracturing Poroelastic Effects

Denis Esipov*, Vasily Lapin*, Sergey Cherny, Sergey Golovin*, Alexey Baykin, Alexey Baykin*, Sergey Golovin Dmitriy Kuranakov, Vasily Lapin, Sergey Cherny Denis Esipov, Dmitriy Kuranakov Alexander Valov

Computational Fracture Mechanics Room: 518B MS 401 Chair(s): Christian Linder

Keynote Thermally-Driven Oscillatory A Concurrent Coupling of A Floating Node Method for Presentation: Cracks and Branching Cracks Peridynamics and Classical the Crack Growth Analysis of in Glass: A Peridynamic Continuum Mechanics Brittle Materials Analysis

Florin Bobaru*, Alireza Tabarraei*, Xiaonan Sachin Kumar*, L.H. Poh, B.Y. Zhanping Xu, Guanfeng Zhang Wang Chen

78 TS8: WEDNESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Modeling and Simulation for Complex Material Behavior Room: 525A MS 402 Chair(s): Patrick Diehl

An Iterative Method for Method of Manufactured Multiscale Composite Solution for Large Structures Deformation Finite Element Analysis of Hyperelasticity

Michael Stuebner*, Robert Takahiro Yamada* Lipton, Paul Sinz

Multiscale and Computational Methods in Failure Mechanics Room: 521BC MS 404 Chair(s): Caglar Oskay

Detailed Finite Element Validation of Numerical Scale Analysis of Damage Analysis of E-Defense Shake Simulation Results of E- Evolution in Incipient Spall Table Test of 10-Story Defense Large Scale under Plate Impact Reinforced Concrete Building Experiment on Soil- Underground Structure Interaction Takuzo Yamashita*, Tomoshi Mahendra Kumar Pal*, Takuzo Xiaoyang Pei*, Shi Chen, Hui Miyamura, Makoto Ohsaki Yamashita, Shintaro Ohno, Peng Atsushi Iizuka

Fluid-Structure Interaction Algorithms and Applications Room: 520D MS 505 Chair(s): Scott Miller

A Stable Partitioned FSI Aeroacoustic Simulation of Benchmark Results of a Mesh Development and Validation Open Source, Tightly Algorithm for Rigid Bodies Nearly Incompressible Flow Moving Technique with of FSI Analysis System Coupled, Partitioned Fluid- and Incompressible Flow Coupled with Deformable Minimum-Height-Based Considering Active Control Structure Interaction Solid Stiffening Simulation Capability for High Spatiotemporal Resolution during Study of Wave Impact Loads in High-Speed Watercraft J.W. Banks*, W.D. Hensahw, Feimi Yu*, Lucy Zhang Tomonori Yamada*, Giwon Shigeki Kaneko*, Giwon Hong, Wensi Wu*, Justyna Kosianka, D.W. Schwendeman, Q. Tang Hong, Naoto Mitsume, Shinobu Naoto Mitsume, Tomonori Christopher Earls Yoshimura Yamada, Shinobu Yoshimura

79 TS8: WEDNESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Free and Moving Boundary Problems: Methods and Applications Room: 520F MS 506 Chair(s): TBD hp-Finite Element Modeling of Modeling of Solidification and Computational Models for A Thermodynamically A Revised Tangle-Free Silicon Solidification Thawing Problems with Free Molten Corium Flow and Consistent Level Set Algorithm for Two- Surfaces in Rigid Containers Reaction with Concrete Approach for Shock-Induced Dimensional Mesh Motion Alpha-Gamma Phase Problems Transition of RDX

Brian Helenbrook* Bruno Blais*, Florin Ilinca Rekha Rao*, Alec Kucala, Kartik Josyula*, Rahul, Suvranu Justin Droba*, Adam Amar Jeremy Templeton, David Noble, De Yifeng Wang, Denise Bencoe, David Louie

Phase-field Modeling and Simulation in Fluids, Solids and Biomechanics Room: 520E MS 507 Chair(s): Kristoffer Van Der Zee

On Bounds for the Penalty Modeling Grain Boundary Hydraulic Fracturing in Effective Properties of Constant in Irreversibility Anisotropy-Driven Porous Media using a Phase Cracked Multi-Domain Constraint for a Phase-Field Microstructural Evolution with Field Approach Ferroelastic Materials under Formulation of Brittle Fracture Arbitrary Grain Orientation Simultaneous Straining and and Plastic Deformation Thermal Cycling Boundary Driven

Laura De Lorenzis*, Tymofiy Josep Maria Ribot*, Brandon Sanghyun Lee*, Baehyun Min, Yun-Che Wang*, Meng-Wei Gerasimov Runnels Sogo Shiozawa, Mary Wheeler Shen

Stabilized and Multiscale Methods for Interface Mechanics Room: 518C MS 508 Chair(s): John Dolbow and Isaac Harari

Variational Interfacial A Stabilized, Symmetric A Rate-Dependent Interfacial Spectral Hybrid Localized The Shifted Boundary Coupling in Thermo- Nitsche Method for Spatially Damage Model for Multiscale Orthogonal Decomposition Method: A New Approach to Mechanical Field Problems at Localized Plasticity Dynamic Fracture Method Embedded Boundary Finite Strains Computations

Arif Masud*, Pinlei Chen Timothy Truster* Robert Haber*, Reza Abedi Alexandre Madureira*, Marcus Kangan Li*, Guglielmo Scovazzi, Sarkis Alex Main, Nabil Atallah, Ting Song

80 TS8: WEDNESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Advances in Topology Optimization for Manufacturing Room: 524C MS 602 Chair(s): Julian Norato

Optimal Design of Fiber- Optimization of Origami Multi-Component Topology Design Optimization of Design Optimization Method Reinforced Composite Crease Topology through Optimization: Historical Mechanical Metamaterials for for Additive Manufacturing Structures that are Fabricated Cellular Division Developments and Vibration Control Primary Mirror of Large- via Additive Manufacturing Continuous Relaxation Aperture Space Telescope

Felipe Fernandez*, James Kazuko Fuchi*, Marcelo Kazuhiro Saitou*, Yuqing Zhou Timothy Walsh*, Josh Robbins, Shuitan Liu*, Rui Hu Lewicki, Daniel Tortorelli Kobayashi, Andrew Gillman, Chris Hammetter, Wilkins Aquino Edward Alyanak, Philip Buskohl

Bayesian Statistical Inversion in Engineering Mechanics Room: 525B MS 603 Chair(s): Abhijit Sarkar

Large-Scale Deterministic A Scalable Sampling-Free Determination of Explosive Predictive Modeling of Inversion and Bayesian Nonlinear State Estimation Yields using Nonlinear Wavelet Coefficients for Calibration in Land-Ice Algorithm for Large-Scale Bayesian Regression Physical Processes Modeling Models and Data Sets using High Performance Computing

Irina Tezaur*, John Jakeman, Ajit Desai*, Philippe Bisaillon, John Burkhardt* Mohammad Khalil*, Jina Lee, Mauro Perego, Stephen Price Mohammad Khalil, Chris Pettit, Maher Salloum Dominique Poirel, Abhijit Sarkar

New Trends in Topology Optimization Room: 519B MS 605 Chair(s): Junji Kato

Maximization of Energy Topology Optimization of Multi-Material Topology Topology Optimization of a The Quick Continuum Absorption Capacity Applying Elastoplastic Structures under Optimization for Energy Crash Box Considering Time- Structural Topology Elastoplastic Multi-Scale Cyclic Loads Absorption Capacity Dependent Crash and Optimization Based on the Topology Optimization Assuming Finite Elastoplastic Nonlinear Plastic Behaviors Changes of Supporting Deformation using Equivalent Static Conditions Loadings

Shun Ogawa*, Hiroya Hoshiba, Lei Li*, Guodong Zhang, Kapil Hiroya Hoshiba*, Junji Kato, Cheol Kim*, Mohammadmahdi Jianjun He* Junji Kato, Takashi Kyoya Khandewal Takashi Kyoya Davoudi

81 TS8: WEDNESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Modeling and Simulation in Additive Manufacturing Room: 518A MS 707 Chair(s): Jikai Liu

B-Spline Based Topology Porous Composite with Engineered Architected Adaptive Optimization of the Optimization for Metal Hybrid Negative and Positive Materials: Multidirectional Topology of Lattices Additive-Subtractive Thermal Expansion Obtained Functionally Graded Cellular Manufacturing by Multi-Material Topology Solids Optimization and Additive Manufacturing

Jikai Liu*, Albert To Akihiro Takezawa*, Makoto Hamid Akbarzadeh*, Hamed Antonin Paquette-Rufiange*, Kobashi Niknam Jahromi, Armin Serge Prudhomme, Marc Mirabolghasemi, Denis Rodrigue, Laforest, Augustin Schmidt Daniel Therriault

Advances in Atomistic-to-Continuum Coupling Techniques Room: 516D MS 802 Chair(s): Ellad Tadmor

Keynote An Equation-Free Multiscale Extended Variational TrussQC: Modeling the Network Model of Re-Entrant Presentation: Method: Extension of the Quasicontinuum Methodology Fracture of Coarse-Grained and Conventional Cellular Quasicontinuum Method to for Modelling of Crack Truss Lattices using the Materials Irregular Structures Propagation in Discrete Quasicontinuum Method Lattice Systems Lars A.A. Beex*, Ondrej Rokos*, Ron H.J. Greg Phlipot*, Dennis Igor Berinskii* Pierre Kerfriden Peerlings, Jan Zeman, Lars A.A. Kochmann Beex

Computational Modeling of Multi-Functional Materials Room: 515B MS 805 Chair(s): Sang-Bok Lee

Formulation of Governing Experimental and An Investigation into the Epsilon-Martensite Start Equations in Piezoelectric Computational Analysis of the Effect of Molybdenum on Temperature Modeling using and Piezomagnetic Materials Ballistic Properties of SiC Tile Interfacial Properties of First-Principles Calculation Directly using the Law of Encapsulated Composite TiC/Steel Composite through Conservation of Energy Armor System Atomistic Simulation

Peng Zhou* Iilguk Jo*, Seungchan Cho, Seungchan Cho*, Ilguk Jo, Jae Hoon Jang*, Heon-Young Minhyung Lee, Sang-Kwan Lee, Jaekwang Lee, Jae Hyun Park, Ha, Tae-Ho Lee, Dong-Woo Suh Sang-Bok Lee Sang-Kwan Lee, Sang-Bok Lee

82 TS8: WEDNESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Modeling at the Intersection of First Principles Methods, Mechanics and Mathematics Room: 515C MS 808 Chair(s): Amit Acharya

Keynote Multiscale Diffusion Method Prediction from First Mechanical Properties of Presentation: for Simulations of Long-Time Principles of the Structure Rhenium Disulfide and Defect Evolution and Composition of Rhenium Diselenide: A First- Vanadium Carbide Principles Study Nanoprecipitates in Microalloy Steel William A. Curtin* Sebastián Echeverri Restrepo*, Pratyaksh Agrawal*, Chandra Davide Di Stefano, Matous veer Singh Mrovec, Michael W. Finnis, Anthony T. Paxton

Multiphysics Computation and Coupled Effects Room: 516E MS 812 Chair(s): Dong Qian

Keynote Computational Framework A Finite Element Based A Multi-Temporal Scale Presentation: Involving Spatial and Method for Simulating Approach To Temporal Multi-Scaling for Surfactants Spreading on Thermomechanical Failure Coupled Transient Liquid Films And Response Prediction Electromagnetics-Mechanical Phenomena Somnath Ghosh*, Yingjie Liu*, Christian Peco, Rui Zhang*, Lihua Wen, Jinyou Shu Guo, Reza Yaghmaie John Dolbow, Guglielmo Xiao, Dong Qian Scovazzi

BIE/BEM and Their Fast Solution Methods Room: 523B MS 904 Chair(s): Yijun Liu

Keynote Preconditioners for the Fast Multipole Method for Adaptive Cross Solving Large-Scale Presentation: Boundary Element Method Poroelastodynamics Approximation in BEM for Nonlinear Eigenvalue based on Hierarchical Elastic Continua Problems in Boundary Matrices Element Method by Resolvent Sampling Based Rayleigh- Ritz Method Eric Darve*, Martin Schanz* Anita Maria Haider*, Martin Jinyou Xiao*, Junpeng Wang, Toru Takahashi, Pieter Coulier Schanz Tao Wang, Lihua Wen

83 TS8: WEDNESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Finite Element Methods for Wave Propagation Room: 524A MS 908 Chair(s): Jay Gopalakrishnan

Recent Progress on DG Discontinuous Galerkin Designing Robust Beam A DPG Approach to the Full The DPG Method for High Methods for Maxwell's Methods for Maxwell’s Combinable High-Power Vectorial Transverse Mode Frequency Time-Harmonic Equations in Complex Media Equations in Nonlinear Fiber Amplifiers Instability Model of Optical Wave Propagation Problems Polarization Media Laser Amplifiers

Jichun Li*, Yunqing Huang, Wei Vrushali Bokil*, Yingda Cheng, Jacob Grosek* Leszek Demkowicz*, Sriram Socratis Petrides*, Leszek Yang Yan Jiang, Fengyan Li Nagaraj, Jacob Grosek Demkowicz

Meshfree and Particle Methods: New Developments and Applications Room: 519A MS 912 Chair(s): Gary Seidel

Modeling of A New Particle-In-Cell Dredging Induced Failure Electromechanical Composite Technique for Reducing Mechanisms of Subaqueous Interfaces in the Material Noise Slopes: An Investigation with Point Method using Cohesive Coupled CFD-DEM Zones

Stefan Povolny*, Adarsh Craig Schroeder*, Chenfanfu Manuela Kanitz*, Jürgen Grabe Chaurasia, Gary Seidel Jiang, Joseph Teran

Peridynamics and Its Applications Room: 523A MS 914 Chair(s): Seida Oterkus

A New Energy-Based Solder Coupled Iso-Geometric Joint Fatigue Life Prediction Analysis (IGA) and Approach for Electronic Peridynamics Method for Ship Packages Structural Analysis

Ibrahim Guven*, Forrest Baber Shih-Mo Kuo*, Pai-Chen Guan

84 TS8: WEDNESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Polygonal and Polyhedral Discretizations in Computational Mechanics Room: 522BC MS 915 Chair(s): Joseph Bishop

Keynote PowerMesh: A New Robust A Constrained Resampling From Digital Images, STL and Modeling Strong and Weak Presentation: Polyhedral Meshing Strategy for Eliminating Short NURBS to Computational Discontinuities without Technique for Non-Convex Edges in Voronoi Meshes Stress Analysis using Scaled Element-Partitioning in the Domains Boundary Polytope Elements Extended Finite Element Method

Mohamed Ebeida*, Ahmed Mahmoud*, Mohamed Chongmin Song Song* N. Sukumar*, Eric B. Chin Ahmed Abdelkader, Ahmad Rushdi Ebeida, Ahmed Abdelkader, Ahmad Rushdi, John Owens

Computational Methods in Image Analysis Room: 522A MS 1002 Chair(s): Joao Manuel R.S. Tavares and Renato Natal Jorge

Quantifying Microscale Establishing the Mechanical Segmentation of Application of Fourier and Damage through Image- Properties of Pelvic Floor Atherosclerotic Plaques in Wavelet Methods to an Based Material Testing of Muscle by using MRI and an MR Carotid Artery Images Experimental Tumbling Mill Particulate Composites using Inverse Method Using 3D Particle Tracking Micro-Tomography Data

Katherine Ramos*, Andrew Renato Natal Jorge*, Elisabete Joao Tavares*, Danilo Jodas, Daramy Kallon*, Indresan Gillman, Karel Matous Silva, Sofia Brandão, Teresa Aledir Pereira Govender, Aubrey Mainza Mascarenhas, Marco Parente

Enabling Technologies and Simulation Practices for Advanced Scientific and Room: 514A MS 1003 Engineering Computation Chair(s): Alvaro Coutinho

Keynote Parallel Numerical Methods Towards Scalable AMG- Communication-Free Mesh Presentation: for Black-Box Coupling in Based Preconditioners for Multiplication using Pairing Surface Coupled Multi- MHD and Multifluid Plasma Function Physics Problems and Simulations Beyond Miriam Mehl*, Paul Lin*, John Shadid, Edward Renato N. Elias*, Jose J. Klaudius Scheufele, Florian Lindner, Benjamin Uekermann Phillips, Jonathan Hu, Eric Cyr, Camata, Alvaro L.G.A. Coutinho Roger Pawlowski

85 TS8: WEDNESDAY AFTERNOON

02:30 PM 02:50 PM 03:10 PM 03:30 PM 03:50 PM

Advances in Error Analysis and Computational Aspects of Deterministic and Stochastic Room: 516A MS 1102 PDE Eigenvalue Problems Chair(s): Harri Hakula

A FEAST-Type Algorithm for Optimal Quotient Iterations for Recursive Integral Eigenvalue Spectral Inverse Iteration for Computation of Extremal Operators Large Generalized Solver with Cayley Eigenvalue Problems with Eigenvalues of High- Eigenvalue Problems Transformation Random Coefficients Dimensional Lattice-Theoretic Tensors in Tensor-Train Format

Jeffrey Ovall*, Jay Vesa Kotila*, Marko Huhtanen Ruihao Huang*, Jiguang Sun Mikael Laaksonen*, Harri Vesa Kaarnioja* Gopalakrishnan, Luka Grubisic Hakula

A Posteriori Error Estimation and Adaptivity Room: 514B MS 1104 Chair(s): Serge Prudhomme

Keynote A Posteriori Error Estimation Error Estimation and Adaption An Adaptive hp-Refinement Mesh Adaptation Based on a Presentation: and Adaptivity for the Virtual in Domain Decomposition Strategy with Computable Hierarchical A Posteriori Error Element Method Methods Guaranteed Error Reduction Estimator Factors

Andrea Cangiani*, Pierre Gosselet*, Valentine Rey, Patrik Daniel*, Alexandre Ern, Thomas Briffard*, André Fortin Emmanuil H. Georgoulis, Tristan Pryer, Oliver J. Sutton Christian Rey Iain Smears, Martin Vohralk

Data Driven Paradigms and Uncertainty Quantification in Computational Mechanics Room: 524B MS 1105 Chair(s): Roger Ghanem

Data-Driven Probabilistic Data-Interactive A Bayesian Analysis of Uncertainty Quantification in Boundary Layer Model for Computational Materials Rheological Models for the Composite Woven Materials Prediction of Airfoil Physics: Studies of Simulation of Turbidity using a Statistically Performance Precipitate Morphology by a Currents Equivalent Representative Combination of Experiment, Volume Element with Discrete Nonlinear Elasticity and Defects Machine Learning

Alexandre Marques*, Qiqi Gregory Teichert*, Emmanuelle Fernando Rochinha*, Henrique David Tal*, Jacob Fish Wang, Youssef Marzouk Marquis, Krishna Garikipati Costa, Zio Souleymane, Gabriel Guerra, Alvaro Coutinho

86 TS9: WEDNESDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Direct and Inverse Methods for Cardiovascular and Pulmonary Mechanics Room: 514C MS 105 Chair(s): Wolfgang Wall

Keynote On the In-Vivo Function of the The Importance of Mechano- The Impact of Myocardium Presentation: Heart Valve Leaflet: Insights Electrical Feedback and Compressibility in into Tissue-Interstitial Cell Inertia in Cardiac Computational Simulations of Biomechanical Coupling Electromechanics the Healthy and Infarcted Heart

Michael Sacks*, Francisco Sahli Costabal*, Joao S. Soares*, David S. Li, Chung-Hao Lee, Will Zhang Felipe A. Concha, Daniel E. Eric Lai, Joseph H. Gorman III, Hurtado, Ellen Kuhl Robert C. Gorman, Michael S. Sacks

Mechanobiology of Cells, Vesicles and Biomembranes Room: 515A MS 107 Chair(s): Roger Sauer

Keynote Hydrodynamic Coupling Modeling and Simulation of Computational, Three- Presentation: Within Curved Lipid Bilayer the Dynamics of Soft Dimensional Investigation of Membranes: The Role of Adhesion Mediated by Mobile Endocytosis Curvature in the Drift- Binders: 2D Variational Diffusion Dynamics of Modeling Proteins

Paul Atzberger*, Dimitri Kaurin*, Marino Arroyo Yannick A.D. Omar*, Kranthi K. Ben Gross Mandadapu, Roger A. Sauer

Advances in Meshfree Particle Methods for Fluid Mechanics Room: 519A MS 202 Chair(s): Ahmad Shakibaeinia and Tewfik Mahdi

A Material Point Method for Modeling Surface Soil Mesh-Free Particle Modeling Simulation of Viscoelastic Erosion by Water using SPH of Multiphase Granular Flows Continuum

Peter Gordon*, Fushen Liu, Elizabeth Hernández Zubeldia*, Ahmad Shakibaeinia* Holger Meier, Rohan Georgios Fourtakas, Benedict D. Panchadhara, Vikas Srivastava Rogers, Márcio M. Farias

87 TS9: WEDNESDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Computational Methods in Environmental Fluid Mechanics Room: 520B MS 204 Chair(s): Ethan Kubatko

A New Very Large Eddy A Hybridized Discontinuous qADMESH+: An Automatic Simulation of the Flow over a Galerkin Method for Fully Quadrangular and Mixed- Cylinder at Low Re=3900 Nonlinear Irrotational Serre- Element Mesh Generator Green-Naghdi Model

Shuangfeng Wang*, Puxian Ali Samii*, Clint Dawson Dominik Mattioli*, Ethan Ding Kubatko, Alan Zundel

Model Reduction in Computational Fluid Dynamics Room: 520A MS 206 Chair(s): Masayuki Yano

Keynote Reduced-Order Calibrated Filtered Reduced Statistical Mechanics-Based Structure-Preserving Model Presentation: Compensators for Estimation Order Modeling Closures for Galerkin ROMs Reduction for Finite-Volume and Feedback Flow Control Discretizations of Conservation Laws

Jeff Borggaard* Xuping Xie*, Traian Iliescu Eric Parish*, Karthik Duraisamy Kevin Carlberg*, Youngsoo Choi, Syuzanna Sargsyan

Advancements in Hydraulic Fracture Simulation Room: 520C MS 301 Chair(s): Robert Gracie

High-Performance Computing A Parallel Implementation of A Fully Coupled Method for in the Modeling of Hydraulic the Enhanced Local Pressure Massively Parallel Simulation Fracturing Model for the Large Scale of Hydraulically Driven Simulation of Hydraulic Fractures in 3-Dimensions Fracturing

Denis Bannikov*, Alexey Ernst W. Remij*, Joris J.C. Randolph Settgast*, Tikhonov, Vadim Isaev, Ivan Remmers, Erik Jan Lingen, Chandrasekhar Annavarapu Velikanov, Dmitry Kuznetsov Jacques M. Hyughe, David M.J. Smeulders

88 TS9: WEDNESDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Computational Fracture Mechanics Room: 518B MS 401 Chair(s): N. Sukumar

Material-Dependent Crack- Numerical Analysis for A Class of Examination of An Adaptive Cohesive Zone Calculation of T-Stress for Tip Enrichment Functions in Diffusion-Induced Cracks Simulation for Ductile Model for Fatigue Crack Cracks in Two-Dimensional XFEM for Modeling Bimaterial Fracture Growth in the Framework of Anisotropic Elastic Media by Interfacial Cracks Generalized Plasticity Boundary Integral Equation Method

Yongxiang Wang*, Haim Sayako Hirobe*, Kenji Oguni Hirofumi Sugiyama*, Kazumi Noémie Rakotomalala*, Han Tran* Waisman Matsui, Takahiro Yamada Vincent Chiaruttini

Modeling and Simulation for Complex Material Behavior Room: 525A MS 402 Chair(s): Patrick Diehl

In Situ Intra-Bundle Full Field Current Efforts in Developing Temperature-Dependent Multi Measurement in a Single an Optimum Biaxial Tensile Scale Large Deformation Carbon Fiber Bundle Test Specimen Design Simulation of Cu-Ag Alloy Composite under Transverse Load

Ilyass Tabiai*, Damien Texier, Dilp Banerjee*, Mark Iadicola, Ali Gordan*, Amir Reza Khoei Daniel Therriault, Martin Adam Creuziger, Evan Rust Lévesque

Modeling and Simulation of Damage and Fracture in Brittle and Quasi-Brittle Materials Room: 521BC MS 403 Chair(s): Reza Abedi

Modeling Dynamic Shear A New Hybrid Numerical Automated Simulation of the A Stochastic Approach for Rupture at Weak Interfaces: Scheme For Simulating Fault Multiscale Damage Response Modeling Dynamic Fracture of In Quest of High Resolution Ruptures With Near Fault of Materials with Complex Quasi-Brittle Materials and Precision Bulk Inhomogeneities Microstructures

David Kammer* Ahmed Elbanna*, Setare Soheil Soghrati*, Anand Philip Clarke*, Reza Abedi, Hajaroalsvadi Nagarajan, Fei Xiao, Bowen Robert Haber Liang, Hossein Ahmadian, Ming Yang

89 TS9: WEDNESDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Fluid-Structure Interaction Algorithms and Applications Room: 520D MS 505 Chair(s): Justin Kaufmann

Condition Assessment and Large Amplitude Aeroelastic Simulation of a Proposed An Arbitrary Lagrangian- Prognosis using Fluid- Oscillations of a Cantilever Fluid-Structure Interaction Eulerian Approach to Structure Interaction within a with Structural and Validation Case Acoustic Streaming Reduced-Order Model Aerodynamic Nonlinearities: Tracking Inversion Theory and Wind Tunnel Test Framework Justyna Kosianka*, Wensi Wu, Brandon Robinson*, Leandro Jonathan Pitt* Francesco Costanzo*, Nitesh Christopher Earls Jose Rocha da Costa, Nama, Tony Huang Dominique Poirel, Chris Pettit, Mohammad Khalil, Abhijit Sarkar

Free and Moving Boundary Problems: Methods and Applications Room: 520F MS 506 Chari(s): TBD

Keynote A Splitting Algorithm for the A Lattice-Boltzmann Based Progress Towards the Presentation: Numerical Simulation of Multiscale Approach for Development of a 2D Sediment Transport in Free Simulating Nanoparticle Immersed Boundary Solver Surface Flows Transport in Cellular Blood for the Simulation of Particles Flow at Fluid-Fluid Interfaces

Alexandre Caboussat* Zixiang Liu*, Yuanzheng Zhu, Adam O'Brien*, Markus Rekha Rao, Jonathan Clausen, Bussmann Cyrus Aidun

Phase-field Modeling and Simulation in Fluids, Solids and Biomechanics Room: 520E MS 507 Chair(s): Tymofiy Gerasimov

A Parallel Adaptive Multigrid Development of Phase-Field Using Hyper-Dual Numbers to A Novel Numerical Algorithm A CFD Study of Supercooled Approach to Simulating Models of Tumor Growth with Integrate an Equation of State For Modeling Solidification Of Cloud Size Droplet Impact on Phase-Field Problems Radiation Effects into a Phase Field Model for Water a Superhydrophobic Surface Droplets

Matthew Hubbard*, Feng Wei Ernesto A.B.F. Lima*, Amir Felix Diewald*, Charlotte Kuhn, Hasan Shetabivash*, Ali Reza Attarzadeh*, Firoozeh Yang, Peter Jimack Shamoradi, David A. Hormuth II, Michaela Heier, Martin Horsch, Dolatabadi, Marius Paraschivoiu Yeganehdoust, Ali Dolatabadi J. Tinsley Oden, Thomas Horger, Kai Langenbach, Hans Hasse, Barbara Wohlmuth, Thomas E. Ralf Müller Yankeelov

90 TS9: WEDNESDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Stabilized and Multiscale Methods for Interface Mechanics Room: 518C MS 508 Chair(s): Timothy Truster and Arif Masud

Embedded Boundary Stabilized Finite Element Adaptive Variational Recent Advances in Spline- CutFEM: Discretizing Conditions for Plate Bending Method for Compressible Multiscale Method for Non- Based Embedded Finite Geometry and Partial Problems Phase Change Phenomena Newtonian Multiphase Flows Element Methods Differential Equations in Multidimensional Multiphysics Problems

Isaac Harari* Ehsan Shams*, Fan Yang, Yu Elie Hachem*, Stéphanie Riber, John Dolbow*, Yingjie Liu, Wen André Massing*, Erik Burman, Zhang, Chao Liu, Mark Youssef Mesri, Rudy Valette Jiang Peter Hansbo, Mats G. Larson Shephard, Onkar Sahni, Assad Oberai

Advances in Topology Optimization for Manufacturing Room: 524C MS 602 Chair(s): Xu Guo

Average-Worst-Case Stochastic Sensitivity Topology Optimization using Analysis for Reliability-Based Stochastic Programming and Topology Optimization Conditional Value-at-Risk

Geoffrey Oxberry*, Cosmin Xuchun Ren*, Xiaodong Zhang Petra, Mark Stowell, Andrew Barker, Daniel White, Daniel Tortorelli

Bayesian Statistical Inversion in Engineering Mechanics Room: 525B MS 603 Chair(s): TBD

Model Discrepancy Bayesian Model Calibration Bayesian Selection of Optimal Bayesian Model Selection in Calibration Across with an Embedded Statistical Physics-Based Model and Continuous Model Domain Experiments Characterization of Model Modeling Error using Automatic Relevance Error Determination with Applications to Nonlinear Aeroelasticity Kathryn Farrell-Maupin*, Laura Xun Huan*, Khachik Sargsyan, Philippe Bisaillon*, Rimple Rimple Sandhu*, Chris Pettit, Swiler Habib Najm Sandhu, Mohammad Khalil, Mohammad Khalil, Dominique Chris Pettit, Dominique Poirel, Poirel, Abhijit Sarkar Abhijit Sarkar

91 TS9: WEDNESDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

New Trends in Topology Optimization Room: 519B MS 605 Chair(s): Philip Buskohl

A Feasible Minimum Energy Robust Topology Stress-Constrained Level Set A Maximum Filter for Material State Method for Constrained, Optimization under Loading Topology Optimization for Nonlinear Topology Multi-Disciplinary Topology Uncertainty using a Density Compliant Mechanisms Optimization using the Optimization Problems Matching Approach Ground Structure Method

Willem Roux* Bingxiao Du*, Timoleon Hélio Emmendoerfer Junior*, Sylvia Almeida*, Glaucio Kipouros, Geoff Parks, Yong Eduardo Alberto Fancello, Emílio Paulino Zhao, Wen Yao, Xiaoqian Chen Carlos Nelli Silva

Instabilities in Solids Across the Scales Room: 523A MS 705 Chair(s): Christian Linder

Keynote A Physics-Based Reduced- A Numerical Study of A Systematic Study of Computational Framework for Presentation: Order Model for the Dynamic Branching and Stability of Swelling-Induced Instabilities Homogenization at Finite and Post-Buckling Behavior Solutions to Three- of Hydrogels Deformation with Stability of Tensegrity Structures and Dimensional Martensitic Considerations using Metamaterials Phase Transformations using Isogeometric Analysis Gradient-Regularized, Non- Convex, Finite Strain Elasticity

Julian Rimoli* Koki Sagiyama*, Shiva Berkin Dortdivanlioglu*, Ryan Alberdi*, Kapil Khandelwal Rudraraju, Krishna Garikipati Andreas Krischok, Ali Javili, Christian Linder

Modeling and Simulation for Solidification Processes in Manufacturing Room: 518A MS 706 Chair(s): Greg Wagner

Dendrite Fragmentation and Finite Element Modeling of A Space-Time Computational Multi-Scale Solidification the Columnar-to-Equiaxed Ceramic Deposition by LBM Vademecum Based Approach Simulations of Additive Transition During (SLM) Additive Manufacturing for Multi-Parametric Manufacturing Process in Solidification Simulations of Welding Metals Processes

P.W. Voorhees*, T. Cool, E.B. Qiang Chen*, Gildas Guillemot, Ye Lu*, Nawfal Blal, Anthony Gregory Wagner*, Stephen Lin, Gulsoy Charles-André Gandin, Michel Gravouil Wing Kam Liu Bellet

92 TS9: WEDNESDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Advances in Atomistic-to-Continuum Coupling Techniques Room: 516D MS 802 Chair(s): Ron Miller

Keynote A New Predictor-Corrector Atomistic-to-Continuum Blended Force-Based Presentation: Method for Efficient Modeling Influenced Consistent Quasicontinuum Method for of Surface Effects Coupling of Nonlocal Multilattice Materials Diffusion Problems

Mitchell Luskin* Xingjie Li*, Jianfeng Lu, Derek Olson*, Xingjie Li Andrew Binder, Christoph Ortner Xiaochuan Tian, Qiang Du

Computational Modeling of Multi-Functional Materials Room: 515B MS 805 Chair(s): Jae Hyun Park

Ab Initio Study of Interfacial Molecular Dynamics Analysis Magnetoelectric Effect in of DNA-Micelle Complex and Oxide Superlattices its Electrophoretic Transport for Drug Delivery System

Jaekwang Lee* Jae Hyun Park*, Narayana Aluru

Modeling at the Intersection of First Principles Methods, Mechanics and Mathematics Room: 515C MS 808 Chair(s): Michael Falk

Energy Renormalization Potential Energy Landscape Mesodynamics - A Hybrid The Properties of Dislocation Approach to Coarse-Graining and Dynamics of Inherent Deterministic-Statistical Cores in Refractory Body- of Polymer Dynamics Structure Evolution in Metallic Framework for Molecular Centered Cubic Metals Glasses Dynamics Affected by Ideal Strength Behaviors

Sinan Keten*, Jake Song, Yue Fan* Amuthan Ramabathiran*, Pilar Liang Qi*, Chaoming Yang, Wenjie Xia, Cheol Jeong, David Ariza, Michael Ortiz Yongjie Hu Hsu, Fred Phelan, Jack Douglas

93 TS9: WEDNESDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Multiphysics Computation and Coupled Effects Room: 516E MS 812 Chair(s): Shaoqiang Tang

Matching Boundary From Forging to End of The Thermal Transport in A Computational Study on Coupled Moisture Diffusion Conditions for a Lifecycle: A Multiphysics Branched Carbon Nanotube Multi-Physics Coupling and Mechanical Analysis to Heterogeneous Atomic Chain Simulation Workflow for Effects in Ultrashort-Pulse Evaluate the Differential Hydrogen Embrittlement Laser Material Processing Drying of Concrete: Application to Failure Prediction of Concrete Material Shaoqiang Tang*, Xingru Chen, Gabriel de Frías*, James Foulk I-Ling Chang*, Yu-Wei Lo Dong Qian*, Mohammad Rezaul Razakamandimby Ranjanoro Shuyu Liu III, Michael Veilleux, Kevin Karim, Zhenpeng Qian Diamondra Fenosoa Tiana* Manktelow, Lauren Beghini, Alexander Hanson, Andrew Stershic, Jakob Ostien, Dorian Balch

BIE/BEM and Their Fast Solution Methods Room: 523B MS 904 Chair(s): Martin Schanz

A Double-Layer Interpolation On the Construction and Use Space-Time Boundary The Moving Porous Green’s Method for BIE of High-Order Boundary Element Methods for Function Associated with Implementation Element Dynamic Trusses Dopplers Effect in BEM and Analysis for Vehicle Jumping on Highways Jianming Zhang*, Weicheng Hang Ma*, Donghong He Dominik Pölz*, Michael Helmut B.Y. Ding*, Y.Z. Song Lin, Yunqiao Dong, Chuanming Gfrerer, Martin Schanz Ju

Finite Element Methods for Wave Propagation Room: 524A MS 908 Chair(s): Leszek Demkowicz

Advancing Hyperbolic Analysis of a Mixed Symplectic HDG Methods for Solutions through Discontinuous Galerkin Wave Propagation Unstructured Meshes by Method for Incompressible Phenomena Mapped Tent Pitching Magnetohydrodynamics Jay Gopalakrishnan* Weifeng Qiu* Manuel Sanchez*, Bernardo Cockburn, Ngoc Nguyen, Jaime Peraire

94 TS9: WEDNESDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

Polygonal and Polyhedral Discretizations in Computational Mechanics Room: 522BC MS 915 Chair(s): Gianmarco Manzini

Discontinuous Galerkin A Minus One Norm Stabilized Arbitrary Polygonal Elements Preconditioners for the Virtual Polyhedral Discretizations Approximation of Flows in DG Method on Polygonal using Discontinuous Petrov- Element Method: FETI-DP using Tetrahedral Fractured Porous Media on Meshes Galerkin (DPG) Method and BDDC Subdivisions for Applications Polytopic Grids in Nonlinear Solid Mechanics

Chiara Facciolà*, Paola Silvia Bertoluzza*, Daniele Jaime Mora Paz*, Ali Vaziri Micol Pennacchio*, Silvia Joseph Bishop*, N. Sukumar Francesca Antonietti, Alessandro Prada Astaneh, Federico Fuentes, Bertoluzza, Daniele Prada Russo, Marco Verani Leszek Demkowicz

Enabling Technologies and Simulation Practices for Advanced Scientific and Room: 514A MS 1003 Engineering Computation Chair(s): William Barth

Prototyping the Next Mesh Generation for Large- Coupling of Molecular A Practical Method for Immersive Simulation of the Generation of Aria Scale Multi-Physics Dynamics and Lattice- Automatic Camera Paths Reduction of Femoral Simulations using HPC Boltzmann on Spatially- Generation in Scientific Diaphyseal Fracture Architectures Adaptive Grids Visualization Storytelling

Jonathan Clausen*, Chris Andreas Lintermann* Michael Lahnert*, Takayuki Benoît Ozell*, Anis Benyoub Mohamed Mediouni*, Djemel Forster, David Noble, Christian Aoki, Carsten Burstedde, Miriam Ziou, François Cabana Trott, Si Hammond, Mark Mehl Hoemenn, Paul Lin

Advances in Error Analysis and Computational Aspects of Deterministic and Stochastic Room: 516A MS 1102 PDE Eigenvalue Problems Chair(s): Jeffrey Ovall

Convergence of Adaptive Efficient Solution of Eigenlocking in Shells of FEM for the Approximation of Eigenvalue Problems Related Revolution Eigenvalues of PDEs in to Coupled Acoustical Mixed Form Systems

Lucia Gastaldi* Antti Ojalammi*, Antti Harri Hakula* Hannukainen

95 TS9: WEDNESDAY EVENING

04:40 PM 05:00 PM 05:20 PM 05:40 PM 06:00 PM

A Posteriori Error Estimation and Adaptivity Room: 514B MS 1104 Chair(s): Marc Laforest

A Posteriori Error Estimation A Posteriori Mesh Quality Goal-Oriented Proper A Posteriori Error Estimation for Reduced Basis Control in Probabilistic Generalized Decomposition for Several Classes of Finite Approximation by the Method Bayesian Inversion with Error Estimation and Difference Schemes of Random Duals Adaptivity

Kathrin Smetana*, Anthony T. Pierre Kerfriden*, Abhishek Kenan Kergrene*, Serge Simon Tavener*, Jehanzeb Patera Kundu, Susanne Claus Prudhomme, Ludovic Chamoin, Chaudhry, Jeb Collins, John Marc Laforest Shadid

Data Driven Paradigms and Uncertainty Quantification in Computational Mechanics Room: 524B MS 1105 Chair(s): Karthik Duraisamy

Multilevel-Multifidelity Optimal Multi-Level Monte Modeling Model-Form Data-Driven Modeling of Expansions with Application Carlo Methods for the Uncertainties in Eigenvalue Turbulent Boundary Layer to Emulator-Based Bayesian Stochastic Drift-Diffusion- Computations using a Data- Noise Inference Poisson System and for Driven Stochastic Reduced- Stochastic Homogenization Order Model

Michael Eldred*, Gianluca Clemens Heitzinger*, Leila Adrien Bos*, Charbel Farhat, Gregory Bartram* Geraci, Alex Gorodetsky, John Taghizadeh, Amirreza Phil Avery, Christian Soize Jakeman Khodadadian, Stefan Rigger

96

Thursday Plenary Speaker 9:00-9:45 am

Anthony Patera Massachusetts Institute of Technology Parametrized Model Order Reduction for Component-to-System Synthesis and Analysis Room: 517BC

Abstract: In this talk we describe and demonstrate a model order Bio: Anthony T. Patera is Ford Professor of Engineering and Professor of reduction methodology for efficient solution of partial differential Mechanical Engineering at the Massachusetts Institute of Technology (MIT), equations characterized by many (spatially distributed) parameters. and Co-Director of the MIT Center for Computational Engineering. In 2013- The approach is relevant in many-query and real-time contexts such 2014 Professor Patera also held a Research Chair from the Paris Foundation for Mathematical Sciences hosted at the University Pierre and Marie Curie. as design, shape and topology optimization, parameter estimation and His research interests include partial differential equations, variational classification, and reconditioning. The numerical approach comprises techniques, computational methods, numerical analysis, model order four principal ingredients: component-to-system synthesis, formulated reduction, a posteriori error estimation, real-time simulation, data assimilation as a static-condensation procedure; model order reduction, informed and classification, fluid dynamics, heat transfer, and acoustics and continuum by evanescence arguments at component interfaces (port reduction) mechanics. Professor Patera has undergraduate and graduate degrees in and low-dimensional parametric manifolds in component interiors Mechanical Engineering from MIT and a doctoral degree in Applied (reduced basis techniques); offline-online computational Mathematics also from MIT. decomposition strategies; and parallel calculation, implemented in a cloud environment. We provide examples in acoustics, linear elasticity, and nonlinear solid mechanics, with applications from musical instruments to shiploaders.

97 TS10: THURSDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Reliable Automated Simulation Technologies: A Symposium Celebrating the 65th Room: 516A MS 001 Birthday of Professor Mark S. Shephard Chair(s): Kenneth Jansen

Simulations of Gas-Liquid- Reliable Modelling of Neural Modeling and Simulation of Solid Interactions using the Network at Extreme Scale: the Mechanical Behavior of Immersed Approach Status, Opportunities and Fiber Networks with Cohesion Challenges

Lucy Zhang* Fabien Delalondre* Vineet Negi*, Catalin Picu

Direct and Inverse Methods for Cardiovascular and Pulmonary Mechanics Room: 514C MS 105 Chair(s): Alberto Figueroa

Characterization of Airway Pressure Induced Damage of Constitutive and Parametric Simulations of Simulating the Effect of Wall Mechanics Pulmonary Artery: Mechanical Computational Modelling with Trileaflet Valve Function Permanent Set on Parameters Estimation Fluid-Structure Interactions of Bioprosthetic Heart Valves Venous Tissues under Cyclic Loading

Mona Eskandari*, Alberto Sara Roccabianca*, Marissa Nayyan Kaul*, Hsiao-Ying Rana Zakerzadeh*, Ming-Chen Will Zhang*, Michael Sacks Arvayo, Marc Levenston, Ellen Grobbel, Hailu Getachew, Shadow Huang Hsu, Michael Sacks Kuhl Yuheng Wang, Laura Nye, Seungik Baek

Mechanobiology of Cells, Vesicles and Biomembranes Room: 515A MS 107 Chair(s): Roger Sauer

A Coarse-Grained Model for Effect of Lipid Type and Application of Atomic Force Cell Nuclear Pore Complex Surface Charges on the Microscopy for Investigation and Nanoparticles Interaction Bending Modulus of Lipid of Anisotropic Mechanical Bilayer Membranes Properties of Living Cells

Xianqiao Wang*, Liuyang Zhang Adarsh Chaurasia*, Andrew Chien-Kai Wang*, Ping-Liang Rukangu, Eric Freeman, Michael Ko, Yi-Chung Tung Philen, Gary Seidel

98 TS10: THURSDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Advances in Meshfree Particle Methods for Fluid Mechanics Room: 519A MS 202 Chair(s): Ahmad Shakibaeinia and Tewfik Mahdi

Developing SPH Based Numerical Simulation of Towards a Meshfree Finite Modeling of Volcanic Plumes Natural Convection Heat Difference Model for Reactive using Modified SPH Schemes Transfer in a Heat Exchanger Mixing Problems using an Incompressible Smoothed Particle Hydrodynamics (SPH)

Zhixuan Cao*, Abani Patra Faroogh Garoosi*, Ahmad Timo Wächtler*, Jörg Kuhnert Shakibaeinia

Computational Methods in Environmental Fluid Mechanics Room: 520B MS 204 Chair(s): Kazuo Kashiyama

A RB-VMS Modeling Interfacing Geotechnical and Using a Sponge Layer as a Towards an Adaptive Framework for Sediment Hydrodynamic Models to Boundary Treatment for Discontinuous Galerkin Storm Transport: The Coupling of Resolve Failure Mechanisms Open-Ocean Boundaries in a Surge Model Turbulence and Rheological of Flood Control Systems Finite-Element-Based Coastal Behavior under Storm Surge Ocean Model

Gabriel M. Guerra*, Dylan Wood*, Ethan Kubatko, Damrongsak Wirasaet*, Juan Ethan J. Kubatko* Souleymane Zio, Paulo Paraizo, Abdollah Shafieezadeh, Mehrzad Gonzalez, William J. Pringle, Renato Elias, Fernando A. Rahimi Andika Suhardjo, Joannes J. Rochinha, Alvaro L.G.A. Westerink Coutinho

Model Reduction in Computational Fluid Dynamics Room: 520A MS 206 Chair(s): Jeff Borggaard

Data-Driven Reduced-Order High-Dimensional Separable Computational Vademecum Modeling of Fluids Systems Compression and Basic Efficient Simulation of Stokes Operations: A PGD Arithmetic Flow Toolbox

Scott Dawson*, Clarence Pedro Díez*, Sergio Zlotnik, Antonio Huerta* Rowley Antonio Huerta

99 TS10: THURSDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Advancements in Hydraulic Fracture Simulation Room: 520C MS 301 Chair(s): Robert Gracie

Keynote A Review of Fundamental Modeling of Proppant On Modeling of Particles Benchmark Solutions for Presentation: Issues in Fluid Mechanics of Transport in a Fracture with Settling in Hele-Shaw Flows Models of Solids Transport in Hydraulic Fracturing Effects of Jamming and of Non-Newtonian Fluids Hele-Shaw Cell Unyielding

Andrei Osiptsov* Sergei Boronin*, Andrei Maxim Ivanov*, Vadim Isaev, Vadim Isaev*, Ivan Velikanov, Osiptsov, Jean Desroches, Brice Denis Bannikov, Rostislav Dmitry Kuznetsov, Denis Lecampion Romanovskii Bannikov, Alexey Tikhonov

Computational Fracture Mechanics Room: 518B MS 401 Chair(s): Adrian Lew

A Class of Examination of A Local Crack-Tracking A Modified Non-Local GTN Crack Detection by Scaled Simulation for Ductile Strategy to Model Three- Damage Model for High Boundary Finite Element Fracture Dimensional Crack Strain Rate Loading Method and Global Propagation with Embedded Optimization Algorithms Methods

Hirofumi Sugiyama*, Kazumi Chandrasekhar Annavarapu*, Nisha Mohan*, Gary Dilts Adrian W. Egger*, Savvas P. Matsui, Takahiro Yamada Randolph Settgast, Efrem Vitali, Triantafyllou, Eleni N. Chatzi Joseph Morris

Modeling and Simulation for Complex Material Behavior Room: 525A MS 402 Chair(s): Patrick Diehl

Keynote Short Fiber Reinforced Plastic Deformation and Non- Towards the Identification of Presentation: Thermoplastic Composite linear Damage Evolution Damage Parameters from Modelling using Full Field Modeling for Pipeline Steel Full-Field Measurements Computing, Application to within the Finite Strain Glass Fiber Reinforced PEEK Framework

Boris Burgarella*, Hari Simha* Francesco Bettonte*, Sylvia Aurélien Maurel-Pantel, Noël Lahellec, Jean-Luc Bouvard, Hervé Feld-Payet, David Lévêque, Moulinec, Frédéric Lebon, Noëlle Billion Jacques Besson

100 TS10: THURSDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Modeling and Simulation of Damage and Fracture in Brittle and Quasi-Brittle Materials Room: 521BC MS 403 Chair(s): Robert B. Haber

Combining Continuum Modeling and Simulation of Dislocation Dynamics ERR Associated with Crack Damage with a Cohesive Patched Structure under Low Modeling of Fracture Growth in Quasi-Brittle Zone Model: Modeling Velocity Impact Loading Toughness and Plasticity at Materials Damage in Quasi-Brittle Crack Tip Materials with Application to Masonry Structures

Shenghan Zhang*, Nicolas Stephanie TerMaath* Hayato Suga*, Akiyuki Mohamed Chabaat*, Hillal Ayas, Richart, Katrin Beyer Takahashi Mokhtar Touati

Free and Moving Boundary Problems: Methods and Applications Room: 520F MS 506 Chair(s): TBD

Finite-Element Simulation and Magnetophoretic Interaction A 3D Immersed Boundary Optimal Control of Free- of a Pair of Ferrofluid Droplets Method for Viscoelastic-Fluid- Surface Problems in a Rotating Magnetic Field Structure Interaction

Nicola Parolini*, Ivan Mingfeng Qiu*, Shahriar Luoding Zhu* Fumagalli, Mattia Tamellini, Afkhami, Ching-Yao Chen, Marco Verani James Feng

Instabilities in Solids Across the Scales Room: 523A MS 705 Chair(s): Emma Lejeune

Fractures with Constricted Transitional Negative Kink Band Instabilities in Opening Stiffness as a New Form of Layered Media Instability

Junxian He*, Elena Pasternak, Yuan Xu*, Arcady Dyskin, Elena Henrik M. Jensen*, Jens L. Arcady Dyskin Pasternak Wind, Simon P.H. Skovsgaard

101 TS10: THURSDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Advances in Atomistic-to-Continuum Coupling Techniques Room: 516D MS 802 Chair(s): Ellad Tadmor

Grain Boundary Structural Atomistic Investigation and Atomic Interaction Amorphous Silica: From The Predicted Dielectric Phase Transition under Continuum Model Prediction Mechanisms of Coherent Molecular Dynamics to the Constant of an Amorphous Mechanical Loading in Cu of Hydrogen Diffusion along Twin Boundary and Stacking Continuum PVDF Changing with Grain Boundaries Fault Tetrahedron under Temperature by Molecular Shear Dynamics Simulations

Mohammad Aramfard*, Chuang Jun Song*, Xiao Zhou Lianping Wu*, Wenshan Yu, William Schill*, Stefanie Taotao Hu*, Qian Deng, Deng Shuling Hu, Shengping Shen Heyden, Michael Ortiz Shengping Shen

Modeling at the Intersection of First Principles Methods, Mechanics and Mathematics Room: 515C MS 808 Chair(s): Vikram Gavini

Keynote The Materials Science of Spectrum Slicing using Molecular Dynamics Based Large and Fast Density Presentation: Chemically Driven Elastic Chebyshev Polynomials Predictive Modeling of High Functional Theory Incompatibility: A Multi-Physics Strain Rate Fragmentation in Calculations Study of Lithium Ion Battery Metals Electrode Li_(1+x) Ti_2 O_4

Michael Falk*, Xin Wang*, Michael Lee, Doyl Dickel*, Bradley Phanish Suryanarayana* Tonghu Jiang, Shiva Rudraraju, Krishna Garikipati, Anton van der Jaroslaw Knap Huddleston, Mark Horstemeyer Ven

BIE/BEM and Their Fast Solution Methods Room: 523B MS 904 Chair(s): Jianming Zhang

Harmonic Balance-Boundary A New Simple Multidomain Boundary Integral Element Method for 2-D Fast Multipole BEM Representation for Solenoïdal Wave Scattering by a Crack Fields with Contact Boundary Conditions

Taizo Maruyama*, Terumi Yijun Liu*, Shuo Huang Mykola Yasko* Touhei

102 TS10: THURSDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Finite Element Methods for Wave Propagation Room: 524A MS 908 Chair(s): Jay Gopalakrishnan

DG Methods, Wave Mixed Finite Elements for A Finite Element Method for An Explicit Scheme with Local Spectral Seismic Analysis of Propagation, and Geostrophic Nonlinearly Damped Global the Jones Eigenmodes of an Time Stepping for One- Underground Long Tunnels Adjustment in Geophysical Tide Models Elastic Scatterer Dimensional Discontinuous by 2.5D Finite/Infinite Fluid Flows Wave Propagation in Element Approach Heterogeneous Solids

Robert Higdon* Robert Kirby*, Jameson Graber Nilima Nigam* Radek Kolman*, Sang Soon Yeong-Bin Yang*, Hsiao-Hui Cho, Jose G. Gonzalez, K.C. Hung Park, Arkadi Berezovski

Polygonal and Polyhedral Discretizations in Computational Mechanics Room: 522BC MS 915 Chair(s): Joseph Bishop

Implementation of Polyhedral Smoothed Finite Polyhedral Elements using an Improved Partitioned Element High-Order Polygonal Discontinuous Skeletal Element Method for Edge-Based Smoothed Finite Method for Constructing Elements for Elastodynamic Methods on Arbitrary- Thermoelastic and Thermal Element Method for Nearly Higher Order Shape Problems Dimensional, Polytopal Contact Analysis Incompressible Material Functions on Arbitrary Meshes using Generic Polyhedra Programming

Matteo Cicuttin*, Daniele Di Hobeom Kim*, Seyoung Im Chan Lee*, Hobeom Kim, Brian Giffin*, Mark Rashid Hauke Gravenkamp* Pietro, Alexandre Ern Jungdo Kim, Seyoung Im

Building Advanced Capabilities in Scientific Software Room: 515B MS 1001 Chair(s): Vikram Garg

Continuous Integration for Source Transformation MIT Uncertainty Development and Implementing Generalized Large-Scale Scientific Algorithmic Differentiation of Quantification (MUQ): Applications of the Discrete Adjoint Capabilities in libMesh Software Development Memory Allocation and Flexible Software for Adjoint Solver in PETSc Pointer Manipulation Connecting Uncertainty Quantification Algorithms and Applications Andrew Slaughter* Sri Hari Krishna Narayanna*, Andrew Davis*, Matt Parno, Hong Zhang*, Emil Roy Stogner*, Vikram Garg Laurent Hascoet, Jean Utke Youssef Marzouk Constantinescu

103 TS10: THURSDAY MORNING

10:15 AM 10:35 AM 10:55 AM 11:15 AM 11:35 AM

Enabling Technologies and Simulation Practices for Advanced Scientific and Room: 514A MS 1003 Engineering Computation Chair(s): Benoît Ozell

Transparent Performance Profiling AMR/C On Dynamic Load Balancing Balancing Domain Monitoring for Engineering Computations in MontBlanc Schemes for Adaptive Finite Decomposition Method for Finite Computation Exascale Prototype Element Solvers Element Analysis of Large-Scale Assembly Structure Modeled using Millions of Multi-Point Constraints William Barth*, Todd Evans Fabio Canesin*, Jose Camata, Youssef Mesri*, Elie Hachem Tomoshi Miyamura* Alvaro Coutinho

A Posteriori Error Estimation and Adaptivity Room: 514B MS 1104 Chair(s): Marc Laforest

Adaptivity of a B-Spline Anisotropic A Posteriori Error Mapping Error Quantification Based Finite-Element Method Estimation and Mesh and Adaptive Remeshing for for Modelling Wind-Driven Adaptation for the Monodomain Large-Deformation Solid Ocean Circulation Model in Cardiac Mechanics Electrophysiology Ibrahim Al Balushi*, Wen Jiang, Edward Boey*, Yves Bourgault, Andrew Stershic* Gantumur Tsogtgerel, Tae-yeon Thierry Giordano Kim

Data Driven Paradigms and Uncertainty Quantification in Computational Mechanics Room: 524B MS 1105 Chair(s): Krishna Garikipati

Data-Driven Probabilistic A Deep Learning-Based Tensor-Based Metamodels Calibration of Material Models Constitutive Model for Finite for the Calibration of from Small Datasets and its Element Method Constitutive Laws in Material Influence on Structural Science Response Jiaxin Zhang*, Aakash Fariborz Ghavamian*, Angelo Clément Olivier*, David Bangalore Satish, Pawel Simone Ryckelynck, Julien Cortial Woelke, Michael Shields

104

Index Anciaux, Guillaume, EPFL, Lausanne, Switzerland, 48 Bai, Jinbo, École Centrale Paris, 49 Abboud, Nabil, Duke U., 19, 68 Anderson, Robert, LLNL, 61 Bai, Jingsong, Inst. of Fluid Physics CAEP, 35 Abdedou, Azzedine, ETS, 44 Andrade Pires, Francisco, U. of Porto, 71 Baier, Ralf-Dietmar, MTU Aero Engines AG, 13 Abdeljawad, Fadi, Sandia Nat'l Laboratories, 16 Andreykiv, Andriy, Plaxis bv, 32 Baker, Alexander, Wake Forest Sch of Medicine, 33 Abdelkader, Ahmed, U. of Maryland, 85 Anitescu, Cosmin, Bauhaus-Univ. Weimar, 62, 72 Baker, William, SOM LLP, 47 Abdolvand, Hamidreza, Western U., 37 Annavarapu, Chandrasekhar, LLNL, 88, 100 Bakoski, Jozsef, Los Alamos Nat'l Laboratory, 30 Abdulle, Assyr, EPFL, Lausanne, Switzerland, 17 Antolin, Pablo, EPFL, Lausanne, Switzerland, 20 Balajewicz, Maciej, U. of Illinois, 66 Abdullhaque, Abdullah, NTNU, 31 Antonietti, Paola Francesca, Politecnico di Milano, 95 Balch, Dorian, Sandia Nat'l Laboratories, 94 Abe, Kazuki, The U. of Tokyo, 37 Aoki, Takayuki, Tokyo Inst. of Technology, 95 Bale, Rahul, RIKEN AICS, 30 Abe, Yoshiaki, Imperial College London, 13 Aoyagi, Kenta, Tohoku U., 48 Balin, Riccardo, U. Colorado Boulder, 74 Abedi, Reza, U. Tenn. Space Inst., 24, 35, 64, 80, 89 Appoo, Jehangir J., U. of Calgary, 24 Bambha, Ray, Sandia Nat'l Laboratories, 64 Abiraman, Krithika, U. of Connecticut, 13 Aquino, Wilkins, Duke U., 21, 29, 47, 81 Bandi, Mahesh, OIST, 69 Acharya, Ranadip, UTRC, 48 Aragón, Alejandro M., Delft U. of Technology, 58 Banerjee, Amartya, LBNL, 61 Acton, Katherine, U. St Thomas, 64 Arai, Koichiro, Tokyo U. of Science, 36 Banerjee, Dilp, NIST, 89 Adamczyk, Wojciech, Silesian Univ. Technology, 37 Aramfard, Mohammad, U. of Manitoba, 102 Bangalore Satish, Aakash, Johns Hopkin U., 104 Adley, Mark, US Army ERDC, 35 Ariza, Pilar, Universidad de Sevilla, Spain, 61, 93 Bannikov, Denis, Schlumberger, 88, 100 Afkhami, Shahriar, NJIT, 69, 101 Arora, Jasbir, The U. of Iowa, 58 Barbone, Paul, Boston U., 16, 37 Aggarwal, Ankush, Swansea U., 77 Arriaga, Miguel, Columbia U., 46 Barciaga, Thomas, Ruhr-Universität Bochum, 14, 25 Aguiar, Adair, U. of São Paulo, 63 Arroyo, Marino, LaCaN UPC, Spain, 22, 77, 87 Barkai, Eli, Bar Ilan U., 48 Aguilo, Miguel, Sandia Nat'l Lab., 37, 47, 70 Arun, Srinivasa, Texas A&M U., 63 Barker, Andrew, LLNL, 91 Ahmadian, Hossein, The Ohio State U., 89 Arvayo, Alberto, Stanford U., 98 Barnard, Ryan, Wake Forest School of Medicine, 33 Ahn, Tae Sik, Kunsan Nat'l U., 63 Ata, Riadh, EDF-LNHE-LHSV, 44, 56 Barnes, Brian C., U.S. Army Research Laboratory, 29 Aidun, Cyrus, Georgia Inst. of Technology, 90 Atallah, Nabil, Duke U., 50, 80 Barth, William, TACC, 95, 104 Ainsworth, Mark, Brown U., 24, 65 Atkinson, Steven, U. of Notre Dame, 52 Barton, Nathan, Lawrence Livermore Nat'l Laboratory, Aitharaju, Venkat, GM Corp., 21 Attarzadeh, Reza, Concordia U., 90 28 Akbarzadeh, Hamid, McGill U., 82 Atzberger, Paul, U. of California Santa Barbara, 59, 87 Bartram, Gregory, Universal Technology Corp., 96 Alberdi, Ryan, U. of Notre Dame, 92 Aubry, Romain, U.S. Naval Research Laboratory, 33 Basu, Prodyot, Vanderbilt U., 39 Al-Hinai, Omar, Siemens PLM, 73 Auricchio, Ferdinando, U. of Pavia, 20 Batra, Romesh, Virginia Tech, 15 Alidoost, Kazem, U. of Illinois, 36 Avery, Phil, Stanford U., 78, 96 Baum, Joseph, Applied Simulations Inc., 46 Allahverdi, Navid, New York City College of Tech., 45 Ayas, Can, Delft U. of Technology, 17, 28, 59 Baxter, Sarah, U. St Thomas, 64 Alleman, Coleman, Sandia Nat'l Labs, 16, 18, 20, 46 Ayas, Hillal, 101 Baykin, Alexey, Lavrentyev Inst. of Hydrodynamics, 78 Allix, Olivier, LMT-Cachan, ENS-Paris-Saclay, 18 Azdoud, Yan, Johns Hopkins U., 16 Bayly, Philip, Washington U. in St. Louis, 24 Allu, Srikanth, Oak Ridge Nat'l Laboratory, 49 Bazilevs, Yuri, UCSD, 3, 31, 46 Almasi, Ashkan, U. of Colorado Boulder, 28 Babaniyi, Olalekan, Duke U., 47 Beall, Mark, Simmetrix Inc., 55 Almeida, Sylvia, Federal U. of Goias, 92 Baber, Forrest, Virginia Commonwealth U., 84 Beaugendre, Héloïse, Bordeaux-INP, IMB, Inria Alsahly, Abdullah, Ruhr-Universität Bochum, 14 Babu, Sudarsanam, U. of Tennessee, Knoxville, 28 Cardamom, 59 Alsendi, Ahmad, Wayne State U., 26 Bacigalupo, Andrea, IMT Lucca, 18 Becker, Richard, U.S. Army Research Laboratory, 29 Alshareef, Ahmed, U. of Virginia, 43 Bacuta, Constantin, U. of Delaware, 51, 63, 74 Beel, Andrew, U. of Colorado Boulder, 37 Altai, Zainab, Insigneo, Sheffield U., 55 Badachhape, Andrew, Washington U. in St. Louis, 24 Beghini, Lauren, Sandia Nat'l Laboratories, 38, 94 Aluru, Narayana, UIUC, 93 Baek, Hyunil, Yonsei U., 72 Beirao da Veiga, Lourenco, U. of Milano-Bicocca, 73 Alyanak, Edward, Air Force Research Laboratory, 81 Baek, Kyungmin, Seoul Nat'l U., 49 Beissel, Stephen, Southwest Research Inst., 19 Amabili, Marco, McGill U., 59 Baek, Seungik, Michigan State U., 98 Belak, James, Lawrence Livermore Nat'l Laboratory, Amar, Adam, NASA Johnson Space Center, 80 Bagri, Akbar, Johns Hopkins U., 30 28 Anand, Lallit, MIT, 67 Bahmani, Bahador, U. Tennessee Space Inst., 64 Bellet, Michel, Mines ParisTech, 92

105

Bellis, Cedric, LMA CNRS, 37 Borouchaki, Houman, U. of Technology of Troyes, Cai, Zhiqin, Dalian U. of Technology, 40 Bencoe, Denise, Sandia Nat'l Laboratories, 80 France, 41 Camata, Jose, COPPE/UFRJ, 77, 85, 104 Benítez, Marta, U. of A Coruña, 31 Bos, Adrien, Stanford U., 96 Campagna, Francesco, Politecnico di Torino, 59 Bensidhoum, Morad, U. Paris Diderot, 12 Boulocher, Caroline, VetAgro-Sup, 12 Canesin, Fabio, Schlumberger, 104 Benyoub, Anis, École polytechnique Montréal, 95 Bourban, Sébastien E., HR Wallingford, UK, 44 Cangiani, Andrea, U. of Leicester (UK), 86 Berezovski, Arkadi, Tallinn U. of Technology, 103 Bourgault, Yves, U. of Ottawa, 3, 51, 104 Cantwell, Chris, Imperial College London, 44 Bergel, Guy, Sandia Nat'l Laboratories, 46 Bouvard, Jean-Luc, Cemef, France, 100 Cao, Shunxiang, Virginia Tech, 15 Berinskii, Igor, Tel Aviv U., 82 Boyce, Brad, Sandia Nat'l Labs, 41 Cao, Zhixuan, U. at Buffalo, 99 Bermúdez, Alfredo, U. of Santiago de Compostela, 31 Bozzolo, Nathalie, PSL - Mines Paristech - CEMEF, Cardona, Alberto, CIMEC-CONICET-UNL, 66 Bernacki, Marc, PSL - Mines Paristech - CEMEF, 16 16 Carlberg, Kevin, Sandia Nat'l Laboratories, 66, 78, 88 Bertoluzza, Silvia, IMATI-CNR, Pavia, Italy, 95 Brandão, Sofia, INEGI, Faculty of Engineering, U. of Carlo, Callari, U. of Molise, 14 Bertron, Isabelle, CEA/CESTA, Le Barp, France, 35 Porto, 85 Carlson, Neil, LANL, 28, 38 Bessa, Miguel A., Caltech, 49 Brasil, Reyolando, Federal U. of ABC, 40 Carnes, Brian, Sandia Nat'l Labs, 32 Besson, Jacques, Mines ParisTech, Centre des Breen, David, Drexel U., 30 Carpanen, Diagarajen, Imperial College London, 33, Matériaux, 100 Briffard, Thomas, GIREF, Université Laval, 86 55 Bettonte, Francesco, ONERA The French Aerospace Bronkhorst, Curt, Los Alamos Nat'l Laboratory, 28, 46 Carpenter, Mark H., NASA LaRC, 56 Lab, 100 Bruce, Ian, Arup, 26 Carroll, Jay, Sandia Nat'l Labs, 32 Beyer, Katrin, École Polytechnique Fédérale de Brun, Michael, Université de Lyon, INSA-Lyon, 19 Carstensen, Josephine, Johns Hopkins U., 70 Lausanne, 101 Bruna-Rosso, Claire, Politecnico di Milano, 17 Casquero, Hugo, Carnegie Mellon U., 62, 77 Bhattacharya, Prosenjit, U. at Buffalo, 48 Brunini, Victor, Sandia Nat'l Laboratories, 49 Castillo, Jose, SDSU, 71 Bhowmick, Sanjukta, U. of Nebraska-Omaha, 32 Brunner, Thomas, LLNL, 61 Castonguay, Samuel, Polytechnique Montréal, 25 Bialecki, Ryszard, Silesian Univ. Technology, 37 Bryant, Corey, Cerner Corporation, 75 Certik, Ondrej, LANL, 38, 66 Bieber, Simon, Inst. for Structural Mech., U. of Bryant, Eric, Columbia U., 45 Cesare Romam Amigo, Ricardo, U. of São Paulo, 60 Stuttgart, 20 Bryant, Stephanie, U. of Colorado-Boulder, 13 Chabaat, Mohamed, 101 Binder, Andrew, U. of Minnesota, 93 Budday, Silvia, U. of Erlangen Nuremberg, 12 Chamoin, Ludovic, LMT (ENS Biros, George, U. of Texas at Austin, 37, 49 Budyn, Elisa, École Normale Supérieure de Cachan, Cachan/CNRS/UPSaclay), 17, 29, 47, 96 Bisaillon, Philippe, Carleton U., 27, 81, 91 12 Champliaud, Henri, École de Technologie Supérieure, Bischoff, Manfred, U. of Stuttgart, 20, 31, 51, 63 Buganza Tepole, Adrian, Purdue U., 33 28 Bishop, Joseph, Sandia Nat'l Laboratories, 41, 85, 95, Bull, Anthony, Imperial College London, 55 Chan, Jesse, Rice U., 62 103 Bunting, Gregory, Sandia Nat'l Laboratories, 69 Chan, Kwai, Southwest Research Inst., 21 Biswas, Raja, Nat'l U. Singapore, 16 Burch, Nathanial, Gonzaga U., 51 Chandrasekhar, Aaditya, UW, Madison, 60 Blais, Bruno, Nat'l Research Council Canada, 47, 80 Bürg, Markus, Plaxis bv, 32 Chang, Chien-Yi, Nat'l Tsing Hua U., 69 Blal, Nawfal, Univ Lyon, INSA-Lyon, CNRS UMR, 92 Burgarella, Boris, LMA, France, 100 Chang, Keng-Wei, Nat'l Taiwan Ocean Univ., 50 Blanchard, Maxime, LMT-Cachan, ENS-Paris-Saclay, Burkhardt, John, US Naval Academy, 81 Chang, Seongmin, Korea Atomic Energy Research 18 Burman, Erik, U. College London, 91 Inst., 68 Bobaru, Florin, U. of Nebraska-Lincoln, 26, 78 Burri, Sylvain, LMSSC, CNAM, Paris, France, 40 Chang, Shu-Wei, Nat'l Taiwan U., 13 Bochev, Pavel, Sandia Nat'l Laboratories, 30 Burstedde, Carsten, Rheinische Friedrich-Wilhelms-U Charles, Ferenbaugh, Los Alamos Nat'l Laboratory, 66 Boey, Edward, U. of Ottawa, 104 Bonn, 95 Charnley, Matthew, Rutgers U., 16 Boffi, Daniele, U. of Pavia, 63 Buskohl, Philip, Air Force Research Laboratory, 37, Chatzi, Eleni N., ETH Zurich, 100 Bona-Casas, Carles, Universitat de les Illes Balears, 81, 92 Chaudhry, Jehanzeb, U. of New Mexico, 51 77 Bussmann, Markus, U. of Toronto, 90 Chaurasia, Adarsh, U. of Georgia, 84, 98 Boom, Pieter D., UTIAS, 56 Chekired, Mohamed, IREQ, Hydro-Quebec, 57 Borden, Michael, North Carolina State U., 40 Cabana, François, Université de Sherbrooke, 95 Chen, B.Y., Inst. of High Performance Computing, 78 Borggaard, Jeff, Virginia Tech, 88, 99 Caboussat, Alexandre, U. of Applied Sciences W. Chen, Ching-Yao, Nat'l Chiao Tung U., 101 Borker, Raunak, Stanford U., 25 Switz., 90 Chen, J.S., UCSD, 4, 20, 40, 62 Boronin, Sergei, Skoltech, 100 Cai, Luyao, Purdue U., 24 Chen, Jishun, Dalian U. of Technology, 70 106

Chen, Lin, U. of Sheffield, 40, 60 Cinquin, Bertrand, École Normale Supérieure de Davoudi, Mohammadmahdi, Kyungpook Nat'l U., 81 Chen, Pinlei, UIUC, 80 cachan, 12 Davydov, Denis, U. of Erlangen–Nurembe, 61 Chen, Qiang, Mines ParisTech, 92 Clarke, Philip, U. of Tennessee Space Inst., 35, 89 Dawson, Clint, U. of Texas at Austin, 88 Chen, Qiao, Stony Brook U., 39 Claus, Susanne, Cardiff U., 19, 96 Dawson, Scott, California Inst. of Tech, 99 Chen, Shi, Inst. of Fluid Physics, 79 Clausen, Jonathan, Sandia Nat'l Laboratories, 49, 90, de Borst, René, U. of Sheffield, 40 Chen, Shikui, SUNY Stony Brook U., 59 95 de Bortoli, Daniel, U. of Porto, 71 Chen, Shunhua, The U. of Tokyo, 14 Clements, Brad E., Los Alamos Nat'l Laboratory, 39 de Frías, Gabriel, Sandia Nat'l Laboratories, 94 Chen, Wei, OIST, 69 Clime, Liviu, Nat'l Research Council, CA, 13, 25 de Lataillade, Tristan, HR Wallingford, Ltd., 66 Chen, Xiaoqian, NUDT, 92 Cockburn, Bernardo, U. of Minnesota, 94 De Lorenzis, Laura, TU Braunschweig, Germany, 45, Chen, Xingru, Dartmouth College, 94 Coffin, Peter, Sandia Nat'l Labs, 32 80 Chen, Y. P., Huazhong U. of Science, 37 Colomés, Oriol, Duke U., 52, 68 De Meo, Dennj, U. of Strathclyde, 63 Chen, Zhen, DLUT / MU, 32, 62 Concha, Felipe A., Pontificia Universidad Catolica de de Rooij, Rijk, Stanford U., 33 Chen, Zi, Dartmouth College, 34, 44 Chile, 87 de Souza Neto, Eduardo, Swansea U., 71 Chen, Ziguang, U. of Nebraska-Lincoln, 26 Constantinescu, Emil, Argonne Nat'l Laboratory, 103 De, Suvranu, Rensselaer Polytechnic Inst., 3, 18, 43, Cheng, Jiahao, Johns Hopkins U., 16 Cooper, Alan J., HR Wallingford, UK, 44 55, 56, 80 Cheng, Jie, Rensselaer Polytechnic Inst., 44, 77 Corbino, Johnny, CSRC, San Diego State U., 71 Delamarche, Emmanuel, IBM Research – Zurich, 25 Cheng, Lin, U. of Pittsburgh, 60 Corot, Théo, CNAM, 34 Delorme, Rolland, École Polytechnique Montréal, 20 Cheng, Puikei, Northwestern U., 70 Corson, David, Altair Engineering, 55 Demkowicz, Leszek, ICES, UT Austin, 3, 43, 84, 94, 95 Cheng, Xuanhong, Lehigh U., 34 Cortial, Julien, Safran, 104 Deng, Chuang, U. of Manitoba, 102 Cheng, Yingda, Michigan State U., 84 Cosimo, Alejandro, CIMEC-CONICET-UNL, 66 Deng, Weihua, Lanzhou U., 48 Cherny, Sergey, Inst. Computat. Technol. SBRAS, 35, Costa, Henrique, COPPE-UFRJ, 86 Deng, Xi, Tokyo Inst. of Technology, 61 78 Costanzo, Francesco, Penn State U., 90 Denlinger, Erik, Autodesk Inc., 17 Chester, Shawn, New Jersey Inst. of Tech., 48 Coulier, Pieter, Stanford U., 83 Depale, Bruno, CETIM, 19 Chi, Heng, Georgia Inst. Technology, 73 Crabill, Jacob, Stanford U., 25 Desai, Ajit, Carleton U., 27, 81 Chi, Sheng-Wei, Univ. of Illinois at Chicago, 50 Crane, Nathan, Sandia Nat'l Laboratories, 19 Desmeure, Geoffrey, Safran Aircraft Engines, 18 Chiaramonte, Maurizio M., Princeton U., 58 Crean, Jared, Rensselaer Poly. Inst., 56 Destuynder, Philippe, CNAM-Paris, 36 Chiaruttini, Vincent, Onera, 89 Creuziger, Adam, NIST, 89 Detrez, Fabrice, Université Paris-Est, 49, 62 Chiba, Akihiko, Tohoku U., 48 Crone, Joshua, US Army Research Laboratory, 72 Deü, Jean-François, LMSSC, CNAM, Paris, France, Chien, Shih-Shun, Nat'l Chiao Tung U., 55 Cui, Haichao, Dalian U. of Technology, 31 40, 49 Chin, Eric B., UC Davis, 46, 85 Cui, Tiangang, Monash U., 27 Dey, Mohar, U. of British Columbia, 69 Ching, Eric, Stanford U., 25 Cumunel, Gwendal, Navier - Université Paris-Est, 40 Dey, Saikat, US NRL, 33, 66 Chmielus, Markus, U. of Pittsburgh, 48 Cyr, Eric, Sandia Nat'l Laboratories, 64, 85 Di Stefano, Davide, Université catholique de Louvain, Cho, Jaehyun, EPFL, 48 83 Cho, Maenghyo, Seoul Nat'l U., 15, 28, 39, 49 Dabiri, Sadegh, Purdue U., 60 Diamondra Fenosoa Tiana, Razakamandimby Cho, Sang Soon, Korea Atomic Energy Research Dai, Ling, Inst. of High Performance Computing, 27 Ranjanoro, 94 Inst., 103 Dai, Shibin, New Mexico State U., 69 Dickel, Doyl, Mississippi State U., 102 Cho, Seungchan, KIMS, 82 Daniels, Emily, Georgia Inst. of Technology, 70 Diehl, Patrick, École Polytechnique Montréal, 26, 68, Choi, Habeun, Yonsei U., 72 Daphalapurkar, Nitin, Johns Hopkins U., 24 79, 89, 100 Choi, Youngsoo, Sandia Nat'l Laboratories, 78, 88 Darban, Hossein, U. of Genoa, 28 Diewald, Felix, U. of Kaiserslautern, 90 Christe, Daniel, Drexel U., 30 Dargar, Saurabh, Rensselaer Polytechnic Inst., 56 Dimakopoulos, Aggelos, HR Wallingford, Ltd., 66 Christou, Alexandros, Imperial College London, UK, Darve, Eric, Stanford U., 83 Ding, B.Y., Zhejiang U. City College, 94 33 Das, Sambit, U. of Michigan, 72 Ding, Puxian, South China U. of Tech, 88 Chua, Janel, Nat'l U. of Singapore, 60 Dascalu, Cristian, U. of Lorraine, LEM3, 46 Dion, Genevieve, Drexel U., 30 Chung, Eric, CUHK, 17 Dasgupta, Abhijit, U. of Maryland, 30 Dionne, Jean-Philippe, Med-Eng, 66 Chung, Peter, U. of Maryland, 71 Davis, Andrew, MIT, 103 Dixit, Harish, IIT Hyderabad, India, 69 Cicuttin, Matteo, CERMICS - École des Ponts, 103 Davis, Matthew, Wake Forest School of Medicine, 33 Dobrev, Veselin, LLNL, 61 107

Dobrzynski, Cécile, INRIA Bordeaux Sud-Ouest, 50 Engvall, Luke, U. of Colorado Boulder, 43 Finnis, Michael W., Imperial College London, 83 Dolatabadi, Ali, Concordia U., 90 Enright, Michael, Southwest Research Inst., 21 Fish, Jacob, Columbia U., 86 Dolbow, John, Duke U., 3, 67, 69, 80, 83, 91 Eom, Jaesung, Autodesk, 55 Flamant, Nicolas, Technology Company Dominguez, Sebastian, Simon Fraser U., 74 Erickson, Lindsay, Sandia Nat'l Laboratories, 39 Schlumberger, 35 Dong, Chuqiao, Lehigh U., 34 Ern, Alexandre, CERMICS - École des Ponts, 86, 103 Fleeter, Casey, Stanford U., 75 Dong, Li, Rensselaer Polytechnic Inst., 37 Ernst, Corey, Elemental Technologies, 20 Folino, Paula, Universidad de Buenos Aires, F, 68 Dong, Yunqiao, Hunan U., 94 Esipov, Denis, Inst. Computat. Technol. SBRAS, 35, Fontán, Pedro, Technological Inst. for Industrial Dontsov, Egor, U. of Houston, 35, 57, 67, 78 45, 78 Mathematics, 31 Doostan, Alireza, CU Boulder, 51 Eskandari, Mona, Stanford U., 98 Forman, Jason, U. of Virginia, 43 Dorduncu, Mehmet, U. of Arizona, 73 Estep, Donald, Colorado State U., 51 Forster, Chris, Sandia Nat'l Laboratories, 95 Dortdivanlioglu, Berkin, Stanford U., 45, 92 Evans, John, UC Boulder, 43, 50, 62 Fortin, André, GIREF, Université Laval, 3, 86 Douglas, Jack, NIST, 93 Evans, Todd, TACC, 104 Foster, Craig, Univ. of Illinois at Chicago, 35, 57 Drach, Andrew, U. of Texas at Austin, 56 Foster, John, UT-Austin, 14 Droba, Justin, NASA Johnson Space Center, 80 Facciolà, Chiara, Politecnico di Milano, 95 Foulk, James, Sandia Nat'l Laboratories, 16, 19, 46, 94 Du, Bingxiao, NUDT, 92 Fahrenholtz, Samuel, MD Anderson Cancer Center, Frank, Robert, Applied Research Associates, Inc., 46 Du, Qiang, Columbia U., 93 43 Freeman, Eric, U. of Georgia, 98 Du, Xiaoxiao, Beihang U., 72 Fahsi, Adil, École de Technologie Supérieure, 56 Fremy, Flavien, Saint-Gobain, Northboro R&D Center, Duarte, Armando, UIUC, 19, 35, 39 Fairbanks, Hillary, CU Boulder, 51 47 Dubey, Anshu, Argonne Nat'l Laboratory, 74 Falk, Michael, Johns Hopkins U., 93, 102 Fried, Eliot, OIST, 69 Dubey, Vasav, Texas A&M U., 64 Fan, Tai-Hsi, U. of Connecticut, 60 Fries, Thomas-Peter, Graz U. of Technology, 19 Dufour, John-Eric, U. of Pavia, 20 Fan, Yue, U. of Michigan, 93 Frolov, Roman, U. of Alberta, 47 Dufour, Steven, École Polytechnique Montréal, 2, 3, 38 Fan, Zongyue, Case Western Reserve Univ., 50 Fuchi, Kazuko, U. of Dayton Research, 81 Duhamel, Denis, Navier - Université Paris-Est, 40 Fancello, Eduardo Alberto, Federal U. of Santa Fuentes, David, MD Anderson Cancer Center, 43 Duraisamy, Karthik, U. of Michigan, 74, 88, 96 Catarina, 92 Fuentes, Federico, The U. of Texas at Austin, 95 Dusthakar, Dinesh, TU Dortmund, 29 Fang, Hongbin, UNC-Charlotte, 14 Führer, Thomas, Universidad Catolica de Chile, 51 Dyskin, Arcady, U. of Western Australia, 101 Fang, Howie, UNC-Charlotte, 35, 72 Fujii, Hideki, The U. of Tokyo, 37 Fang, Jianguang, The U. of Sydney, 14 Fumagalli, Ivan, Politecnico di Milano, 101 Eamon, Christopher, Wayne State U, 26 Farhat, Charbel, Stanford U., 25, 66, 69, 78, 96 Füssl, Josef, TU Vienna, 36 Earls, Christopher, Cornell U., 79, 90 Farokhi, Hamed, McGill U., 49 Ebeida, Mohamed, Sandia Nat'l Laboratories, 85 Farrell-Maupin, Kathryn, Sandia Nat'l Laboratories, 91 Gairola, Anant, Western U., 36 Eberhardsteiner, Josef, TU Vienna, 36 Farthing, Matthew, US Army ERDC, 30, 66 Gallice, Gérard, CEA-CESTA, 59 Echeverri Restrepo, Sebastián, SKF, 83 Fattebert, Jean-Luc, LLNL, 28, 48 Galvanetto, Ugo, U. pf Padova (Italy), 26 Egger, Adrian W., ETH Zurich, 100 Fausty, Julien, PSL - Mines Paristech - CEMEF, 16 Gambarotta, Luigi, U. of Genova, 18, 62 Eghbalian, Mahdad, U. of Calgary, 25 Fekak, Fatima-Ezzahra, Université de Lyon, INSA- Gan, Buntara Sthenly, Nihon U., 31 Ehab Moustafa Kamel, Karim, Université libre de Lyon, 19 Gan, Yong, Zhejiang U., 32 Bruxelles, 30 Feld-Payet, Sylvia, ONERA The French Aerospace Gandin, Charles-André, Mines ParisTech, 92 Eisentraeger, Almut, Fraunhofer ITWM, 73 Lab, 100 Ganeriwala, Rishi, LLNL, 38 Elbanna, Ahmed, UIUC, 89 Feng, James, U. of British Columbia, 69, 101 Ganis, Benjamin, The U. of Texas at Austin, 45 Eldred, Michael, Sandia Nat'l Laboratories, 96 Feng, Meng, U. of Illinois, 36 Gao, Qiang, Department of Engineering Mech, 31 Elias, Renato, Federal U. of Rio de Janeiro, 85, 99 Feng, Xinzeng, U. of Texas at Austin, 43 Gao, Xiaosheng, U. of Akron, 15, 26 Elkhodary, Khalil, American U.-Cairo, 24 Feng, Ying, Dalian U. of Technology, 31 García-Soto, A. David, U. of Guanajuato, 27 Elshaer, Ahmed, Western U., 36 Feng, Yusheng, UT San Antonio, 43, 55 Garg, Vikram, The U. of Texas at Austin, 103 El-Wardany, Tahany, United Technologies Research Ferencz, Robert, LLNL, 28, 38 Garikipati, Krishna, U. of Michigan, 3, 12, 18, 33, 69, 86, Center, 48 Ferraro, Mark, Sandia Nat'l Laboratories, 49 92, 102, 104 Emery, John, Sandia Nat'l Laboratories, 32 Figueroa, C. Alberto, U. of Michigan, 64, 77 Garimella, Rao, Los Alamos Nat'l Laboratory, 46 Emmendoerfer Junior, Hélio, U. of São Paulo, 92 Filonova, Vasilina, U. of Michigan, 77 Garoosi, Faroogh, École Polytechnique Montréal, 99 108

Gastaldi, Lucia, Università di Brescia, 95 Gonzalez, Juan, Caribbean Coastal Ocean Observing Gustafsson, Tom, Aalto U., 63 Gavini, Vikram, U. of Michigan, 48, 61, 72, 102 Sys., 99 Gutowski, Matthew, UNC Charlotte, 35 Gay-Alanís, L. Francisco, U. of Guanajuato, 27 Gopalakrishnan, Jay, Portland State U., 84, 86, 94, 103 Guven, Ibrahim, Virginia Commonwealth Univ., 84 Gaynor, Andrew, U.S. Army Research Laboratory, 59 Gordan, Ali, 89 Guzina, Bojan, Civil, Env, & Geo Eng, UMN, 27 Gayzik, Scott, Wake Forest School of Medicine, 33 Gordon, Peter, Exxonmobil Research & Engr., 57, 87 Gebbeken, Norbert, Univ. of the Bundeswehr Munich, Goriely, Alain, U. of Oxford, 33 Ha, Heon-Young, KIMS, 82 15 Gorman, Joseph, U. of Pennsylvania, 56 Ha, Vi, U. of Connecticut, 12, 77 Gee, Michael, TU Munich, 49, 61 Gorman, Robert, U. of Pennsylvania, 56 Ha, Youn Doh, Kunsan Nat'l U., 63 Geelen, Rudy, Duke U., 67 Gorodetsky, Alex, Sandia Nat'l Laboratories, 96 Haber, Robert, UIUC, 24, 35, 80, 89 Geers, Marc, TU Eindhoven, 46, 71 Gorti, Sarma, Oak Ridge Nat'l Laboratory, 48 Hachem, Elie, Mines ParisTech, 30, 47, 91, 104 Georgoulis, Emmanuil H, U. of Leicester & NTUA, 86 Goshkoderia, Artemii, Technion, 29 Haider, Anita Maria, Graz U. of Technology, 83 Geraci, Gianluca, Sandia Nat'l Laboratories, 96 Gosselet, Pierre, LMT (ENS Paris-Saclay/CNRS), 18, Hajaroalsvadi, Setare, UIUC, 89 Gerasimov, Tymofiy, TU Braunschweig, Germany, 45, 86 Hakula, Harri, Aalto U., 86, 95 80, 90 Govaert, Leon, TU/e, 71 Hammetter, Chris, Sandia Nat'l Laboratories, 81 Gervais, Thomas, École Polytechnique Montréal, 13, Govender, Indresan, UKZN, 85 Hammond, Si, Sandia Nat'l Laboratories, 95 25 Grabe, Jürgen, TUHH, 84 Hampton, Carolyn, Army Research Laboratory APG, Gessner, Thomas, Ansys Inc., 32 Graber, Jameson, Baylor U., 103 55 Getachew, Hailu, Michigan State U., 98 Gracie, Robert, U. of Waterloo, 35, 45, 57, 71, 88, 100 Han, Jang-Woo, Seoul Nat'l U., 28 Geubelle, Philippe H., U. of Illinois, 36 Graham-Brady, Lori, Johns Hopkins U., 39, 52, 64 Han, Jin-Gyu, Seoul Nat'l U., 49 Geuzaine, Christophe, ULg (Belgium), 33 Granzow, Brian, RPI, 43, 74 Han, Tongseok, Yonsei U., 62 Gfrerer, Michael Helmut, Graz U. of Technology, 94 Gravenkamp, Hauke, U. of Duisburg-Essen, 103 Hannukainen, Antti, Aalto U. School of Science, 95 Ghabezloo, Siavash, École des Ponts Paris Tech, 67 Gravouil, Anthony, Univ Lyon, INSA-Lyon, CNRS Hansbo, Peter, Jönköping U., 91 Ghanem, Roger, USC, 21, 74, 86 UMR, 19, 92 Hansen, Glen, 12 Ghavamian, Fariborz, Delft U. of Technology, 104 Grigoriadis, Grigoris, Imperial College London, 55 Hanson, Alexander, Sandia Nat'l Laboratories, 94 Ghayesh, Mergen, U. of Adelaide, 49 Grobbel, Marissa, Michigan State U., 98 Harari, Isaac, Tel Aviv U., 80, 91 Gheribi, Aimen, École Polytechnique Montréal, 16 Grosek, Jacob, Air Force Research Laboratory, 84 Harish, Ajay Bangalore, LUH Hannover, 62 Gherlone, Marco, Politecnico di Torino, Italy, 17, 28 Gross, Ben, U. of California Santa, 59, 87 Harnish, Cale, U. of Notre Dame, 31 Gholami, Amir, The U. of Texas at Austin, 37, 49 Grover, Hannah, Dartmouth College, 34 Harvey, Jean-Philippe, École Polytechnique Montréal, Gholaminejad, Amir, The U. of Texas at Austin, 49 Grubisic, Luka, U. of Zagreb, 86 16 Ghosh, Debraj, Indian Inst. of Science, 52 Guan, Pai-Chen, Nat'l Taiwan Ocean U., 50, 57, 84 Hascoet, Laurent, INRIA Sophia Antipolis, 103 Ghosh, Somnath, Johns Hopkins U., 16, 30, 83 Guerra, Gabriel, COPPE-UFRJ, 86 Hashimoto, Gaku, The U. of Tokyo, 14, 18, 35, 46 Ghoshal, Ritwik, Research Fellow, NUS, 68 Guest, James, Johns Hopkins U., 70 Hasse, Hans, U. of Kaiserslautern, 90 Giffin, Brian, UC Davis, 103 Guibault, François, École Polytechnique Montréal, 20 Haukaas, Terje, U. of British Columbia, 31 Gilbert, Robert P., U. of Delaware, 33 Guilleminot, Johann, Duke U. (CEE), 52, 64 Hauke, Guillermo, EINA, 74 Gillman, Andrew, UES, Inc., Notre Dame, 81, 85 Guillemot, Gildas, Mines ParisTech, 92 Haut, Terry, LLNL, 38 Giordano, Thierry, U. of Ottawa, 104 Guiza, Ghalia, Mines ParisTech - CFL, 30 Hayduke, Devlin, Materials Sciences Corp., 17 Giovanis, Dimitris, Johns Hopkins U., 51 Guleryuz, Erman, Nat'l Ctr for Supercomputing Hazle, John, MD Anderson Cancer Center, 43 Giudice, Sebastian, U. of Virginia, 43 Applications, 58 He, Donghong, SIAMM, 94 Gockel, Brian, AFRL, 39 Guleyupoglu, Berkan, Wake Forest School of He, Junxian, U. 0f WesternAustralia, 101 Gogulapati, Abhijit, OSU, 39 Medicine, 33 He, Xudong, Northwestern Polytechnical U., 26 Goh, Kek Boon, NTU, 48 Gulsoy, E.B., Northwestern U., 92 Heard, William, U.S. Army ERDC, 20 Golovin, Sergey, Lavrentyev Inst. of Hydrodynamics, Gunay, Muhsin Gökhan, Trakya U., Edirne, 17 Hedayati, Marjan, Shezan Research and Innovation 35, 78 Gunzburger, Max, Florida State U., 14 Centre, 55 Gomez, Arnold, Johns Hopkins U., 24 Guo, Shu, Johns Hopkins U., 83 Heier, Michaela, U. of Kaiserslautern, 90 Gomez, Hector, Purdue U., 43, 77 Guo, Xu, Dalian U. of Technology, 70, 91 Heitzinger, Clemens, Vienna U. of Technology, 55, 96 Gonzalez, Jose G., Universidad de Sevilla, 103 Gurgul, Grzegorz, AGH Krakow, Poland, 20 Helenbrook, Brian, Clarkson U., 80 109

Henrionnet, Christel, IMoPA UMR 7365 CNRS, 12 Huan, Xun, Sandia Nat'l Laboratories, 91 Jang, Jae Hoon, KIMS, 82 Hernández-Martínez, Alejandro, U. of Guanajuato, 27 Huang, Chang-Wei, Chung Yuan Christian U., 55 Jansen, Kenneth, U. of Colorado Boulder, 12, 24, 55, Herring, Angela, Los Alamos Nat'l Laboratory, 66 Huang, Rui, UT Austin, 72 74, 98 Heuer, Norbert, Universidad Catolica de Chile, 51 Huang, Ruihao, Michigan Technological Univers, 86 Javili, Ali, Bilkent U., 39, 92 Hewson, John, Sandia Nat'l Laboratories, 49 Huang, Shicheng, Dartmouth College, 34 Jensen, Henrik M., Aarhus U., 101 Heyden, Stefanie, Caltech, 102 Huang, Shuo, U. of Cincinnati, 102 Jeong, Cheol, NIST, 93 Hickman, Mason, Vanderbilt U., 39 Huang, Tony, Duke U., 90 Jeong, Haesang, KIST Corporation, Korea, 16 Higaki, Takefumi, Osaka U., 69 Huang, Tzu-Chun, Nat'l Tsing Hua U., 69 Jha, Prashant, LSU, 40, 68 Higdon, Robert, Oregon State U., 103 Huang, Zhengyu, Stanford U., 69 Jiang, Chenfanfu, U. of Pennsylvania, 84 Hillman, Michael, The Pennsylvania State U., 40 Hubbard, Matthew, U. of Nottingham, 90 Jiang, Kai, Dalian U. of Technolog, 62 Hirmand, M. Reza, U. of Waterloo, 46 Huddleston, Bradley, Mississippi State U., 102 Jiang, Qian, U. of Maryland, 30 Hirobe, Sayako, Keio U., 89 Huerta, Antonio, UPC-BarcelonaTech, 99 Jiang, Tonghu, Johns Hopkins U., 102 Hoa, Xuyen Dai, Nat'l Research Council (CA), 13 Hughes, Thomas J.R., UT Austin, 43, 56, 63 Jiang, Wen, Idaho Nat'l Laboratory, 91, 104 Hoc, Thierry, LTDS UMR 5513, 12 Huhtanen, Marko, U. of Oulu, Finland, 86 Jiang, Yang, Georgia Tech, 47 Hochhalter, Jacob, NASA Langley Research Ctr, 21, Hung, Hsiao-Hui, Nat'l Ctr for Research on Jiao, Xiangmin, Stony Brook U., 39 32, 41 Earthquake Eng., 103 Jimack, Peter, U. of Leeds, 90 Hodge, Neil, LLNL, 17, 28, 38 Hurtado, Daniel E., Pontificia Universidad Catolica de Jin, Tao, Los Alamos Nat'l Laboratory, 46 Hoemenn, Mark, Sandia Nat'l Laboratories, 95 Chile, 87 Jo, Ilguk, KIMS, 82 Holmquist, Timothy, Southwest Research Inst., 19 Hyughe, Jacques M., TU Eindhoven, 88 Jo, Junhong, Inha U., 59 Holzapfel, Gerhard A., TU Graz, 12, 33 Jodas, Danilo, FEUP, 85 Homel, Michael, LLNL, 32 Iadicola, Mark, NIST, 89 Johnen, Amaury, UCL, 33 Hong, Giwon, The U. of Tokyo, 27, 79 Ibanez, Daniel, Sandia Nat'l Laboratories, 12, 66 Jones, Reese, Sandia Nat'l Labs, 41 Horger, Thomas, Technical U. of Munich, 12 Ichibangase, Toshiki, Tohoku U, 60 Jose Rocha da Costa, Leandro, Carleton U., 27, 90 Hormuth, David, UT Austin, 12, 43, 64 Idelsohn, Sergio, ICREA-CIMNE, Barcelona, Spain, Joshi, Vaibhav, NUS, Singapore, 68 Horsch, Martin, Indian Inst. of Technology Kanpur, 90 66 Josyula, Kartik, Rensselaer Polytechnic Inst., 80 Horstemeyer, Mark, Mississippi State U., 102 Idesman, Alexander, Texas Tech U., 19, 31, 40 Ju, Chuanming, Hunan U., 94 Horvath, Tamas, U. of Waterloo, 34 Ihme, Matthias, Stanford U., 25 Juha, Mario, Universidad de La Sabana, 24 Hoshiba, Hiroya, Tohoku U., 81 Iizuka, Atsushi, Kobe U., Japan, 79 Junge, Till, EPFL, 48 Hossain, Shaolie, Texas Heart Inst., 56 Iliescu, Traian, Virginia Tech, 88 Hosseini, Kiarash, Shezan Research and Innovation Ilinca, Florin, Nat'l Research Council, 47, 80 Kaarnioja, Vesa, Aalto U., 86 Centre, 55 Iliopoulos, Athanasios, U.S. Naval Research Kafka, Orion, Northwestern U., 70 Howe, Adam, UNC Charlotte, 58 Laboratory, 37 Kahn, Andrew, U. of California, San Diego, 75 Hsu, David, Wheaton College, 93 Im, Seyoung, KAIST, 29, 103 Kalantarinejad, Reza, Shezan Research & Innovation Hsu, Ming-Chen, Iowa State U., 50, 98 Ionita, Axinte, Los Alamos Nat'l Laboratory, 39 Ctr, 55 Hu, Jingwen, U. of Michigan, 33, 43 Iovanac, Nicolae, Rose-Hulman Inst of Tech, 47 Kallon, Daramy, U. of Johannesburg, 85 Hu, Jonathan, 85 Irisarri, Diego, EINA, 74 Kalnaus, Sergiy, Oak Ridge Nat'l Laboratory, 49 Hu, Nan, Dartmouth College, 34 Isaev, Vadim, Schlumberger, 88, 100 Kalyanaraman, Kaushik, Rensselaer Polytechnic Inst., Hu, Ping, Dalian U. of Technolog, 62 Ivanov, Maxim, Schlumberger, 100 41 Hu, Rui, Dalian U. of Tech., 72, 81 Iyer, Arvind, Imperial College London, 13 Kammer, David, Cornell U., 89 Hu, Ruize, Vanderbilt U., 30 Kaneko, Shigeki, The U. of Tokyo, 79 Hu, Shuling, Xi'an Jiaotong U., 102 Jahazi, Mohammad, École deTechnologie Kang, Emily, U. of Cincinnati, 75 Hu, Taotao, Xi’an Jiaotong U., 102 Supérieure, 28 Kang, Jun Won, Hongik U., Korea, 16 Hu, Wei, Lawrence Berkeley Nat'l Laboratory, 61 Jaiman, Rajeev Kumar, NUS, Singapore, 68 Kang, Zhan, Dalian U. of Technology, 47, 60 Hu, Yongjie, U. of Michigan, 93 Jakeman, John, Sandia Nat'l Laboratories, 81, 96 Kang, Ziliang, U. of Illinois, 70 Hu, Yuhang, UIUC, 71 James, Kai, U. of Illinois at Urbana-Champaign, 70 Kanitz, Manuela, TUHH, 84 Hu, Yumeng, CEE, UC Berkeley, 20 Jameson, Antony, Stanford U., 13, 25, 34, 44 Kanungo, Bikash, U. of Michigan, 61 110

Kao, Tsu-Hsin, Nat'l Taiwan U., 13 Kim, Jong-Wook, Korea Atomic Energy Research Kriven, Waltraud, UIUC, 58 Karim, Mohammad Rezaul, U. of Texas at Dallas, 94 Inst., 68 Kronbichler, Martin, TU Munich, 77 Karkulik, Michael, Universidad Tecnica Santa Maria, Kim, Jun-Sik, Kumoh Nat'l Inst Tech, 17, 28 Kroon, Martin, Linnaeus U., 48 51 Kim, Moonhong, KAIST, 29 Kruczek, Tadeusz, Silesian Univ. Technology, 37 Karman, Steve, Pointwise, Inc., 32, 44 Kim, Tae-Yeon, Khalifa U., 15, 28 Kubatko, Ethan, The Ohio State U., 77, 88, 99 Kashiwagi, Masashi, Osaka U., 69 Kim, Woo Kyun, U. of Cincinnati, 61 Kucala, Alec, Sandia Nat'l Laboratories, 69, 80 Kashiyama, Kazuo, Chuo U., 77, 99 Kindratenko, Volodymyr, UIUC, 24 Kuhn, Charlotte, U. of Kaiserslautern, 90 Kassim, Ayad, Hwelett Packard Enterprise, 44 King, Wayne, LLNL, 28 Kuhnert, Jörg, Fraunhofer ITWM, 99 Kataruka, Amrita, UIUC, 58 Kipouros, Timoleon, U. of Cambridge, 92 Kumar, Mukesh, College of Charleston, 31 Kato, Junji, Tohoku U., 60, 81 Kirby, Robert, Baylor U., 103 Kumar, Sachin, Indian Inst. of Technology Ropar, 78 Kauffman, Justin, Pennsylvania State U., 69 Kishi, Masayasu, Tohoku U., 49 Kuo, Shih-Mo, Nat'l Taiwan Ocean Univ., 84 Kaul, Nayyan, MAE, North Carolina State Uni., 98 Klaas, Ottmar, Simmetrix Inc., 55 Kuranakov, Dmitriy, Inst. Computat. Technol. SBRAS, Kaurin, Dimitri, LaCaN UPC, Spain, 87 Kleinberger, Michael, Army Research Laboratory 78 Kee, Seong-Hoon, Dong-A U., Korea, 16 APG, 55 Kurumatani, Mao, Ibaraki U., 72 Kees, Chris, US Army ERDC, 30, 66 Klinge, Sandra, TU Dortmund U., 33 Kuznetsov, Dmitry, Technology Co. Schlumberger, 35, Kefal, Adnan, U. of Strathclyde, 28 Knap, Jaroslaw, U.S. Army Research Laboratory, 29, 88, 100 Keith, Brendan, UT Austin, 43 72, 102 Kuznetsov, Sergey, North Carolina State U., 55 Kennedy, Graeme, Georgia Inst. of Technology, 37 Knittel, Chelsea, Drexel U., 30 Kvamsdal, Trond, SINTEF Digital, 31, 40 Kerfriden, Pierre, Cardiff U., 19, 82, 96 Knutsen, Andrew, Henry Jackson Foundation, 24 Kvarving, Arne Morten, SINTEF Digital, 31 Kergrene, Kenan, École Polytechnique Montréal, 96 Ko, Ping-Liang, Academia Sinica, 98 Kwok, On Lei Annie, Nat'l Taiwan U., 57 Keten, Sinan, Northwestern U., 93 Kobashi, Makoto, Nagoya U., 82 Kwok, Tsz Ho, Concordia U., 82 Khalighi, Amir, UT Austin, 56 Kobayashi, Marcelo, U. of Hawaii at Manoa, 81 Kyoya, Takashi, Tohoku U., 60, 81 Khalil, Ahmed, Applied Science InterNat'l, 26 Kochmann, Dennis, ETH Zurich, Caltech, 18, 49, 61, 82 Khalil, Mohammad, Sandia Nat'l Laboratories, 27, 81, Koci, Persid, U. of Iliinois at Chicago, 57 Laaksonen, Mikael, Aalto U., 86 90, 91 Koester, Jacob, Sandia Nat'l Laboratories, 62 Labaki, Josue, U. of Campinas, 35 Khalloufi, Mehdi, Mines ParisTech, 30, 47 Koizumi, Yuichiro, Tohoku U., 48 Laberge Lebel, Louis, École Polytechnique Montréal, Khandelwal, Kapil, U. of Notre Dame, 92 Kokkinos, Odysseas, NTUA, 52 20 Khayyer, Abbas, Kyoto U., 69 Kokko, Ed, Lawrence Livermore Nat'l Lab, 27 Lacey, Jay, Université de Sherbrooke, 34 Kheradmand Nezhad, Elham, École Polytechnique Kolev, Tzanio, LLNL, 61 Laforest, Marc, École Polytechnique Montréal, 2, 3, 57, Montréal, 57 Kolman, Radek, Inst. of Thermomechanics, 103 82, 96, 104 Khodabakshi, Parisa, Texas A&M U., 63 Komeili, Matin, Concordia U., 34 Lahnert, Michael, U. of Stuttgart, 95 Khodadadian, Amirreza, Vienna U. of Technology, 55, Komijani, Mohammad, U. of Waterloo, 35 Lai, Eric, U. of Pennsylvania, 87 96 Kontsos, Antonios, Drexel U., 30 Lam, Khin yong, NTU, 48 Khoei, Amir Reza, 89 Konyukhov, Alexander, Karlsruhe Inst. of Technology, Lambrechts, Jonathan, UCL, 33 Kieffer, Patrick, U.S. Army ERDC, 20 15, 27 Landari, Hamza, Laval U., 25 Kim, Boyoung, Hongik U., Korea, 16 Koric, Seid, Nat'l Ctr for Supercomputing Applications, Langelaar, Matthijs, TU Delft, 59 Kim, Byoung Wan, KRISO, 40 58 Langenbach, Kai, Rice U., 90 Kim, Cheol, Kyungpook Nat'l U., 81 Körner, Carolin, U. of Erlangen-Nuremberg, 28 Laouafa, Farid, INERIS, 14 Kim, Chongam, Seoul Nat'l U., 13 Korobenko, Artem, U. of Calgary, 27 Lapin, Vasily, Inst. Computat. Technol. SBRAS, 78 Kim, Do Wan, Inha U., 59 Kosianka, Justyna, Cornell U., 79, 90 Larbi, Walid, CNAM Paris France, 49 Kim, Do-Nyun, Seoul Nat'l U., 43 Kotha, Shravan, Johns Hopkins U., 30 Larson, Mats G., Umeå U., 91 Kim, Euiyoung, Seoul Nat'l U., 15 Kotila, Vesa, U. of Oulu, Finland, 86 Lauer, Tressa, Rose-Hulman Inst of Tech, 47 Kim, Hobeom, KAIST, 103 Kovscek, Anthony, Stanford U., 30 Laug, Patrick, Inria Saclay IdF, France, 41 Kim, Hyun-Seok, KRISO, 40 Krause, Rolf, USI Lugano, 15, 61 Laursen, Tod, Khalifa U., 15, 27 Kim, Jaehoon, Seoul Nat'l U., 43 Krechetnikov, Rouslan, U. of Alberta, 47 Lavazec, Deborah, Université Paris-Est, 40 Kim, Ji-Su, Yonsei U., 62 Krischok, Andreas, Stanford U., 45, 74, 92 Law, Kody, Oak Ridge Nat'l Lab, 27 111

Law-Kam Cio, Yann-Meing, École Polytechnique Lewis, Katherine, LLNL, 41 Littlewood, David, Sandia Nat'l Laboratories, 16, 46 Montréal, 38 Li, Bo, Case Western Reserve Univ., 50, 69 Liu, Ben, LLNL, 27 Le Gal, Marine, Saint-Venant Lab., 44 Li, Fengyan, Rensselaer Polytechnic Inst., 84 Liu, Binghe, Beihand U., 45 Le Goff, Nicolas, CEA, France, 20 Li, Haoyang, UIUC, 31, 39 Liu, Chao, Rensselaer Polytechnic Inst., 91 Le Tallec, Patrick, École Polytechnique, Palaiseau, 35 Li, He, Brown U., 13, 77 Liu, Dani, Drexel U., 30 Lebon, Frédéric, LMA, France, 100 Li, Hengguang, Wayne State U., 51, 63 Liu, Fushen, ExxonMobil Research & Engr., 57, 87 Lecampion, Brice, EFPL, 100 Li, Hua, NTU, 48 Liu, Jian, U. of Pittsburgh, 48 Ledoux, Franck, CEA, DAM, DIF, France, 20, 41 Li, Jason, Rensselaer Polytechnic Inst., 12, 64 Liu, Jikai, U. of Pittsburgh, 70, 82 Lee, Chan, Agency for Defense Development, 103 Li, Jichun, U. of Nevada Las Vegas, 84 Liu, Ju, Stanford U., 19 Lee, Chung-Hao, U. of Oklahoma, 87 Li, Kangan, Duke U., 50, 80 Liu, Jun, 67 Lee, Dongwook, UC Santa Cruz, 51 Li, Lei, U. of Notre Dame, 81 Liu, Ning, U. of Georgia, 13 Lee, Gyu Mahn, Korea Atomic Energy Research Inst., Li, Ming Jun, Nat'l Chiao Tung U., 33 Liu, Pai, Dalian U. of Technology, 60 68 Li, Mingjing, TU Vienna, 36 Liu, Shuitan, Dalian U. of Technology, 81 Lee, Jaekwang, Pusan Nat'l U., 82, 93 Li, Peiyu, Tsinghua U., 33 Liu, Shuyu, Johns Hopkins U., 94 Lee, Jae-Young, Seoul Nat'l U., 43 Li, Qing, The U. of Sydney, 14 Liu, Yijun, U. of Cincinnati, 83, 102 Lee, Jina, Sandia Nat'l Laboratories, 81 Li, Shaofan, CEE, UC Berkeley, 18, 20, 29, 48, 77 Liu, Yingjie, Duke U., 67, 69, 83, 91 Lee, Kang-Heon, Korea Atomic Energy Research Li, Xiantao, Penn State U., 18, 48 Liu, Zixiang, Georgia Inst. of Technology, 90 Inst., 68 Li, Xingjie, UNC-Charlotte, 93 Livescu, Daniel, Los Alamos Nat'l Laboratory, 31 Lee, Kangsu, KRISO, 40 Li, Xinshan, Insigneo, Sheffield U., 55 Lomicka, Christian, Johns Hopkins Applied Physics Lee, Michael, U.S. Army Research Laboratory, 102 Li, Xuefu, Dalian U. of Technology, 40 Lab, 66 Lee, Minhyung, Sejong U., 82 Li, Yan, Dartmouth College, 34 Lomov, Stepan V., KU Leuven, 64 Lee, Sang-Bok, KIMS, 82 Li, Yang, Johns Hopkins U., 24 Loppi, Niki, Imperial College London, 34 Lee, Sanghyun, UT Austin, 45, 80 Li, Ying, U. of Connecticut, 24, 34 Lorenzo, Guillermo, Universidade da Coruña, 43 Lee, Sang-Kwan, KIMS, 82 Lian, Junhe, RWTH Aachen U., 68 Los, Marcin, AGH Krakow, Poland, 20 Lee, Sangmin, U. of Notre Dame, 37, 41 Liang, Bowen, The Ohio State U., 89 Louie, David, Sandia Nat'l Laboratories, 80 Lee, Tae-Ho, KIMS, 82 Libin, Zhao, School of Astronautics, Beihan U., 59 Lovadina, Carlo, U. of Milano, 73 Lee, Tae-Rin, Seoul Nat'l U., 12, 59 Liechti, Kenneth, The U. of Texas Austin, 72 Lowengrub, John, UC Irvine, 59 Legay, Antoine, LMSSC, CNAM, Paris, France, 40 Lim, Hojun, Sandia Nat'l Laboratories, 16, 20, 46 Loy, Kak Choon, U. of Ottawa, 51 Léger, Pierre, École Polytechnique Montréal, 35 Lim, Liang Jin, Plaxis bv, 32 Lu, Jiacai, U. of Notre Dame, 60 Legrain, Gregory, École Centrale de Nantes, 46 Lima, Ernesto, UT Austin, 12, 64 Lu, Jianfeng, Duke U., 69, 93 Lehrenfeld, Christoph, U. of Göttingen, 66 Lin, Chao-An, Nat'l Tsing Hua U., 69 Lu, Mengkai, Dalian U. of Technolog, 32 Leiter, Kenneth W., U.S. Army Research Laboratory, Lin, Lin, UC Berkeley & LBNL, 61 Lu, Xiaoxin, École Centrale Paris, 49 29 Lin, Liqiang, The U. of Texas at San Antonio, 24 Lu, Ye, Univ Lyon, INSA-Lyon, CNRS UMR, 92 Lejeune, Emma, Stanford U., 73, 101 Lin, Paul, Sandia Nat'l Laboratories, 85, 95 Luding, Stefan, U. of Twente, 57 Lemaire, Simon, EPFL, Switzerland, 17 Lin, Stephen, Northwestern U., 47, 92 Lukacevic, Markus, TU Vienna, 36 Leonhart, Dirk, Ruhr U. Bochum, 57 Lin, Weicheng, Hunan U., 94 Lundbäck, Andreas, Luleå U. of Technology, 60 Leser, Patrick, NASA Langley Research Ctr, 21, 32, 41 Linder, Christian, Stanford U., 45, 58, 67, 73, 74, 78, 92 Luo, Tuo, U. of Akron, 15 Levenston, Marc, Stanford U., 98 Lindsay , Alan, U. of Notre Dame, 59 Luo, Xiaolong, 67 Lévêque, David, ONERA The French Aerospace Lab, Lindsay, Payton, Purdue U., 36 Luo, Zhibo, McGill U., 17 100 Lindwall, Johan, Luleå U. of Technology, 60 Luskin, Mitchell, U. of Minnesota, 93 Lévesque, Martin, École Polytechnique Montréal, 3, Ling, Guoming, Chuo U., 77 Lv, Yu, Stanford U., 25 20, 26, 89 Ling, Xiaoyin, Rose-Hulman Inst of Tech, 47 Lykotrafitis, George, U. of Connecticut, 12, 13, 77 Levine, Jeffrey, Med-Eng, 66 Lingen, Erik Jan, Dynaflow Research Group, 88 Levine, Lyle, Nat'l Inst. of Standards and Tech., 28 Lintermann, Andreas, JARA-HPC, RWTH Aachen, 95 M. Nick, Hamidreza, Technical U. of Denmark, 25 Lew, Adrian, Stanford U., 58, 67, 100 Lipnikov, Konstantin, LANL, 73 Ma, Hang, Shanghai U., China, 94 Lewicki, James, LLNL, 81 Littlefield, Andrew, ARDEC, 58 Ma, Linjian, BIAST, UIUC, 71 112

Maas, Robert, Netherlands Aerospace Centre, 59 Massoni, Elisabeth, Mines ParisTech, 47 Miller, Scott, Sandia Nat'l Laboratories, 69, 79 Maassen, Sascha, Universität Duisburg-Essen, 51 Masud, Arif, U. of Illinois at Urbana-Champaign, 80, 91 Min, Baehyun, Ewha Womans U., 80 Machado, Lucas Q., U. of Brasilia, 47 Matachniouk, Anton, Carleton U., 27 Minev, Peter, U. of Alberta, 36, 47 MacLellan, Christopher, MD Anderson Cancer Center, Mathisen, Kjell Magne, Norwegian U. of Sci. & Tech., Mirabolghasemi, Armin, McGill U., 82 43 31 Miranda, David, U. of Bath, UK, 73 Macri, Michael, ARDEC, 58 Matic, Peter, Naval Research Laboratory, 66 Mirkhalaf, Mohsen, TU/e, 71 Madenci, Erdogan, U. of Arizona, 63, 73 Matsubara, Seishiro, Tohoku U., 49 Mitchell, Drew, MD Anderson Cancer Center, 43 Madhukar, Amit, U. of Illinois at Urbana-Champaign, Matsui, Kazumi, Yokohama Nat'l U., 63, 89, 100 Mitsuhashi, Yuta, Kozo Keikaku Engineering Inc., 14, 24 Matsumoto, Junichi, AIST, 77 35 Madireddy, Sandeep, Argonne Nat'l Laboratory, 64, 75 Matsumoto, Takuya, U. of Yamanashi, 67 Mitsume, Naoto, The U. of Tokyo, 27, 46, 79 Madureira, Alexandre, LNCC, 80 Matsuse, Takehiro, Shinshu U., 18 Miyamura, Tomoshi, Nihon U., 79, 104 Magnanimo, Vanessa, U. of Twente, 57 Matthews, Benjamin, NCAR, 55, 74 Mobasher, Mostafa, Columbia U., 45 Mahdavi, Ashkan, Univ. of Illinois at Chicago, 50 Mattioli, Dominik, The Ohio State U., 88 Moffat, Harry, Sandia Nat'l Laboratories, 49 Mahmoud, Ahmed, U. of California, Davis, 85 Mayr, Matthias, TU Munich, 61 Mohammad, Syed, HQ DHS S&T, CDS ORA, 58 Maier, Roland, U. of Bonn, 68 McClung, Craig, Southwest Research Inst., 21 Mohan, Nisha, Los Alamos Nat'l Lab, 100 Main, Alex, Duke U., 15, 19, 50, 80 McFarland, John, Southwest Research Inst., 21 Molinari, Jean-François, EPFL, 48 Mainza, Aubrey, UCT, 85 McNamara, Jack, OSU, 39 Monet, Frédéric, École Polytechnique Montréal, 13 Maire, Ludovic, PSL - Mines Paristech - CEMEF, 16 Medetbekova, Maiya, Technical U. of Denmark, 25 Moody, Jonathan, Southwest Research Inst., 21 Maire, Pierre-Henri, CEA/CESTA, Le Barp, France, 35 Mediouni, Mohamed, Université de Sherbrooke, 95 Mora Paz, Jaime, The U. of Texas at Austin, 95 Mak, Eleanor, U. of Waterloo, 71 Medyanik, Sergey, MES, 58 Morabito, Michael, Lehigh U., 34 Makris, Aris, Med-Eng, 66 Megahed, Mustafa, ESI Group, 17 Mordhorst, Mylena, U. of Stuttgart, 78 Malcher, Lucival, U. of Brasilia, 47 Mehl, Miriam, U. of Stuttgart, 49, 85, 95 Morin, Benjamin, LMSSC, CNAM, Paris, France, 40 Malmelöv, Andreas, Luleå U. of Technology, 60 Mehrez, Loujaine, USC, 21 Morita, Naoki, The U. of Tokyo, 18 Malone, Chris, Los Alamos Nat'l Laboratory, 66 Meier, Christoph, MIT, 51 Morris, Joseph, LLNL, 100 Mandadapu, Kranthi, UC Berkeley, 77 Meier, Holger, ExxonMobil Research & Engr., 87 Morris, Karla, Sandia Nat'l Laboratories, 39 Mang, Andreas, UT Austin, 37, 49 Melaku, Abiy, U. of Western Ontario, 27 Moscoso, Miguel, Universidad Carlos III De Madrid, 16 Maniatty, Antoinette, RPI, 24, 27 Meliga, Philippe, Mines ParisTech - CFL, 30 Moslemi, Mahdi, École de Technologies Supérieure, Manktelow, Kevin, Sandia Nat'l Laboratories, 39, 94 Mendoza, Hector, Sandia Nat'l Laboratories, 49 56 Mannheim, Awital, Eindhoven U. of Tech., 71 Meng, Fanchao, McGill U., 38 Moss, Jonathan, UNC Charlotte, 58 Manzini, Gianmarco, Los Alamos Nat'l Laboratory, 73, Menon, Sandeep, Ansys Inc., 32 Mota, Alejandro, Sandia Nat'l Laboratories, 16, 18, 19, 95 Menzel, Andreas, TU Dortmund, 29 46 Manzour-ol-Ajdad, Ali, Shezan Research & Innovation Mercier, Bertrand, CNAM and CEA/INSTN, 34 Motamarri, Phani, U. of Michigan, 48 Ctr, 55 Meschke, Gunther, Ruhr U. Bochum, 14, 57 Moulinec, Hervé, LMA (France), 100 Mao, Yunwei, MIT, 67 Mesri, Youssef, Mines ParisTech - CFL, 30, 47, 91, 104 Moulton, David J., Los Alamos Nat'l Laboratory, 73 Marchand, Basile, LMT (ENS Metsch, Bram, Fraunhofer SCAI, 73 Mourad, Hashem, Los Alamos Nat'l Laboratory, 46 Cachan/CNRS/UPSaclay), 47 Meyer, Ralf, Laurentian U., 71 Moussa, Charbel, PSL - Mines Paristech - CEMEF, 16 Markl, Matthias, U. Erlangen-Nuremberg, 28 Michaleris, Pan, Autodesk Inc., 17 Moxey, David, Exeter U., 44 Marquis, Emmanuelle, U. of Michigan, 86 Michelsen, Hope, Sandia Nat'l Laboratories, 64 Mrovec, Matous, Ruhr-Universität Bochum, 83 Marsden, Alison, Stanford U., 19, 75 Michopoulos, John, U.S. Naval Research Laboratory, Mu, Lin, Oak Ridge Nat'l Lab, 51 Martinez, Mario, Sandia Nat'l Laboratories, 35, 69 37, 43 Mueller, Kei, Lawrence Livermore Nat'l Lab, 68 Maruyama, Taizo, Tokyo U. of Science, 16, 102 Mieussens, Luc, Univ. Bordeaux & INRIA, 59 Mukherjee, Debanjan, Univ. of California, Berkeley, 24 Marzouk, Youssef, MIT, 27, 103 Mikata, Yozo, Bechtel, 18 Müller, Ralf, U. of Kaiserslautern, 90 Mascarenhas, Teresa, FMUP, 85 Miled, Amine, Université Laval, 25 Münstermann, Sebastian, RWTH Aachen U., 68 Masouros, Spyros, Imperial College London, 33, 55 Millán, Daniel, CONICET, 77 Muramatsu, Mayu, Tohoku U., 49 Massart, Thierry J., Universite libre de Bruxelles, 30 Miller, Anna, Wash. Univ, Dept. of Orthopaedic Massing, André, Umeå U., 91 Surgery, 33 Na, SeonHong, Columbia U., 45 113

Naboulsi, Samir, HPCMP PETTT CSM Lead - AFRL O'Hara, Patrick, UTC/AFRL, 31, 39 Panchadhara, Rohan, ExxonMobil Research & Engr., DS, 38 Oberai, Assad, Rensselaer Polytechnic Inst., 27, 37, 87 Nachbagauer, Karin, U. Appl. Sci. of Upper Austria, 28 43, 55, 64, 74, 91 Pande, Sushrut, UC Berkeley, 50 Nadarajah, Siva, McGill U., 3, 13, 44 Oden, J. Tinsley, UT Austin, 12, 43, 64, 90 Pando, Miguel, U of North Carolina at Charlotte, 14 Nagai, Toshiki, U. Colorado, 15 Oesterle, Bastian, U. of Stuttgart, 63 Pang, Sze Dai, Nat'l U. of Singapore, 26 Nagaraj, Sriram, ICES, UT Austin, 84 Ogawa, Shun, Tohoku U., 60, 81 Pankow, Mark, North Carolina State University, 45 Nagarajan, Anand, The Ohio State U., 89 Oguni, Kenji, Keio U., 89 Panzer, Matthew B., U. of Virginia, 43 Nagashima, Toshio, Sophia U., 26, 36 Ohlberger, Mario, U. of Münster, 29, 66 Papadopoulos, Panayiotis, UC Berkeley, 50 Najm, Habib, Sandia Nat'l Laboratories, 91 Ohno, Shintaro, Kajima Cooperation, Japan, 79 Papadopoulos, Vissarion, NTUA, 30, 52 Nam, Bo-Woo, KRISO, 40 Ohno, Yushi, Tohoku U., 48 Papadrakakis, Manolis, NTUA, 52 Nama, Nitesh, Penn State U., 90 Ohsaki, Makoto, Kyoto U., 79 Papanicoloau, George, Stanford U., 16 Narayan, Akil, U. of Utah, 51 Ojalammi, Antti, Aalto U. School of Science, 95 Papoulia, Katerina D., U. of Waterloo, 46 Narayanna, Sri Hari Krishna, Argonne Nat'l Okada, Hiroshi, Tokyo U. of Science, 15, 36 Paquette-Rufiange, Antonin, École Polytechnique Laboratory, 103 Okamoto, Ruth, Washington U. in St. Louis, 24 Montréal, 82 Nastasia, Rocco, Simmetrix Inc., 55 Okazawa, Shigenobu, U. of Yamanashi, 30, 67, 72 Paraizo, Paulo, Petrobras, 99 Natal Jorge, Renato, INEGI, Faculty of Engineering, Okstad, Knut Morten, SINTEF Digital, 31 Paraschivoiu, Marius, Concordia U., 3, 90 85 Okuda, Hiroshi, The U. of Tokyo, 14, 18, 35, 46, 73 Parchei-Esfahani, Matin, U. of Waterloo, 57 Negi, Vineet, Rensselaer Polytechnic Inst., 98 Olsen, Katherine, U. of Calgary, 24 Parente, Marco, INEGI, U. of Porto, 85 Nelli Silva, Emílio Carlos, U. of São Paulo, 92 Olson, Derek, RPI, 93 Parish, Eric, Univ of Michigan, 88 Nestola, Maria, USI Lugano, 61 Olson, Lorraine, Rose-Hulman Inst of Tech, 47 Park, Jae Hyun, Gyeongsang Nat'l U., 71, 82, 93 Neumann, Philipp, U. of Hamburg, 15 Omidi, Omid, U. of Kansas, 35 Park, Jong-Chun, Pusan Nat'l U., 69 Newell, Nicolas, Imperial College London, UK, 33 Onishi, Yuki, Tokyo Inst. of Technology, 19 Park, K.C., U. of Colorado at Boulder, 103 Newell, Pania, The U. of Utah, 25, 35 Ono, Masahiro, Tokyo U. of Science, 36 Park, Kyoungsoo, Yonsei U., 72 Newman, Christopher, Los Alamos Nat'l Laboratory, Ortiz, Michael, Caltech, 61, 93, 102 Parks, Geoff, U. of Cambridge, 92 28 Ortiz-Bernardin, Alejandro, Universidad de Chile, 40 Parks, Michael, Sandia Nat'l Laboratories, 36 Nguyen, Hoang, Northumbria U., 72 Ortner, Christoph, U. of Warwick, 93 Parno, Matt, CRREL, 103 Nguyen, Ngoc, MIT, 94 Osanov, Mikhail, Johns Hopkins U., 70 Parolini, Nicola, Politecnico di Milano, 101 Niazi, Sina, U. of Nebraska-Lincoln, 26 Osiptsov, Andrei, Skoltech, 100 Pask, John, LLNL, 61, 72 Nicely, Clint, The U. of Texas at Dallas, 36 Oskay, Caglar, Vanderbilt U., 16, 28, 30, 46, 68, 79 Pasternak, Elena, U. of Western Australia, 101 Nick, Fabian, Fraunhofer SCAI, 73 Ostien, Jakob, Sandia Nat'l Laboratories, 19, 41, 94 Paszynski, Maciej, AGH UST, 20 Niemi, Antti H., U. of Oulu, 63 Ostrowski, Ziemowit, Silesian Univ. Technology, 37 Patel, Parth, Johns Hopkins Applied Physics Lab., 66 Nigam, Nilima, Simon Fraser U., 74, 103 Oterkus, Erkan, U. of Strathclyde, 28, 63, 73 Patra, Abani, U. at Buffalo, SUNY, 99 Niknam Jahromi, Hamed, McGill U., 82 Oterkus, Selda, U. of Strathclyde, 73 Patton, Alessia, U. of Pavia, 20 Nissen, Walt, LLNL, 41 Ovall, Jeffrey, Portland State U., 86, 95 Paulino, Glaucio, Georgia Tech, 47, 70, 72, 73, 92 Noble, David, Sandia Nat'l Laboratories, 19, 49, 69, 80, Owen, Steven J., Sandia Nat'l Laboratories, 20 Pawlowski, Roger, 85 95 Owens, John, UC Davis, 85 Paxton, Anthony T., King's College London, 83 Noll, Maximilian, TU Munich, 61 Oxberry, Geoffrey, LLNL, 91 Peco, Christian, Duke U., 69, 83 Nolte, Adam, Rose-Hulman Inst. of Tech., 47 Ozell, Benoît, École Polytechnique Montréal, 95, 104 Peerlings, Ron, TU Eindhoven, 46, 82 Norato, Julian, U. of Connecticut, 59, 70, 81 Oztekin, Alparslan, Lehigh U., 34 Peirce, Anthony, U. of British Columbia, 35, 67 Noshadravan, Arash, Texas A&M U., 64 Ozturk, Deniz, Johns Hopkins U., 30, 31 Pelerin, Jeanne, UCL, 33 Nouveau, Léo, INRIA Bordeaux/Duke U., 50 Pellegrino, Sergio, Caltech, 49 Novikov, Alexei, Penn State U., 16 Pacheco, Gustavo, Polytechnic U. of PR, 14 Pellerin, Jeanne, UCL, Belgium, 33 Nye, Laura, Michigan State U., 98 Pal, Mahendra Kumar, NIED, Japan, 79 Peluchon, Simon, CEA-CESTA, 59 Palta, Emre, UNC Charlotte, 35 Peng, Haijun, Dalian U. of Technology, 41 O'Brien, Adam, U. of Toronto, 90 Panahandeh, Danial, Civil, Env, & Geo Eng, UMN, 27 Peng, Qing, U. of Michigan, 18, 29 O'Conner, Devin, US Army ERDC, 30 Pennacchio, Micol, IMATI-CNR, Pavia, Italy, 95 114

Peraire, Jaime, MIT, 94 Qian, Dong, The U. of Texas at Dallas, 26, 36, 83, 94 Remmers, Joris J.C., TU Eindhoven, 88 Perdikaris, Paris, MIT, 75 Qian, Zhenpeng, The U. of Texas at Dallas, 94 Ren, Xuchun, Georgia Southern U., 91 Perego, Mauro, Sandia Nat'l Laboratories, 30, 81 Qidwai, Siddiq, Nat'l Science Foundation, 10, 43 Rey, Christian, Safran Tech, 47, 86 Pereira, Aledir, UNESP, 85 Qin, Shiyi, Binghamton U, 44 Rey, Valentine, LSMS (ENAC/EPFL), 86 Persson, Per-Olof, UC Berkeley, LBNL, 56 Qirko, Klajdi, U. of Delaware, 63 Rezaei Mianroodi, Jaber, RWTH Aachen U., 72 Peters, Eric, U. of Colorado Boulder, 62 Qiu, Mingfeng, U. of British Columbia, 101 Rhebergen , Sander, U. of Waterloo, 34 Peterseim, Daniel, U. of Bonn, 68 Qiu, Weifeng, City U. of Hong Kong, 94 Riber, Stéphanie, Mines ParisTech - CFL, 91 Petra, Cosmin, LLNL, 91 Qu, Yegao, Shanghai Jia Tong U., 15 Ribot, Josep Maria, UCCS, 80 Petrides, Socratis, UT Austin, 43, 84 Quadros, William, Sandia Nat'l Labs, 32 Ricchiuto, Mario, NRIA Bordeaux Sud-Ouest, 50 Pettit, Chris, United States Naval Academy, 27, 81, 90, Quezada de Luna, Manuel, US Army ERDC/ORISE, Richariya, Ashutosh, LVPEI Hyderabad, India, 69 91 66 Richart, Nicolas, École Polytech. Fédérale de Pham, Dzung, Henry Jackson Foundation, 24 Quinn, Jake, U. of Nebraska-Omaha, 32 Lausanne, 101 Philen, Michael, Virginia Tech, 98 Quintard, Michel, IMFT/INPT/CNRS, 14 Rieben, Robert, LLNL, 61 Phillips, Edward, 85 Rigger, Stefan, TU Wien, 96 Phipps, Eric, Sandia Nat'l Laboratories, 64 Rabczuk, Timon, Bauhaus-Universität Weimar, 62, 72 Rimoli, Julian, Georgia Tech, 92 Phlipot, Greg, Caltech, 82 Rädel, Martin, German Aerospace Center (DLR), 36 Ringue, Nicolas, McGill U., 13 Picu, Catalin, Rensselaer Polytechnic Inst., 98 Radhakrishnan, Balasubramaniam, Oak Ridge Nat'l Rivas, Endrina, U. of Waterloo, 57 Pierce, David, U. of Connecticut, 12, 13 Lab, 28 Rizzi, Francesco, Sandia Nat'l Labs, 41 Pino Muñoz, Daniel, PSL - Mines Paristech - CEMEF, Radovitzky, Raul, MIT, 58 Robbins, Brian, Sandia Nat'l Laboratories, 32 16 Rahimi, Mehrzad, The Ohio State U., 99 Robbins, Josh, Sandia Nat'l Laboratories, 81 Pinz, Maxwell, Johns Hopkins U., 30 Rahman, Mohammad, UT San Antonio, 43 Roberts, Scott, Sandia Nat'l Laboratories, 39, 49 Pinzano, Astrid, IMoPA UMR 7365 CNRS, 12 Rahman, Nabil, The Steel Network Inc., 26 Robinson, Brandon, Carleton U., 27, 90 Pitt, Jonathan, Pennsylvania State U., 69, 90 Rahman, Sharif, The U. of Iowa, 31 Roccabianca, Sara, Michigan State U., 98 Plante, Frédéric, École Polytechnique Montréal, 49 Rahul, Rensselaer Polytechnic Inst., 30, 55, 56, 80 Rochinha, Fernando, COPPE-UFRJ, 86 Plews, Julia, Sandia Nat'l Laboratories, 31, 39 Rakoczy, Przemyslaw, Transportation Tech. Ctr, Inc, Rodgers, William, GM Corp., 21 Podlozhnyuk, Alexander, DCS-computing, 57 26 Rodrigue, Denis, Université Laval, 82 Poh, Leong Hien, Nat'l U. Singapore, 16, 78 Rakotomalala, Noémie, Safran Tech, 89 Röhrle, Oliver, U. of Stuttgart, 78 Poirel, Dominique, Royal Military College of Canada, Ramabathiran, Amuthan, Caltech, 93 Rokos, Ondrej, TU Eindhoven, 82 27, 81, 90, 91 Ramachandra, Abhay, Stanford U., 75 Romanovskii, Rostislav, Schlumberger, 100 Pölz, Dominik, Graz U. of Technology, 94 Ramesh, K.T., Johns Hopkins U., 24 Romero, Ignacio, IMDEA Materials, 51 Poncet, Sébastien, Université de Sherbrooke, 34 Ramm, Ekkehard, Inst. for Str. Mech., UofSt, 20, 63 Romero, Joshua, Stanford U., 34 Ponga, Mauricio, U. of British Columbia, 61 Rammohan, A.V., Nat'l Univ of Singapore, 71 Rossa, Andre, Federal U. of Rio de Janeiro, 77 Popp, Alexander, Technical U. of Munich, 51 Ramos, Katherine, U. of Notre Dame, 85 Rotanova, Tatiana, Lavrentyev Inst. of Prada, Daniele, IMATI-CNR, Pavia, Italy, 95 Rangarajan, Ajay, RWTH Aachen U., 25 Hydrodynamics, 35 Prakash, Naveen, Virginia Tech, 26 Rankouhi, Buzz, UW, Madison, 60 Roters, Franz, Max-Planck Inst. for Iron Research, 46 Pranesh, Srikara, Indian Inst. of Science, 52 Rao, Garimella, Los Alamos Nat'l Laboratory, 66 Roth, Simon-Nicolas, École de Technologie Previtali, Barbara, Politecnico di Milano, 17 Rao, Rekha, Sandia Nat'l Laboratories, 80, 90 Supérieure, 35 Prince, Jerry, Johns Hopkins U., 24 Rashid, Mark, UC Davis, 27, 103 Rothé, Pierre-Loïk, Navier/CERMICS (ENPC), 64 Pringle, William J., U. of Notre Dame, 99 Rasquin, Michel, Cenaero, Gosselies, Belgium, 74 Roubtsova, Varvara, IREQ, Hydro-Quebec, 57 Prudhomme, Serge, École Polytechnique Montréal, 2, Rave, Stephan, U. of Münster, 29, 66 Rousset, Nassim, École Polytechnique Montréal, 13 3, 57, 82, 86, 96 Reali, Alessandro, U. of Pavia, 20 Roux, Willem, LSTC, 92 Pryer, Tristan, U. of Reading (UK), 86 Reddy, Junuthula, Texas A&M U., 63 Rowley, Clarence, Princeton U., 99 Puso, Mike, LLNL, 27 Reed, Matthew, U. of Michigan, 33 Roy, Souvik, Rensselaer Polytechnic Inst., 24 Reedlun, Benjamin, Sandia Nat'l Laboratories, 20 Rudraraju, Shiva, U. of Wisconsin, 12, 33, 92, 102 Qasim, Muhammad, Insigneo, Sheffield U., 55 Rego, Bruno, The U. of Texas at Austin, 56 Rudykh, Stephan, Technion, 29, 38, 48, 60 Qi, Liang, U. of Michigan, 93 Remij, Ernst W., TU Eindhoven, 88 Ruggles, Timothy, NIA, 41 115

Rukangu, Andrew, U. of Georgia, 98 Schanz, Tom, Ruhr-Universität Bochum, 14, 25 Shen, Shengping, Xi'an Jiaotong U., 102 Runnels, Brandon, U. of Colorado, Colorado Springs, Schäuble, Anne-Kathrin, U. of Stuttgart, 31 Shen, Yongxing, Shanghai Jiao Tong U., 58 80 Schedensack, Mira, U. of Bonn, 68 Shephard, Mark, Rensselaer Polytechnic Inst., 32, 41, Rushdi, Ahmad, U. of California, Davis, 85 Scheufele, Klaudius, U. of Stuttgart, 49, 85 55, 74, 91 Russo, Alessandro, U. degli Studi di Milano-Bicocca, Schiavazzi, Daniele, U. of Notre Dame, 75 Sherburn, Jesse, U.S. Army ERDC, 20 95 Schill, William, Caltech, 102 Sherwin, Spencer, Imperial College London, 44 Russo, Luigi, U. of Strathclyde, 63 Schindler, Felix, U. of Münster, 29 Shetabivash, Hasan, Concordia U., 90 Rust, Evan, NIST, 89 Schmidt, Augustin, École Polytechnique Montréal, 82 Shi, Jingchang, Northwestern Polytechnical U., 13 Ryckelynck, David, Mines ParisTech, 104 Schmidt, Eric, U. of Illinois at Chicago, 12 Shields, Michael, Johns Hopkins U., 51, 52, 104 Ryvkin, Michael, Tel Aviv U., 58 Schmidt, Jochen, German Aerospace Center (DLR), Shin, Hyunseong, Seoul Nat'l U., 49 36 Shinozaki, Yuto, Tokyo U. of Science, 26 S. Di Martino, Elena, U. of Calgary, 24 Schoeder, Svenja, TU Munich, 77 Shintaku, Yuichi, U. of Tsukuba, 26 Saadeghvaziri, Ala, New Jersey Inst. of Tech, 45 Schröder, Jörg, Universität Duisburg-Essen, 51 Shiozawa, Sogo, The U. of Texas at Austin, 80 Sachse, Renate, Inst. for Structural Mechanics, U. of Schroeder, Craig, U. of California, Riverside, 84 Shokrpour Roudbari, Mahnaz, TU Eindhoven, 69 Sgt, 63 Schroeder, William, Kitware, Inc, 66 Shono, Tatsuhiro, The U. of Tokyo, 46 Sacks, Michael, UT Austin, 56, 87, 98 Scott, Michael, Brigham Young U., 40, 63 Shontz, Suzanne, U. of Kansas, 32 Saeb, Saba, Erlangen-Nuremberg U., 39 Scovazzi, Guglielmo, Duke U., 19, 30, 50, 52, 61, 68, 80, Siegel, Jason, U. of Michigan, 18 Safta, Cosmin, Sandia Nat'l Laboratories, 64 83 Silling, Stewart, Sandia Nat'l Laboratories, 14 Sagiyama, Koki, U. of Michigan, 92 Seidel, Gary, Virginia Tech, 26, 84, 98 Silva Prado, Diego, School of Engineering of the U, 60 Sahli Costabal, Francisco, Stanford U., 87 Seidl, Daniel, Sandia Nat'l Laboratories, 37 Silva, Elisabete, INEGI, U. of Porto, 85 Sahni, Onkar, Rensselaer Polytechnic Inst., 12, 64, 66, Seidl, Tom, Sandia Nat'l Laboratories, 37, 74 Simha, Hari, canmetMaterials, NRCAN, 100 91 Seitenfuss, Alan, U. of São Paulo, 63 Simone, Angelo, Delft U. of Technology, 58, 104 Sahu, Amaresh, UC Berkeley, 77 Seleson, Pablo, Oak Ridge Nat'l Laboratory, 14 Simsek, Gorkem, TU Eindhoven, 69 Sain, Trisha, Michigan Technological Univ., 48 Seol, Seegyoung, Rensselaer Polytechnic Inst., 41 Simunovic, Srdjan, Oak Ridge Nat'l Laboratory, 49 Saitou, Kazuhiro, U. of Michigan, 81 Settgast, Randolph, LLNL, 88, 100 Sinz, Paul, LSU, 31, 79 Salimzadeh, Saeed, Technical U. of Denmark, 25 Sewell, Chris, LANL (currently at Intuitive Surgical, Smears, Iain, Inria Paris, 86 Salloum, Maher, Sandia Nat'l Laboratories, 81 Inc), 66 Smetana, Kathrin, U. of Twente, M.I.T., 96 Salvadori, Alberto, U. of Notre Dame, 41 Shadden, Shawn C., UC Berkeley, 24 Smeulders, David M.J., TU Eindhoven, 88 Samii, Ali, The U. of Texas at Austin, 88 Shadid, John, Sandia Nat'l Laboratories, 85, 96 Smith, Cameron, Rensselaer Polytechnic Inst., 55, 74 Sampaio, Luiz, Stanford U., 30 Shafieezadeh, Abdollah, The Ohio State U., 99 Soares, Joao S., The U. of Texas at Austin, 87 Sanchez, Manuel, U. of Minnesota, 94 Shahmoradi, Amir, UT Austin, 12 Sobotka, James, Southwest Research Inst., 21 Sanders, Clay, Duke U., 29, 47 Shakibaeinia, Ahmad, École Polytechnique Montréal, Soghrati, Soheil, The Ohio State U., 89 Sanders, Samantha, École Normale Supérieure de 99 Soimiris, George, 30 Cachan, 12 Shakibajahromi, Bahareh, Drexel U., 30 Soize, Christian, MSME (Université Paris-Est), 40, 74, Sanders, Travis, The U. of Texas at Austin, 56 Shalaby, Noha, American U.-Cairo, 24 96 Sandhu, Rimple, Carleton U., 27, 91 Shamoradi, Amir, The U. of Texas at Austin, 90 Solberg, Jerome, LLNL, 68 Sangalli, Giancarlo, U. of Pavia, 20 Shams, Ehsan, Rensselaer Polytechnic Inst., 91 Soltanbeigi, Behzad, U. of Edinburgh, 57 Sargsyan, Khachik, Sandia Nat'l Laboratories, 91 Shanaman, Matthew, Johns Hopkins Applied Physics Soma, Yuto, Ibaraki U., 72 Sargsyan, Syuzanna, U. of Washington, 88 Lab, 66 Sommer, Gerhard, TU Graz, 12 Sarkar, Abhijit, Carleton U., 27, 81, 90, 91 Shanthraj, Pratheek, Max-Planck Inst. for Iron Song, Arnold, US Army ERDC, 30 Sarkis, Marcus, WPI, 80 Research, 46 Song, Chongmin Song, UNSW Sydney, Australia, 85 Sarvaramini, Erfan, U. of Waterloo, 35, 45, 67 Shapiro, Vadim, UW-Madison, 19 Song, Jeong-Hoon, U. of Colorado Boulder, 16, 28, 37 Sattari, Samaneh, U. of Calgary, 24 Sharan, Shailendra, Laurentian U., 57 Song, Jun, McGill U., 38, 102 Sauer, Roger, RWTH Aachen U., 15, 77, 87, 98 Sharma, Luv, TU Eindhoven, 46 Song, Ting, Duke U., 19, 50, 80 Saunders, Robert, Naval Research Laboratory, 66 Shashkov, Mikhail., Los Alamos Nat'l Laboratory, 73 Sonon, Bernard, Université libre de Bruxelles, 30 Schanz, Martin, Graz U. of Technology, 83, 94 Shen, Meng-Wei, Nat'l Cheng Kung U., 80 Soto, Orlando, Applied Simulations Inc., 46 116

Soulaïmani, Azzeddine, École de Technologie Therriault, Daniel, École Polytechnique Montréal, 82, Supérieure, 34, 35, 44, 56 Tabarraei, Alireza, UNCCa, 78 89 Souleymane, Zio, COPPE-UFRJ, 86 Tabiai, Ilyass, École Polytechnique Montréal, 20, 26, Thiagarajan, Vaidyanathan, UW-Madison, 19 Sparks, Paul, U.S. Army ERDC, 20 89 Thiele, Marco, Stanford U. / Streamsim Technologies, Sridhar, Shankar, U. of Colorado-Boulder, 13 Tadmor, Ellad, U. of Minnesota, 38, 61, 82, 102 30 Srivastava, Vikas, ExxonMobil Upstream Research, Taghizadeh, Kianoosh, U. of Twente, 57 Thomas, Derek, Coreform LLC, 40, 63 87 Taghizadeh, Leila, TU Wien, 96 Throne, Robert, Rose-Hulman Inst. of Tech., 47 Staber, Brian, Université Paris-Est, 52 Takahashi, Akiyuki, Tokyo U. of Science, 26, 37, 101 Tian, Xiaochuan, Columbia U., 93 Stafford, Jason, MD Anderson Cancer Center, 43 Takahashi, Kazuki, Tokyo U. of Science, 37 Tikhonov, Alexey, Schlumberger, 88, 100 Stallings, Paul, Sandia Nat'l Laboratories, 20 Takahashi, Toru, Nagoya U., 83 Timarci, Taner, Trakya U., Edirne, 17 Staroselsky, Alexander, United Technologies Takaki, Tomohiro, Kyoto Inst. of Technology, 60 Tiwari, Sudarshan, U. of Kaiserslautern, 73 Research Ctr, 48 Takezawa, Akihiro, Hiroshima U., 47, 82 Tkachuk, Anton, U. of Stuttgart, 31 Steen, Paul, Cornell U., 69 Tal, David, Columbia U., 86 To, Albert, U. of Pittsburgh, 48, 60, 82 Steinmann, Paul, U. of Erlangen–Nuremberg, 12, 39, Talamini, Brandon, MIT, 58, 67 Tomac, Ingrid, UCSD, 67 61 Tamellini, Mattia, Politecnico di Milano, 101 Tomasi, Davide, U. of Padova, Italy, 26 Stender, Michael, Sandia Nat'l Laboratories, 38 Tan, Anne Marie, Univ. of Illinois, Urbana-Champaign, Tomov, Vladimir, LLNL, 61 Stergiou, Jonathan, NSWC Carderock Division, 69 72 Torres-Sánchez, Alejandro, UPC-BarcelonaTech, 77 Stershic, Andrew, Sandia Nat'l Laboratories, 104 Tan, Swee Hong, Nat'l U. Singapore, 16 Tortorelli, Daniel, U. of Illinois, 70, 81, 91 Stevens, Erica, U. of Pittsburgh, 48 Tan, Vincent, Nat'l U. of Singapore, 71 Touati, Mokhtar, 101 Stitzel, Joel, Wake Forest School of Medicine, 33 Tan, Wei Lin, Caltech, 18 Touhei, Terumi, Tokyo U. of Science, 16, 102 Stogner, Roy, UT Austin, 103 Tan, Yixuan, Rensselaer Polytechnic Inst., 27 Toulorge, Thomas, PSL - Mines Paristech - CEMEF, Stowell, Mark, LLNL, 91 Tang, Q., Rensselaer Polytechnic Inst., 79 16, 33 Straumit, Ilya, KU Leuven, 64 Tang, Shaoqiang, Peking U., 94 Trabelsi, Manel, LMA CNRS, 47 Stuebner, Michael, U. of Dayton Research Inst., 31, 79 Tauc, Patrick, École Normale Supérieure de Cachan, Trageser, Jeremy, George Washington U., 14 Suarez, Luis, U. of PR at Mayaguez, 14 12 Tran, Han, Vietnamese-German U., 89 Subber, Waad, U. of Notre Dame, 41, 64 Tavares, Joao, FEUP, 85 Tran, Justin, Stanford U., 75 Subia, Samuel, Sandia Nat'l Laboratories, 38 Tavlaki, Maria, NTUA, 52 Trask, Nathaniel, Sandia Nat'l Laboratories, 30 Suchde, Pratik, Fraunhofer ITWM, 73 Taya, Minoru, U. of Washington, 18 Trembacki, Bradley, Sandia Nat'l Laboratories, 49 Suga, Hayato, Tokyo U. of Science, 101 Taylor, Charles, HeartFlow, Inc., 12 Triantafyllou, Savvas P., U. of Nottingham, 100 Sugar, Joshua, Sandia Nat'l Laboratories, 38 Teferra, Kirubel, US Naval Research Laboratory, 43, Trinkle, Dallas, Univ. Illinois, Urbana-Champaign, 72 Sugiyama, Hirofumi, Yokohama Nat'l U., 89, 100 64, 66 Trott, Christian, Sandia Nat'l Laboratories, 95 Suh, Dong-Woo, POSTECH, 82 Teichert, Gregory, U. of Michigan, 86 Truong, Van Tien, Nat'l U. of Singapore, 47 Sukumar, N., UC Davis, 3, 4, 46, 73, 85, 89, 95 Temiz, Yuksel, IBM Research – Zurich, 25 Truster, Timothy, U. of Tennessee, 80, 91 Sun, Chien-Ting, Nat'l Taiwan Ocean U., 57 Templeton, Jeremy, Sandia Nat'l Laboratories, 39, 41, Tryggvason, Gretar, U. of Notre Dame, 60 Sun, Guangyong, The U. of Sydney, 14 80 Tsogka, Chrysoula, U. of Crete, 16 Sun, Jiguang, Michigan Technological U., 63, 86 Tendulkar, Saurabh, Simmetrix Inc., 55 Tsogtgerel, Gantumur, McGill U., 104 Sun, Xingsheng, Virginia Polytechnic Inst., 61 Teng, Honghui, Chinese Academy of Sciences, 61 Tsou, Nien-Ti, Nat'l Chiao Tung U., 33, 55 Suresh, Krishnan, UW Madison, 41, 60, 70 Terada, Kenjiro, Tohoku U., 30, 49 Tsubokura, Makoto, Kobe U., 30 Suryanarayana, Phanish, Georgia Inst. of Teran, Joseph, UCLA, 55, 84 Tsuji, Paul, LLNL, 27 Technology, 102 TerMaath, Stephanie, U. of Tennessee, 101 Tu, Qingsong, UC Berkeley, 20, 60 Sutton, Oliver J., U. of Leicester (UK), 86 Tessler, Alexander, NASA Langley Research Center, Tubaldi, Eleonora, McGill U., 59 Suzuki, Masaaki, Tokyo U. of Science, 73 17, 28 Tung, Yi-Chung, Academia Sinica, 98 Sven, Beckhuis, Ruhr U. Bochum, 57 Tew, Kevin, Coreform, 40, 43 Turnbull, Michael S., HR Wallingford, UK, 44 Svendsen, Bob, RWTH Aachen U., 29, 72 Texier, Damien, École de Technologie Supérieure, 89 Turner, John, Oak Ridge Nat'l Laboratory, 28, 49 Swiler, Laura, Sandia Nat'l Laboratories, 91 Tezaur, Irina, Sandia Nat'l Laboratories, 18, 81 Tzingounis, Anastasios, U. of Connecticut, 13 Szeliga, Danuta, AGH Krakow, Poland, 20 Tezaur, Radek, Stanford U., 25 117

Uchiyama, Fujio, Kozo Keikaku Engineering Inc., 14, Vincent, Peter, Imperial College London, 13, 34 Wang, Yuheng, Michigan State U., 98 35 Violeau, Damien, EDF-LNHE-LHSV, 44 Wang, Yun-Che, Nat'l Cheng Kung U., 80 Uekermann, Benjamin, Technical U. of Munich, 15, 85 Vitali, Efrem, LLNL, 100 Wang, Zhenlin, U. of Michigan, 18 Urata, Shingo, Asahi Glass Co., Ltd., 48 Vivek, Atul, IIT Hyderabad, India, 69 Wang, ZJ, U. of Kansas, 13 Urick, Benjamin, The U. of Texas, 56 Vlahopoulos, Nickolas, U. of Michigan, 58 Warner, James, NASA Langley Research Center, 21, Utke, Jean, Allstate, 103 Vo, Thuc, Northumbria U., 72 32, 37, 41 Vogiatzis, Panagiotis, SUNY Stony Brook U., 59 Washabaugh, Kyle, Boeing Commercial Aircraft, 66 Vabishchevich, Petr, Nuclear Safety Inst., RAS, 36 von Planta, Cyrill, USI Lugano, 15 Weaver, Caitlin, Wake Forest School of Medicine, 33 Vacca, Giuseppe, U. of Milano Bicocca, 73 Voskuilen, Tyler, Sandia Nat'l Laboratories, 39, 49 Webb III, Edmund, Lehigh U., 34 Vaiyapuri, Senthilkumar, CSIR Fourth Paradigm Inst., Voth, Thomas, Sandia Nat'l Laboratories, 12 Weber, George, Johns Hopkins U., 30 36 Wechsuwanmanee, Peerapon, RWTH Aachen U., 68 Valdés-Vázquez, J. Gerardo, U. of Guanajuato, 27 Wächtler, Timo, Fraunhofer ITWM, 99 Weggel, David, UNC Charlotte, 26, 58 Valette, Rudy, Mines ParisTech, 47, 91 Wada, Shogo, The U. of Texas at Dallas, 26 Wei, Daixiu, Tohoku U., 48 Valiveti, Dakshina, ExxonMobil Upstream Research Wada, Yoshitaka, Kindai U., 15 Wei, Wei, Lehigh U., 34 Center, 57 Wade, Sean, U.S. Army ERDC, 20 Wen, Guilin, Hunan U., 14 Valizadeh, Navid, Bauhaus-Universität Weimar, 72 Waechtler, Timo, Fraunhofer ITWM, 73 Wen, John, RPI, 27 Valov, Alexander, Novosibirsk State U., 35, 78 Wagner, Gregory, Northwestern U., 47, 92 Wen, Lihua, Northwestern Polytechnical U., 83 van Brummelen, E. Harald, TU Eindhoven, 69 Waisman, Haim, Columbia U., 45, 46, 58, 68, 89 Westerink, Joannes J., U. of Notre Dame, 99 van de Ven, Emiel, Netherlands Aerospace Centre, Walker, Stuart, Altair, 39 Wheeler, Mary, UT Austin, 23, 45, 73, 80 TU Delft, 59 Wall, Wolfgang A., Technical U. of Munich, 51, 77 Whelan, Matthew, UNC Charlotte, 58 van der Zee, Kris, Univ. of Nottingham, 69 Walsh, Timothy, Sandia Nat'l Laboratories, 29, 81 White, Daniel, LLNL, 91 van Dommelen, Hans, TU Eindhoven, 71 Wan, Richard, U. of Calagry, 25, 57 White, Tina, Stanford U., 78 van Keulen, Fred, TU Delft, 59 Wan, Yang, Shanghai Jiao Tong U., 58 Whitney, Ben, Brown U., 24 Vanaerschot, Andy, Brussels Airlines, 64 Wang, Chien-Kai, Tamkang U., 98 Wildey, Tim, Sandia Nat'l Labs, 37, 74 Vandepitte, Dirk, KU Leuven, 64 Wang, Chunmei, Texas State U., 51 Wilkinson, Angus, U. of Oxford, 37 VanGessel, Francis , U. of Maryland, 71 Wang, Dongdong, Xiamen U., China, 40 Willberg, Christian, German Aerospace Center (DLR), Vavalle, Nicholas, Johns Hopkins APL, 66 Wang, Hao, Case Western Reserve Univ., 50 36 Vaziri Astaneh, Ali, UT Austin, 43, 95 Wang, Hsin, Oak Ridge Nat'l Laboratory, 49 Williams, Brett, U.S. Army ERDC, 20 Vedani, Maurizio, Politecnico di Milano, 17 Wang, Huanran, 67 Williams, David, Pennsylvania State U., 34 Vedula, Vijay, Stanford U., 19 Wang, Jiaojiao, Rose-Hulman Inst. of Tech., 47 Wilson, Devon, Arup, 26 Veilleux, Michael, Sandia Nat'l Laboratories, 19, 38, 94 Wang, Junpeng, Northwestern Polytechnical U., 83 Wind, Jens L., Aarhus U., 101 Velikanov, Ivan, Schlumberger, 100 Wang, Junping, Nat'l Science Foundation, 51 Wirasaet, Damrongsak, U. of Notre Dame, 99 Vemaganti, Kumar, U. of Cincinnati, 64, 75 Wang, Kevin, Virginia Tech, 15, 61 Witherden, Freddie, Stanford U., 13, 25, 34, 56 Venkataraman, Satchi, SDSU, 71 Wang, Kun, Columbia U., 45 Wodo, Olga, U. at Buffalo, 48 Venkovic, Nicolas, Johns Hopkins U., 39 Wang, Qian, Manhattan College, 35 Woelke, Pawel, Thornton Tomasetti–Weidlinger Verani, Marco, Politecnico di Milano, 95, 101 Wang, Qiqi, MIT, 86 Applied Sci., 104 Verma, Chaman Singh, Univ of Wisconsin, Madison, Wang, Sheldon, Midwestern State U., 34 Wohlmuth, Barbara, TU Munich, 12, 64, 90 41 Wang, Shuangfeng, South China U. of Tech., 88 Wood, Aihua, Air Force Inst. of Technology, 16 Vermeire, Brian, Concordia U., 13, 25, 34 Wang, Tao, Northwestern Polytechnical U., 30, 83 Wood, Dylan, The Ohio State U., 99 Verner, Sarah, The U. of Michigan, 12 Wang, Wei, Beihang U., 72 Wopschall, Steven, UC Davis, 27 Vernerey, Franck, U. of Colorado-Boulder, 13 Wang, Xianqiao, U. of Georgia, 13, 34, 43, 98 Wozniak, Maciej, AGH UST, 20 Viceconti, Marco, Insigneo, Sheffield U., 55 Wang, Xiaonan, UNCC, 78 Wriggers, Peter, LUH Hannover, 62 Vidyasagar, A., Caltech, 18 Wang, Xuebin, Stony Brook U., 39 Wright, Jonathan, ESRF, 37 Viebahn, Nils, Universität Duisburg-Essen, 51 Wang, Yifeng, Sandia Nat'l Laboratories, 80 Wu, Chenglin, Missouri U. of Science and Vignes, Ryan, Lawrence Livermore Nat'l Laboratory, Wang, Yonggang, 67 Technology, 72 38 Wang, Yongxiang, Columbia U., 89 Wu, C.T., LSTC, 62 118

Wu, Jinying, Dalian U. of Technology, 40 Yang, Yeong-Bin, Nat'l Taiwan U., 103 Zeman, Jan, Czech Technical U. in Prague, 82 Wu, Junchao, Xiamen U., China, 40 Yankeelov, Thomas, UT Austin, 12, 43, 64 Zeng, Xianyi, The U. of Texas El Paso, 50, 68 Wu, Lianping, Xi'an Jiaotong U., 102 Yano, Masayuki, U. of Toronto, 78, 88 Zeng, Xiaowei, The U. of Texas at San Antonio, 24 Wu, Wensi, Cornell U., 79, 90 Yao, Guangming, Clarkson U., 50 Zhang, Alvin, Rensselaer Polytechnic Inst., 12, 66 Wu, Xiaojie, Penn State U., 18 Yao, Weian, Dalian U. of Technology, 28 Zhang, Fengshou, Tongji U., 67 Wu, Zhigang, Dalian U. of Technology, 41 Yao, Wen, NUDT, 92 Zhang, Guanfeng, U. of Nebraska-Lincoln, 78 Wyman, Nick, Pointwise, Inc., 32 Ye, Hanglin, Rensselaer Polytechnic Inst., 56 Zhang, Guangliang, Taizhou U., 28 Ye, Hongfei, Dalian U. of Technology, 62 Zhang, Guodong, U. of Notre Dame, 81 Xia, Huanxiong, U. of Notre Dame, 60 Ye, Huilin, U. of Connecticut, 34 Zhang, Hong, Argonne Nat'l Laboratory, 103 Xia, Liang, Université Paris-Est, 67 Ye, Xiu, U. of Arkansas at Little Rock, 51 Zhang, Hongwu, Dalian U. of Technology, 32, 62 Xia, Wenjie, Northwestern U., 93 Yeganehdoust, Firoozeh, Concordia U., 90 Zhang, Jessica, Carnegie Mellon U., 50, 56, 72 Xia, Yi, Cornell U., 69 Yenduri, Anurag, Engineering Analyst, Oceaneering, Zhang, Jianming, Hunan U., 94, 102 Xiao, Fei, The Ohio State U., 89 68 Zhang, Jiaxin, Johns Hopkin U., 104 Xiao, Feng, Tokyo Inst. of Technology, 61 Yeratapally, Saikumar, NIA, 32, 41 Zhang, Jiayong, Dalian U. of Technology, 32 Xiao, Jinyou, Northwestern Polytechnical U., 83 Yin, Hanfeng, Hunan U., 14, 35 Zhang, Jinhuan, Tsinghua U., 33 Xiao, Yilong, The Ohio State U., 77 Yokoyama, Yuta, U. of Yamanashi, 72 Zhang, Kuan, U. of Minnesota, 38 Xiao, Youye, Hunan U., 14 Yong, Xin, Binghamton U., 44 Zhang, Linlin, Dalian U. of Technology, 28 Xie, Bin, Tokyo Inst. of Technology, 61 Yoo, Sung Sic, Seoul Nat'l U., 12 Zhang, Liuyang, U. of Georgia, 98 Xie, Wei, Northwestern Polytechnical U., 26 Yoon, Eisung, Rensselaer Polytechnic Inst., 41 Zhang, Lucy, Rensselaer Polytechnic Inst., 44, 77, 79, Xie, Xuping, Virginia Tech, 88 Yoon, Young-Cheol, Myongji College, 16, 28 98 Xiu, Dongbin, Ohio State U., 74 Yoshimura, Shinobu, The U. of Tokyo, 14, 15, 27, 37, Zhang, Rui, The U. of Texas at Dallas, 83 Xu, Jun, Beihang U., 45 46, 79 Zhang, Shanglong, U. of Connecticut, 70 Xu, Xiao, UT Austin, 14 Yotov, Ivan, U. of Pittsburgh, 73 Zhang, Sheng, Dalian U. of Technology, 41 Xu, Yuan, U. of Western Australia, 101 You, Hojun, Seoul Nat'l U., 13 Zhang, Shenghan, École Polytech. Fédérale de Xu, Zhanping, U. of Nebraska-Lincoln, 78 Youn, Seungwook, Hongik U., Korea, 16 Lausanne, 101 Xuan, Zhaocheng, Tianjin U. of Tech&Edu, 27 Youn, Sung-Kie, KAIST, 47 Zhang, Shuhai, Vanderbilt U., 16 Xue, Tianju, Shanghai Jiao Tong U., 58 Yu, Cheng, Northwestern U., 70 Zhang, Weisheng, Dalian U. of Technology, 70 Yu, Fei, UC Irvine, 59 Zhang, Will, UT Austin, 87, 98 Yaghmaie, Reza, Johns Hopkins U., 83 Yu, Feimi, Rensselaer Polytechnic Inst., 79 Zhang, Xiang, Vanderbilt U., 30 Yamada, Takahiro, Yokohama Nat'l U., 63, 79, 89, 100 Yu, Kintak Raymond, 47 Zhang, Xiaodong, SKLBESD, CMCCRDI Co., 91 Yamada, Tomonori, The U. of Tokyo, 14, 15, 27, 46, 79 Yu, Wenshan, Xi'an Jiaotong U., 102 Zhang, Xiaohui, Lehigh U., 34 Yamamoto, Takeki, Tohoku U., 63 Yufan, Zhao, Tohoku U., 48 Zhang, Xiaopeng, Dalian U. of Technology, China, 47 Yamanaka, Kenta, Tohoku U., 48 Yun, Giseok, Seoul Nat'l U., 43 Zhang, Xiaoxuan, Stanford U., 67 Yamashita, Takuzo, NIED, 79 Yun, Kyeong-Soo, KAIST, 47 Zhang, Xiaoyu, Vanderbilt U., 68 Yan, Hong, Northwestern Polytechnical U., 13 Yusa, Yasunori, Tokyo U. of Science, 15, 36 Zhang, Yihao, U. of Connecticut, 13, 77 Yan, Jinhui, Northwestern U., 47 Yushu, Dewen, U. of Notre Dame, 37 Zhang, Yongjie, Carnegie Mellon U., 77 Yang, Chao, Lawrence Berkeley Nat'l Lab, 61 Yvonnet, Julien, Université Paris-Est, 18, 49, 67 Zhang, Yu, Rensselaer Polytechnic Inst., 91 Yang, Chaoming, U. of Michigan, 93 Zhao, Gang, Beihang U., 72 Yang, Fan, Rensselaer Polytechnic Inst., 91 Zabaras, Nicholas, U. of Notre Dame, 52 Zhao, Junfei, Dalian U. of Technology, 62 Yang, Feng Wei, U. of Sussex, 90 Zaccariotto, Mirco, U. of Padova, Italy, 26 Zhao, Yaoyao, McGill U., 17 Yang, Haitian, Dalian Univ. Tech., 28 Zahm, Olivier, MIT, 27 Zhao, Yong, NUDT, 92 Yang, Judy, Nat'l Chiao Tung U., 50 Zahr, Matthew, LBNL, UC Berkeley, 56 Zhao, Yufan, Tohoku U., 48 Yang, Liming, 67 Zakerzadeh, Rana, UT Austin, 98 Zheng, Chengjian, Rensselaer Polytechnic Inst., 27 Yang, Ming, The Ohio State U., 89 Zang, Lina, Shanghai Jiao Tong U., 34 Zheng, Wei, Dartmouth College, 34 Yang, Wei, Xiangtan U., 84 Zang, Mengyan, South China U. of Tech, 57 Zheng, Yonggang, Dalian U. of Technology, 32, 62 Yang, Yabin, TU Delft, 17, 28 Zegard, Tomas, PUC Chile, 47, 60 Zheng, Zumei, South China U. of Technology, 57 119

Zhou, Guohua, The Pennsylvania State U., 20 Zhu, Yuanzheng, Georgia Inst. of Technology, 90 Zou, Zhihui, Brigham Young U., 40, 63 Zhou, Lili, Dalian U. of Technology, 62 Zhu, Zihao, U. of Maryland, 41 Zou, Zilong, Duke U., 21 Zhou, Peng, Harbin Inst. of Technology, 82 Zio, Souleymane, Federal U. of Rio de Janeiro, 99 Zulian, Patrick, USI Lugano, 15, 61 Zhou, Xiao, McGill U., 102 Ziou, Djemel, Université de Sherbrooke, 95 Zundel, Alan, Aquaveo - Water Modeling Solutions, 88 Zhou, Yexin, Tongji U. / Jiangsu U., 63 Zlotnik, Sergio, UPC-BarcelonaTech, 99 Zwanenburg, Philip, McGill U., 44 Zhou, Yuqing, U. of Michigan, 81 Zokagoa, Jean-Marie, École de Technologie Zhu, Luoding, Indiana U. / Purdue U., 101 Supérieure, 44

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TS6: POSTER SESSION – Tuesday, 4:30 – 6:00 pm, 517A

Poster Competition Participants:

Sai Vagbharathi Addagalla Moon Soo Kang Hongik University Pratyaksh Agrawal University of Toronto Justin Kauffman The Pennsylvania State University Kazem Alidoost University of Illinois Nayyan Kaul North Carolina State University Reza Avazmohammadi The University Of Texas at Austin Kenan Kergrene École Polytechnique Montréal Olalekan Babaniyi Mehdi Khalloufi Mines ParisTech Alexey Baykin Lavrentyev Institute of Hydrodynamics Elham Kheradmand Nezhad École Polytechnique Montréal Matthew Becton University of Georgia Boyoung Kim Hongik University, Republic of Korea Eric Bryant Columbia University Mohammad Komijani University of Waterloo Hugo Casquero Carnegie Mellon University Andreas Krischok Stanford University Robert Caulk University of California, San Diego Nikola Kuzmic University of Toronto Heng Chi Georgia Institute of Technology Jae Lee UNC Chapel Hill Youngsoo Choi Lawrence Livermore National Lab. Emma Lejeune Stanford University XI Deng Tokyo Institute of Technology Tiange Li University of California, Berkeley Kelsey DiPietro University of Notre Dame Ji-Qin Li University of Connecticut Yuchen Dong Worcester Polytechnic Institute Yingjie Liu Duke University Li Dong Rensselaer Polytechnic Institute Zixiang Liu Georgia Institute of Technology Berkin Dortdivanlioglu Stanford University Jikai Liu University of Pittsburgh Kyle Dunn Worcester Polytechnic Institute Dandan Lyu University of California, Berkeley Mahdad Eghbalian University of Calgary Dominik Mattioli The Ohio State University Luke Engvall University of Colorado at Boulder Abdelkrim Merah University of Boumerdes Mona Eskandari Stanford University Mostafa Mobasher Columbia University Felipe Fernandez University of Illinois at UC S. Muralikrishnan The University of Texas at Austin Kek Boon Goh Nanyang Technological University SeonHong Na Columbia University Josep Maria Gras Ribot UC, Colorado Springs Hoang Nguyen Northumbria University M. Gokhan Gunay Trakya University Fabian Nick Fraunhofer SCAI Ruize Hu Vanderbilt University Yannick A.D. Omar RWTH Aachen University Shiyan Jayanath Clarkson University Deniz Ozturk Johns Hopkins University Jiahua Jiang University of Massachusetts Dartmouth Antonin Paquette-Rufiange École Polytechnique Montréal Kartik Josyula Rensselaer Polytechnic Institute Aishwarya Pawar Carnegie Mellon University

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Poster Competition Participants: Short Courses:

Gregory Phlipot California Institute of Technology Pre-congress short courses are scheduled on Sunday, July 16, 2017 Naveen Prakash Virginia Tech from 9:00 am to 4:00 pm at the Palais des Congrès de Montréal in Shivakanth Chary Puligilla 514B, 514C, 515B, and 515C. The following short courses are being Diamondra F.T. R. Ranjanoro Yonsei University offered for USNCCM14: William Schill California Institute of Technology SC14-001: Peridynamics Theory of Solid Mechanics: Modeling, Augustin Schmidt École Polytechnique Montréal Computation, and Applications Dingyi Sun California Institute of Technology Instructors: Dr. John Foster, Dr. David Littlewood, and Dr. Pablo Ilyass Tabiai École Polytechnique Montréal Seleson Krishna K. Talamadupula Virginia Tech Brandon Talamini MIT SC14-004: Discontinuous Petrov-Galerkin Method with Optimal Test Gregory Teichert University of Michigan Functions Instructor: Dr. Leszek Demkowicz Ajith Ukwattage Clarkson Univeristy Ben Vadala-Roth UNC Chapel Hill SC14-005: 2D and 3D Modeling of River and Coastal Areas Nicolas Venkovic Johns Hopkins University Hydrodynamics using TELEMAC Javier Videla University of Chile Instructors: Drs. Riadh Ata and Dr. Sébastien Bourban Yongxiang Wang Columbia University Zhenlin Wang University of Michigan SC14-008: Computational Phase-Field Modeling Haoran Wang University of Illinois at UC Instructor: Dr. Kris van der Zee George Weber Johns Hopkins University

Dylan Wood The Ohio State University Xuping Yang Qingcheng U. of Pittsburgh & Penn State U. Xiaoyu Zhang Vanderbilt University Xiang Zhang Vanderbilt University Rui Zhang The University of Texas at Dallas Xiaoxuan Zhang Stanford University Jiaxin Zhang Johns Hopkins University Yuqing Zhou University of Michigan

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Notes: Notes:

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Notes: Notes:

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Registration Package: Other Items: You will find in your registration package the following items: Some USB flash drives and laser pointers will be available at the Registration 1. Foldable Backpack: Compact, lightweight construction makes this an Desk, if needed. Rooms will be provided with laser pointers. Finally, awesome bag for travel! Fold it into its own zippered pocket for easy notebooks and notepads will be available on a self-serve basis at the storage or use it to pack for extras/souvenirs from your trip. Registration Desk.

2. Luggage Tag: The luggage tag is attached to the backpack. You are encouraged to personalize it by writing your name on it. Markers are Recycling: available at the registration desk.

We understand that some of the articles in your registration package will not 3. Stylus Pen: Use it either as a stylus to scroll through the Congress App be of any use for you or simply not to your taste. or as a “good ol’ handwriting” pen to take notes.

No problem! However, for the sake of reducing waste, we would appreciate it 4. Plastic Envelop: The envelop contains flyers, registration information, ... if you could recycle the articles that you would like to discard rather than just

throwing them in the basket of your hotel room… 5. Bottle of Maple Syrup: A special gift from Québec for your sweet tooth!

The maple syrup has been especially prepared by the owners of the You will find containers and baskets in 517A during the whole congress for Cabane à Sucre Osias, which started in the early 1900’s and is located recycling. in the region of Lanaudière, about one hour North of Montréal.

Thank you!

www.cabaneosias.com

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Food and Drinks: Cultural Activities in Montréal: There are many restaurants and cafés around the Palais des Congrès de Montréal is internationally recognized for its many summer festivals, unique Montréal. We have nevertheless compiled a few “Incontournables” for all architecture, and hospitality. This year is also special because of taste for those who feel like exploring a bit further. A more comprehensive Montreal375 and Canada150. If you need any information about activities in list is also available on the congress website. Montréal and surroundings, feel free to ask one of the agents at the Information Desk at the foot of the escalators or at the Desk specially Restaurants: set up for the congress by Tourisme Montréal nearby the Registration Desk. Mai Xiang Yuan, 1082 St Laurent Blvd, $$ Olive et Gourmando, 351 Saint-Paul St W, $ Below are some activities listed for each day of the week. Niu Kee, 1163 Clark St, $$ More information is also available on the congress website. Ikanos, 112 McGill St #1, $$ LOV Restaurant, 464 McGill St, $$ Saturday, July 15: Stash Café, 200 Saint-Paul St W, $ Comedy Festival Montréal Just For Laughs, Fantasia Film Festival, Festival Boustan, 2020 Crescent St, $ International Nuits d’Afrique, Montréal Cirque Festival, Montreal International La Pizzaiolle, 600 Marguerite d'Youville St, $$ Fireworks Competition (Poland), Explosion 67–Terre des Jeunes Ganadara, 1862 Maisonneuve Blvd W, $$ Sunday, July 16: Lola Rosa Café, 545 Milton St, $$ Comedy Festival Montréal Just For Laughs, Fantasia Film Festival, Festival Grenadine, 2004 Hôtel-de-Ville Ave, $$$$ International Nuits d’Afrique, Montréal Cirque Festival, Piknik Électronique, Europea, 1227 de la Montagne St, $$$$ Tam Tams, Explosion 67–Terre des Jeunes, La Balade pour la Paix–Un Burger Bar Crescent, 1465 Crescent St, $$ Musée à Ciel Ouvert Schwartz’s Deli, 3895 St Laurent Blvd, $ Moishes, 3961 St Laurent Blvd, $$$$ Monday, July 17: O-Thym, 1112 de Maisonneuve Blvd E, $$$ Comedy Festival Montréal Just For Laughs, Fantasia Film Festival, Festival Nil Blue, 3706 St Denis St, $$ International Nuits d’Afrique Ma Poule Mouillée, 969 Rachel St E, $ Tuesday, July 18:

Comedy Festival Montréal Just For Laughs, Fantasia Film Festival, Festival Cafés and Bars: International Nuits d’Afrique Crew Collective & Café, 360 St Jacques St Wednesday, July 19: Tommy, British Empire Building, 200 Notre-Dame St W Comedy Festival Montréal Just For Laughs, Fantasia Film Festival, Festival Café Olimpico, 419 St Vincent St International Nuits d’Afrique, Montréal International Fireworks Competition Café de Mercanti Old Montreal, 350 Notre-Dame St E #1 (Germany), Explosion 67–Terre des Jeunes, Montréal Avudo, McCord Café Osmo, 51 Sherbrooke St W Museum Café Santropol, 3990 St Urbain St Thursday, July 20: Terrasse Place D'Armes, 55 Saint-Jacques St, 8th floor, $$ Comedy Festival Montréal Just For Laughs, Fantasia Film Festival, Festival Joverse, 52 St Jacques St, $$ International Nuits d’Afrique, Explosion 67–Terre des Jeunes, La Balade Bistro-Brasserie Les Soeurs Grises, 32 McGill St, $$ pour la Paix–Un Musée à Ciel Ouvert, Montréal Avudo Brasseur de Montréal, 1485 Ottawa St, $$ Friday, July 21: La Distillerie, 300 Ontario St E, $$ Comedy Festival Montréal Just For Laughs, Fantasia Film Festival, Festival Réservoir, 9 Duluth Ave E, $$ International Nuits d’Afrique, Explosion 67–Terre des Jeunes, Montréal N sur Mackay, 1244 Mackay St, $$ Avudo, Soirées Country Dieu du Ciel!, 29 Laurier Ave W, $$ 127

Minisymposia at a Glance

Room TS1 TS2 TS3 TS4 TS5 TS6 TS7 TS8 TS9 TS10 514A 1005 1005 1005 1101 1101 1101 1003 1003 1003 514B 108 108 108 108 106 1109 1104 1104 1104 514C 101 101 101 102 102 105 105 105 515A 104 103 103 103 103 107 107 107 515B 809 809 807 807 805 805 805 1001 515C 806 806 804 804 808 808 808 808 808 516A 001 001 001 001 001 001 11 02 1102 001 516D 801 801 802 802 802 802 802 802 802 516E 813 813 813 813 813 803 812 812 518A 708 708 708 707 707 707 707 706 518B 406 406 406 401 401 401 401 401 401 518C 304 304 304 304 304 304 508 508 519A 912 912 912 912 912 912 912 202 202 519B 605 605 605 605 605 605 520A 201 201 201 201 201 206 206 206 206 520B 203 203 203 504 204 204 204 520C 205 205 301 301 301 301 301 301 301 520D 501 501 501 501 501 505 505 505 520E 303 303 303 303 303 507 507 507 520F 503 503 506 506 506 506 506 506 521BC 405 405 405 404 404 404 404 403 403 522A 902 902 902 913 913 905 1002 522BC 901 901 901 302 915 915 915 915 523A 701 701 701 914 914 914 705 705 523B 702 709 709 916 916 916 904 904 904 524A 910 910 910 911 911 911 908 908 908 524B 903 903 903 1105 1105 1105 1105 1105 524C 601 601 601 601 602 602 602 602 525A 703 703 710 710 402 402 402 402 525B 1108 1108 1108 1107 1107 603 603

128 Convention Center 5th Floor

Plenary Lectures, Cocktail and Banquet Semi-Plenary Lectures in 517BC bSPL in 516BC

Montreal, July 17-20, 2017 –

Semi-Plenary Lectures Entrance to Convention Center Coffee Breaks, Exhibitors, and USNational Congress on Computational Mechanics th aSPL in 517D Congress Registration in Foyer Poster Session (TS6) in 517A 14