Final Program and Abstracts

Sponsored by the SIAM Activity Group on Mathematical Aspects of Materials Science.

The purpose of the SIAM Activity Group on Mathematical Aspects of Materials Science (SIAG/MS) is to bring together mathematicians, engineers, and scientists interested in the application of analysis and computation to problems in materials science. The SIAG serves as a meeting point for mathematicians, engineers, and scientists from all areas of computational and materials science, thus fostering cross-fertilization between fields, and from diverse venues such as academia, industry, and the national laboratories. The activity group sponsors the triennial SIAM Conference on Mathematical Aspects of Materials Science and minisymposia at the SIAM annual meetings. It also maintains a wiki, a member directory, and an electronic mailing list. MS16 Mobile App Scan the QR code with any QR reader and download the TripBuilder EventMobile™ app to your iPhone, iPad, iTouch or Android mobile device. You can also visit www.tripbuildermedia.com/apps/siam2016events

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www.siam.org/meetings/ms16 2 2016 SIAM Conference on Mathematical Aspects of Materials Science

Table of Contents Yang Xiang Child Care The Hong Kong University of Science The Philadelphia Convention and and Technology, Hong Kong Program-At-A-Glance...... Visitors Bureau recommend The ...... See separate handout Pingwen Zhang Philadelphia Nanny Network (http:// General Information...... 2 Peking University, China www.nannyagency.com/) and Your Other Get-togethers...... 4 Dana Zöllner Hands (http://www.yourotherhands.com/ Invited Plenary Presentations...... 6 University of Magdeburg, Germany services.html) for attendees interested Program Schedule...... 11 in child care services. Attendees are Poster Session...... 44 responsible for making their own child care arrangements. Abstracts...... 85 SIAM Registration Desk Speaker and Organizer Index.... 191 The SIAM registration desk is located Conference Budget… in the Society Hill Ballroom Foyer. It is Corporate Members ...... Inside Back Cover open during the following hours: and Affiliates Hotel Meeting Room Map… Saturday, May 7 ...... Outside Back Cover 4:00 PM - 8:00 PM SIAM corporate members provide their employees with knowledge about, Sunday, May 8 access to, and contacts in the applied 7:00 AM - 5:30 PM mathematics and computational sciences Organizing Committee community through their membership Co-chairs Monday, May 9 benefits. Corporate membership is more than just a bundle of tangible products Qiang Du 7:30 AM - 5:30 PM and services; it is an expression of Columbia University, USA Tuesday, May 10 support for SIAM and its programs. David Srolovitz 7:30 AM - 5:30 PM SIAM is pleased to acknowledge its University of Pennsylvania, USA corporate members and sponsors. Wednesday, May 11 In recognition of their support, non- 7:30 AM - 5:30 PM member attendees who are employed by Organizing Committee the following organizations are entitled Aleksandar Donev to the SIAM member registration rate. Courant Institute of Mathematical Thursday, May 12 Sciences, New York University, USA 7:30 AM - 3:30 PM Corporate Institutional Dmitry Golovaty Members University of Akron, USA Hotel Address The Aerospace Corporation Robert Lipton Sheraton Society Hill Hotel Air Force Office of Scientific Research Louisiana State University, USA 1 Dock Street Amazon Kristin Persson University of California, Berkeley Philadelphia, Pennsylvania 19106 Aramco Services Company and Lawrence Berkeley National Bechtel Marine Propulsion Laboratory Laboratory, USA The Boeing Company Hotel Telephone Number Ellad Tadmor CEA/DAM University of Minnesota, USA To reach an attendee or leave a message, call +1-215-238-6000. If Department of National Defence (DND/ Florian Theil CSEC) University of Warwick, United the attendee is a hotel guest, the hotel DSTO- Defence Science and Kingdom operator can connect you with the attendee’s room. Technology Organisation Axel Voigt Hewlett-Packard Technische Universität Dresden, Huawei FRC French R&D Center Germany Hotel Check-in and Check- Peter Voorhees out Times IBM Corporation Northwestern University, USA Check-in time is 3:00 PM. IDA Center for Communications Jonathan Weare Research, La Jolla Check-out time is 12:00 PM. University of Chicago, USA IDA Center for Communications Research, Princeton 2016 SIAM Conference on Mathematical Aspects of Materials Science 3

Institute for Defense Analyses, Center Leading the applied Telephone: +1-215-382-9800 for Computing Sciences mathematics community (worldwide); or 800-447-7426 (U.S. and Lawrence Berkeley National Laboratory Canada only) Join SIAM and save! Lawrence Livermore National Labs Fax: +1-215-386-7999 SIAM members save up to $130 on E-mail: [email protected] Lockheed Martin full registration for the 2016 SIAM Los Alamos National Laboratory Conference on Mathematical Aspects Postal mail: Society for Industrial and of Materials Science! Join your peers Applied Mathematics, 3600 Market Max-Planck-Institute for Dynamics of Street, 6th floor, Philadelphia, PA 19104- Complex Technical Systems in supporting the premier professional society for applied mathematicians 2688 USATelephone: +1-215-382-9800 Mentor Graphics and computational scientists. SIAM (worldwide); or 800-447-7426 (U.S. and National Institute of Standards and members receive subscriptions to Canada only) Technology (NIST) SIAM Review, SIAM News and SIAM National Security Agency (DIRNSA) Unwrapped, and enjoy substantial discounts on SIAM books, journal Naval PostGrad Standard Audio/Visual subscriptions, and conference Set-Up in Meeting Rooms Oak Ridge National Laboratory, registrations. managed by UT-Battelle for the SIAM does not provide computers for If you are not a SIAM member and Department of Energy any speaker. When giving an electronic paid the Non-Member or Non-Member presentation, speakers must provide their Sandia National Laboratories Mini Speaker/Organizer rate to attend own computers. SIAM is not responsible Schlumberger-Doll Research the conference, you can apply the for the safety and security of speakers’ United States Department of Energy difference between what you paid computers. U.S. Army Corps of Engineers, Engineer and what a member would have paid The Plenary Session Room will have Research and Development Center ($130 for a Non-Member and $65 for a two (2) screens, one (1) data projector Non-Member Mini Speaker/Organizer) and one (1) overhead projector. The data US Naval Research Labs towards a SIAM membership. Contact projectors support VGA connections SIAM Customer Service for details or only. Presenters requiring an HDMI or join at the conference registration desk. alternate connection must provide their List current April 2016. If you are a SIAM member, it only own adaptor. costs $10 to join the SIAM Activity All other concurrent/breakout rooms Group on the Mathematical Aspects will have one (1) screen and one (1) data Funding Agencies of Materials Science (SIAG/MS). As projector. The data projectors support SIAM and the conference organizing a SIAG/MS member, you are eligible VGA connections only. Presenters committee wish to extend their thanks for an additional $10 discount on this requiring an HDMI or alternate and appreciation to the U.S. National conference, so if you paid the SIAM connection must provide their own Science Foundation and the Department member rate to attend the conference, adaptor. of Energy (DOE) for their support of you might be eligible for a free If you have questions regarding this conference. SIAG/MS membership. Check at the availability of equipment in the meeting registration desk. room of your presentation, please see a Free Student Memberships are SIAM staff member at the registration available to students who attend an desk. institution that is an Academic Member of SIAM, are members of Student Chapters of SIAM, or are nominated by a Regular Member of SIAM. Internet Access Join onsite at the registration desk, Complimentary wireless Internet access go to www.siam.org/joinsiam to join will be available for SIAM attendees in online or download an application the meeting space, guestrooms in the form, or contact SIAM Customer SIAM room block, and public areas of Service: the hotel. In addition, a limited number of computers with Internet access will be available during registration hours. 4 2016 SIAM Conference on Mathematical Aspects of Materials Science

Registration Fee Includes Name Badges This philosophy extends from SIAM • Admission to all technical sessions A space for emergency contact conferences, to its publications, and information is provided on the back of to its governing structures and bodies. • Business Meeting (open to SIAG/ We expect all members of SIAM and MS members) your name badge. Help us help you in the event of an emergency! participants in SIAM activities to work • Coffee breaks daily towards this commitment. • Poster Session • Room set-ups and audio/visual Comments? Please Note equipment Comments about SIAM meetings are SIAM is not responsible for the safety • Welcome Reception encouraged! Please send to: and security of attendees’ computers. Do not leave your laptop computers Cynthia Phillips, SIAM Vice President for Programs ([email protected]). unattended. Please remember to turn Job Postings off your cell phones, pagers, etc. during sessions. Please check with the SIAM registration desk regarding the availability of job Get-togethers postings or visit http://jobs.siam.org. • Welcome Reception Recording of Presentations Saturday, May 7 Audio and video recording of 6:00 PM - 8:00 PM Important Notice to Poster presentations at SIAM meetings is prohibited without the written permission Presenters • Poster Session of the presenter and SIAM. The poster session is scheduled for Monday, May 9 Monday, May 9, from 8:00 PM – 10:00 8:00 PM - 10:00 PM PM. Presenters are requested to put Social Media up their posters no later than 8:00 PM • Business Meeting on Monday, the official start time of SIAM is promoting the use of social (open to SIAG/MS members) the session. Boards and push pins will media, such as Facebook and Twitter, be available to presenters beginning Tuesday, May 10 in order to enhance scientific discussion Saturday, May 7, at 5:00 PM. For 1:30 PM - 2:15 PM at its meetings and enable attendees information about preparing a poster, Complimentary beverages will be to connect with each other prior to, please visit http://www.siam.org/ served. during and after conferences. If you meetings/guidelines/presenters.php. are tweeting about a conference, please use the designated hashtag to enable Statement on Inclusiveness other attendees to keep up with the Note: Any poster presenter who fails Twitter conversation and to allow better As a professional society, SIAM is to show and present a confirmed archiving of our conference discussions. committed to providing an inclusive presentation will be considered a The hashtag for this meeting is climate that encourages the open no-show. No-shows will be billed $65 per #SIAMMS16. expression and exchange of ideas, that accepted poster. is free from all forms of discrimination, harassment, and retaliation, and that is welcoming and comfortable to all SIAM Books and Journals members and to those who participate Display copies of books and in its activities. In pursuit of that complimentary copies of journals are commitment, SIAM is dedicated to the available on site. SIAM books are philosophy of equality of opportunity and available at a discounted price during treatment for all participants regardless the conference. If a SIAM books of gender, gender identity or expression, representative is not available, completed sexual orientation, race, color, national order forms and payment (credit cards or ethnic origin, religion or religious are preferred) may be taken to the SIAM belief, age, marital status, disabilities, registration desk. The books table will veteran status, field of expertise, or any close at 12:00 PM on Thursday. other reason not related to scientific merit. 2016 SIAM Conference on Mathematical Aspects of Materials Science 5

The SIAM 2016 Events Mobile App Powered by TripBuilder® To enhance your conference experience, we’re providing a state-of-the-art mobile app to give you important conference information right at your fingertips. With this TripBuilder EventMobile™ app, you can: • Create your own custom schedule • View Sessions, Speakers, Exhibitors and more • Take notes and export them to your email • View Award-Winning TripBuilder Recommendations for the meeting location • Get instant Alerts about important conference info

SIAM 2016 Events Mobile App Scan the QR code with any QR reader and download the TripBuilder EventMobile™ app to your iPhone, iPad, iTouch or Android mobile device. To access the app or the HTML 5 version, visit www.tripbuildermedia. com/apps/siam2016events 6 2016 SIAM Conference on Mathematical Aspects of Materials Science

Invited Plenary Speakers ** All Invited Plenary Presentations will take place in Society Hill Ballroom B,C,D,E**

Sunday, May 8 8:15 AM - 9:00 AM IP1 Effective Behavior of Random Media: An Error Analysis Felix Otto, Max Planck Institute for Mathematics in the Sciences, Germany

9:00 AM - 9:45 AM IP2 Stack ‘em Up: Growth, Coarsening, and Alignment of Compositional Domains in Lipid Bilayer Membrane Systems Mikko Haataja, Princeton University, USA

1:30 PM - 2:15 PM IP3 Topology and Geometry of Dislocation Networks under Extreme Straining Vasily Bulatov, Lawrence Livermore National Laboratory, USA

Monday, May 9 8:15 AM - 9:00 AM IP4 On the Trail of Hipsters and Robber Barons: Probing Microstructural Evolution Using Time-Resolved 3D X-Ray Imaging Carl E. Krill III, Ulm University, Germany

9:00 AM - 9:45 AM IP5 Theory and Challenges for Microstructure Evolution David Kinderlehrer, Carnegie Mellon University, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 7

Invited Plenary Speakers

** All Invited Plenary Presentations will take place in Society Hill Ballroom B,C,D,E**

Tuesday, May 10 8:15 AM - 9:00 AM IP6 Transforming Molecular Modelling with Applied Mathematics Gábor Csányi, University of Cambridge, United Kingdom

9:00 AM - 9:45 AM IP7 Epitaxial Graphene Growth John Lowengrub, University of California, Irvine, USA

Wednesday, May 11 8:15 AM - 9:00 AM IP8 A Study of Speed Dependent Contact Angle Hysteresis Xiaoping Wang, Hong Kong University of Science and Technology, Hong Kong

9:00 AM - 9:45 AM IP9 Mathematical Crystallography and Virology: Group and Graph Theoretical Approaches for the Characterization of Viruses Structure Reidun Twarock, University of York, United Kingdom

1:30 PM - 2:15 PM IP10 Title Not Available Christof Schütte, Freie Universität Berlin, Germany 8 2016 SIAM Conference on Mathematical Aspects of Materials Science

Invited Plenary Speakers ** All Invited Plenary Presentations will take place in Society Hill Ballroom B,C,D,E**

Thursday, May 12 8:15 AM - 9:00 AM IP11 Issues in the Multiscale Modeling and Methods of Solids Pingbing Ming, Chinese Academy of Sciences, China

9:00 AM - 9:45 AM IP12 The 3D Structural Geometry of Nanoporous Gold and its Influence on Mechanical Response Erica Lilleodden, Helmholtz Zentrum Geesthacht, Germany

1:30 PM - 2:15 PM IP13 Can You Print Your Toughness? Kaushik Bhattacharya, California Institute of Technology, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 9 10 2016 SIAM Conference on Mathematical Aspects of Materials Science

SIAM Activity Group on Mathematical Aspects of Materials Science (SIAG/MS) http://www.siam.org/activity/materials_science/index.php A GREAT WAY TO GET INVOLVED! Collaborate and interact with mathematicians and applied scientists whose work involves Mathematical Aspects of materials science.

ACTIVITIES INCLUDE: • Special sessions at SIAM Annual Meetings • Biennial Conference • Wiki BENEFITS OF SIAG/MS MEMBERSHIP: • Listing in the SIAG’s online-only membership directory • Additional $10 discount on registration for the SIAM Conference on Mathematical Aspects of Materials Science (excludes student) • Electronic communications about recent developments in your specialty • Eligibility for candidacy for SIAG/MS office • Participation in the selection of SIAG/MS officers

ELIGIBILITY: • Be a current SIAM member.

COST: • $10 per year • Student members can join two activity groups for free!

SIAG/MS OFFICERS 2015-2016 • Chair: Qiang Du, Columbia University • Vice Chair: John Lowengrub, University of California, Irvine • Secretary: Maria Emelianenko, George Mason University

TO JOIN:

SIAG/MS: my.siam.org/forms/join_siag.htm SIAM: www.siam.org/joinsiam

Activity_Group_ad_MS16.indd 1 4/7/2016 2:45:25 PM 2016 SIAM Conference on Mathematical Aspects of Materials Science 11

MS16 Program 12 2016 SIAM Conference on Mathematical Aspects of Materials Science

Saturday, May 7 Sunday, May 8 Sunday, May 8 IP1 Effective Behavior of Registration Registration Random Media: An Error 4:00 PM-8:00 PM 7:00 AM-5:30 PM Analysis Room:Society Hill Ballroom Foyer Room:Society Hill Ballroom Foyer 8:15 AM-9:00 AM Room:Society Hill Ballroom B,C,D,E Welcome Reception Welcome Remarks Heterogeneous media, like a sediment, are often naturally described in 6:00 PM-8:00 PM 8:00 AM-8:15 AM statistical terms. How to extract their Room:Hamilton Room Room:Society Hill Ballroom B,C,D,E effective behavior on large scales, like the permeability in Darcy’s law, from the statistical specifications? A practioneers numerical approach is to sample the medium according to these specifications and to determine the permeability in the Cartesian directions by imposing simple boundary conditions. What is the error made in terms of the size of this ``representative volume element’? Our interest in what is called ``stochastic homogenization’ grew out of this error analysis. In the course of developing such an error analysis, connections with the regularity theory of elliptic equations and with concepts from statistical mechanics have emerged in a clearer way. We also gained an understanding of the structure of fluctuations of any solution: On large scales, the asymptotically Gaussian fluctuations are characterized by a single tensor-valued white noise. This characterization is ``path-wise’ and can also be extracted from the representative volume method. The latter is recent joint work with M. Duerinckx and A. Gloria. Felix Otto Max Planck Institute for Mathematics in the Sciences, Germany 2016 SIAM Conference on Mathematical Aspects of Materials Science 13

Sunday, May 8 Sunday, May 8 Sunday, May 8 IP2 MS1 MS2 Stack ‘em Up: Mathematical Defects and Patterns in Thin Growth, Coarsening, Crystallography I. Tilings, Elastic Structures - Part I of IV and Alignment of Packings, Graphs, and 10:15 AM-12:15 PM Compositional Domains Other Discrete Models - Room:Society Hill Ballroom C in Lipid Bilayer Membrane Part I of IV For Part 2 see MS13 Systems 10:15 AM-12:15 PM The formation of defects and patterns in 9:00 AM-9:45 AM Room:Society Hill Ballroom B thin sheets is familiar; examples include the wrinkling of a sheet wrapping Room:Society Hill Ballroom B,C,D,E For Part 2 see MS12 a piece of fruit, and the cracking or Multicomponent lipid bilayer Tilings and graphs are among the blistering of a layer of paint. The membrane systems – both natural and many discrete models of crystals, variety of patterns is great, and we synthetic – represent an interesting quasicrystals, and other highly ordered are just beginning to understand and class of soft materials, which self- structures. The model consists of many harness them. This is an area where assemble in an aqueous environment components of a few types designed physics, geometry, and the calculus and often display co-existing to capture the physical and chemical of variations interact intensely, each liquid-liquid or solid-liquid phases constraints of the molecular building providing both challenges and tools. enriched in specific lipids. In blocks of which the modeled crystal The minisymposium embraces the this talk, I will discuss our recent is composed. These models may be area’s interdisciplinary character, progress in developing a quantitative used in analyzing extant crystals and in combining mathematics with understanding of the kinetics of crystal structure prediction and design. mechanics, experiment with theory, and compositional domain alignment and Organizer: Gregory McColm analysis with computing. misalignment across opposing leaflets University of South Florida, USA Organizer: Robert V. Kohn of planar lipid bilayers. I will also Organizer: Mile Krajcevski Courant Institute of Mathematical discuss the extension of this work to University of South Florida, USA Sciences, New York University, USA investigate the growth, coarsening, and alignment of compositional Organizer: Jean-Guillaume 10:15-10:40 Mechanical Response domains within planar membrane Eon and Geometrical Constraints in Folded Sheets multilayer stacks. Universidade Federal do Rio De Christian Santangelo, University of Janeiro, Brazil Mikko Haataja Massachusetts, Amherst, USA Princeton University, USA Organizer: Marjorie Senechal 10:45-11:10 Symmetry Breaking in Smith College, USA Indented Elastic Cones 10:15-10:40 Auxetics and Sergio Conti and Heiner Olbermann, Spectrahedra University of Bonn, Germany; Coffee Break Ciprian S. Borcea, Rider University, Ian Tobasco, Courant Institute of USA; Ileana Streinu, Smith College, Mathematical Sciences, New York 9:45 AM-10:15 AM USA University, USA Room:Hamilton Room 10:45-11:10 On Algebraic and 11:15-11:40 Programming Shape: Geometric Properties of Hyperbolic Tapping Braille, Folding Origami, Tilings Printing Flowers Ma. Louise N. de las Penas, Ateneo de L Mahadevan, Harvard University, USA Manila University, Philippines 11:45-12:10 The Smectic Order of 11:15-11:40 Entanglement in Wrinkles 2-Periodic Coordination Networks Hillel Aharoni, Eleni Katifori, and Davide M. Proserpio, Università Degli Randall Kamien, University of Studi de Milano; Eugeny Alexandrov Pennsylvania, USA and Vladislav Blatov, Samara State Aerospace University, Russia 11:45-12:10 Polyhedral Origami Ileana Streinu, Smith College, USA 14 2016 SIAM Conference on Mathematical Aspects of Materials Science

Sunday, May 8 10:45-11:10 Atomistic Simulations of Sunday, May 8 Line Defects at Interfaces MS3 Mark Asta, Rodrigo Freitas, and Tim MS4 Recent Developments in Frolov, University of California, Mathematics and Berkeley, USA Mathematical Modeling Algorithms for Ground State 11:15-11:40 Grain Growth in of Recrystallization, Grain Alloys: Atomistic and Phase Field Electronic Structure Theory - Growth and Related Perspectives Part I of IV Phenomena - Part I of VI S. M. Foiles, Fadi Abdeljawad, and 10:15 AM-12:15 PM Christopher O’Brien, Sandia National 10:15 AM-12:15 PM Laboratories, USA Room:Society Hill Ballroom E Room:Society Hill Ballroom D 11:45-12:10 Novel Application of For Part 2 see MS15 For Part 2 see MS14 Potts Model for Grain Growth During Electronic structure theory and first Polycrystalline grain microstructures Welding using SPPARKS principle calculations are among the are ubiquitous among technologically John A. Mitchell and Veena Tikare, most challenging and computationally important materials, such as most Sandia National Laboratories, USA demanding science and engineering metals and ceramics. The control of problems. This minisymposium aims microstructures through processing at presenting and discussing new is crucial to improvement of developments of mathematical analysis material properties, such as strength, and numerical methods for achieving toughness and electrical conductivity. ever higher level of accuracy and This minisymposium will focus on efficiency in ground state electronic understanding and prediction of structure theory. We bring together thermodynamics and kinetics of grain experts on electronic structure theory, microstructures. The minisymposium which include not only mathematicians, will bring together experts from but also physicists working actively in materials science and mathematics the field. and will include talks that range from Organizer: Lin Lin experiments and modeling to algorithm University of California, Berkeley development and analysis. and Lawrence Berkeley National Organizer: Maria Emelianenko Laboratory, USA George Mason University, USA Organizer: Jianfeng Lu Organizer: Selim Esedoglu Duke University, USA University of Michigan, USA Organizer: Gero Friesecke Organizer: Dmitry Golovaty Technische Universität München, University of Akron, USA Germany Organizer: Dana Zoellner 10:15-10:40 Mathematical Modeling of Multilayer 2D Materials Otto-von-Guericke University, Eric Cances, Ecole des Ponts and Inria, Magdenburg, Germany France 10:15-10:40 Dislocations, Trijunctions 10:45-11:10 Computing the Response and Grain Boundary Motion Functions of Disordered Solids Kevin McReynolds and Peter Voorhees, Emil Prodan, Yeshiva University, USA Northwestern University, USA 11:15-11:40 A QM/MM Model for Material Interfaces Xiantao Li, Pennsylvania State University, USA 11:45-12:10 Fast Algorithms for Localization of Kohn-Sham Orbitals Anil Damle, Stanford University, USA

continued in next column 2016 SIAM Conference on Mathematical Aspects of Materials Science 15

Sunday, May 8 10:45-11:10 The Spectrum of Sunday, May 8 Composite Media in Two Dimensions MS5 and Energy Harvesting MS6 Ross McPhedran, The University of Complex Analysis, Sydney, Australia Computational Techniques Optimization, and Herglotz 11:15-11:40 Generalized Wannier for Multiscale Materials Functions in Passive Functions Modeling - Part I of III Electromagnetics and Emil Prodan, Yeshiva University, USA 10:15 AM-12:15 PM Composite Media - Room:Society Hill Ballroom A2 Part I of IV For Part 2 see MS17 10:15 AM-11:45 PM Emerging problems in micro- Room:Society Hill Ballroom A1 mechanical systems require modeling and computational effort across various For Part 2 see MS16 physical scales. In this minisymposium The aim of this minisymposium is we bring together an interdisciplinary to bring together a diverse group group of researchers to focus on of researchers from mathematics, new developments in the analysis engineering, and physics that, although and simulations of complex material working on seemingly distinct topics, behavior, analytical and computational use similar tools from complex tools for the model reduction of atomic- analysis or optimization theory in level descriptions and the mathematical which Herglotz or Stieltjes functions foundations of multiscale modeling. are important. This minisymposium will help bring new insights and Organizer: Zhijian Yang advancements in the theory of Herglotz Wuhan University, China functions and its applications by Organizer: Carlos Garcia highlighting progress and challenges Cervera in the areas of multivariate complex University of California, Santa Barbara, analysis, electromagnetics, and the USA theory of composites. Topics include Herglotz functions, passive systems, Organizer: Xiantao Li complex analysis, optimization theory, Pennsylvania State University, USA dispersion relations, sum rules, bounds, Organizer: Pingbing Ming and applications in electromagnetics Chinese Academy of Sciences, China and composites. 10:15-10:40 Algorithms for Weighted Organizer: Maxence Cassier (Anisotropic) Mean Curvature Motion University of Utah, USA of Networks Selim Esedoglu, University of Michigan, Organizer: Graeme W. Milton USA University of Utah, USA 10:45-11:10 The String Method for Organizer: Mihai Putinar Saddle Points Search University of California, Santa Weiqing Ren, National University of Barbara, USA and Newcastle Singapore and IHPC, Singapore University, United Kingdom 11:15-11:40 Solitary Waves in Two Organizer: Aaron T. Welters Dimensional Lattices Florida Institute of Technology, USA Liping Liu, Rutgers University, USA 10:15-10:40 Bounds on the Transient 11:45-12:10 Density Functional Response of Composites and Bodies Perturbation Theory for Large Systems Graeme Milton, University of Utah, Lin Lin, University of California, USA; Ornella Mattei, University of Berkeley and Lawrence Berkeley Brescia, Italy National Laboratory, USA; Ze Xu, University of California, Berkeley, USA; Lexing Ying, Stanford continued in next column University, USA 16 2016 SIAM Conference on Mathematical Aspects of Materials Science

Sunday, May 8 11:15-11:40 Softness: A Structural Sunday, May 8 Approach to Failure or Relaxation in MS7 Disordered Systems MS8 Andrea Liu, University of Pennsylvania, Modeling Mechanical USA Modeling, Analysis and Response in Disordered 11:45-12:10 Critical Scaling with Simulation of Bio/Complex and Structurally Complex Strain Rate in Overdamped Sheared Fluids - Part I of III Materials Systems - Disordered Solids 10:15 AM-12:15 PM Part I of IV Joel T. Clemmer and Mark Robbins, Johns Hopkins University, USA Room:Flower 10:15 AM-12:15 PM For Part 2 see MS19 Room:Cook Complex fluids are materials with a For Part 2 see MS18 complicated microstructure, which can We propose a minisymposium exploring exhibit both viscous and elastic behaviors, approaches to the quantification of for example polymer and surfactant microstructure with an eye to modeling solutions. Properties of these fluids mechanical response in materials can be exploited to produce materials that exhibit disorder and structural useful in industrial (soaps and gels) and complexity. Examples of such systems biological (blood flow and drug delivery) include glasses, granular media, colloids, applications. The physics and dynamics of and biological systems. Many interesting complex fluids are nontrivial, for example interconnections can be drawn between elastic instabilities such as shear banding, these including incompatible embedded requiring detailed modeling combined with metrics that lead to residual stresses, intricate analytic and simulation methods. poorly characterized structures that The goal of this minisymposium is to bring accommodate plasticity and flow, together mathematicians and practitioners and a need to account for how forces in the area to advance the subject through are generated, accommodated and discussion and collaboration. distributed. This minisymposium will Organizer: Michael Cromer bring together materials scientists, Rochester Institute of Technology, USA physicists, mathematicians and engineers Organizer: Lin Zhou to examine these problems from multiple New York City College of Technology, USA overlapping perspectives. 10:15-10:40 Transient Shear Banding and Organizer: Michael L. Falk the Two-Fluid Rolie-Poly Model Johns Hopkins University, USA Michael Cromer, Rochester Institute of Organizer: Timothy J. Atherton Technology, USA Tufts University, USA 10:45-11:10 Modeling Thixotropic 10:15-10:40 Strain Localization and Yield Stress Fluids As a Singular Limit of Fracture in Metallic Glass Viscoelasticity Chris H. Rycroft, Harvard University, Michael Renardy and Taige Wang, Virginia USA Tech, USA 10:45-11:10 Direct Measurements of 11:15-11:40 Shear Banding in Entangled Transformation Barriers in Glasses Polymeric Fluids and the Origin and Sylvain Patinet and Damien Role of Spatially Inhomogeneous Vandembroucq, École Supérieure de Dynamics Elian Masnada and Peter Olmsted, Physique et de Chimie Industrielles, Georgetown University, USA France; Michael L. Falk, Johns Hopkins University, USA 11:45-12:10 Writhe and Mutual Entanglement Combine to Give the Entanglement Length Eleni Panagiotou, University of California, Santa Barbara, USA; Martin Kroeger, ETH Zürich, Switzerland; Kenneth continued in next column Millett, University of California, Santa Barbara, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 17

Sunday, May 8 10:15-10:40 Coarse-Grained Sunday, May 8 Mesoscale Modeling for Deposition- MS9 Diffusion and Reaction-Diffusion MS10 Systems Mesoscale Modeling of James Evans, Ames Laboratory Quantifying Uncertainty and Non-Equilibrium Assembly, USDOE, USA; Tiago de Oliveira, Stochasticity in Material Transport, and Reaction Yong Han, Da-Jiang Liu, and Andres Modeling - Part I of II Garcia, Iowa State University, USA Processes - Part I of III 10:15 AM-12:15 PM 10:45-11:10 Multiscale Modeling of 10:15 AM-12:15 PM Nanocrystal Growth in Solution Room:Claypoole Room:Bromley Kristen Fichthorn, Pennsylvania State For Part 2 see MS21 For Part 2 see MS20 University, USA Over the past few decades, The mesoscale regime is where 11:15-11:40 Shape-Based Modeling mathematical modelings as well as discrete atomistic-level descriptions of the Self-Assembly Processes simulation tools have greatly enhanced of complex materials and processes Michael Engel, University of Michigan, the study of materials. However, transition to macroscopic continuum USA deterministic approaches are often pushed to their limit, and the uncertainty descriptions. Often features on this 11:45-12:10 Stratification of Markov length scale provide the functionality, Processes for Rare Event Simulation in the models is often inevitable due and their description generally Jonathan Weare, University of to the intrinsic stochasticity of the includes heterogeneity and fluctuations Chicago, USA materials. Uncertainty quantification absent in macroscopic treatments. (UQ) enters as a valuable tool that Reliable formulations are required addresses issues on uncertainty to enable systematic coarse-graining propagation, optimal sampling, rare of deterministic and stochastic events, etc. This minisymposium aims atomistic descriptions while retaining at bringing researchers to discuss certain microscopic features, and recent developments on UQ methods may involve, e.g., non-equilibrium for material sciences that helps to statistical mechanics, stochastic understand the effect of uncertainty PDE’s, generalized hydrodynamic and stochasticity in material modeling formulations. This minisymposium will including model calibration, material focus on non-equilibrium systems and failure, transition paths. processes: self-assembly and growth; Organizer: Huan Lei transport and reaction in complex Pacific Northwest National Laboratory, environments; etc., and development of USA related diverse modeling approaches. Organizer: Xiu Yang Organizer: Jim W. Evans Pacific Northwest National Laboratory, Ames Laboratory USDOE and Iowa USA State University, USA Organizer: Jing Li Organizer: Petr Plechac Pacific Northwest National Laboratory, University of Delaware, USA USA Organizer: Dionisios Margetis 10:15-10:40 Discovery of Metastable University of Maryland, College Park, and Transition States Using the USA Concurrent Adaptive Sampling Method Surl-Hee Ahn and Eric F. Darve, Stanford University, USA

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Sunday, May 8 Sunday, May 8 Sunday, May 8 MS10 MS11 Lunch Break Quantifying Uncertainty and Modern Aspects of 12:15 PM-1:30 PM Stochasticity in Material Homogenization - Part I of III Attendees on their own Modeling - Part I of II 10:15 AM-12:15 PM 10:15 AM-12:15 PM Room:Frampton Room:Claypoole For Part 2 see MS22 IP3 Homogenization can be used to rigorously Topology and Geometry of continued derive effective descriptions for a broad Dislocation Networks under variety of models featuring microstructure. In recent developments challenging aspects Extreme Straining are discussed such as the quantification 1:30 PM-2:15 PM 10:45-11:10 Data-Driven and identification of effects generated Room:Society Hill Ballroom B,C,D,E Parameterization of Memory Kernel in by disorder and noise, the treatment of the Generalized Langevin Equation nonlinearities, degeneracy and high- Dislocations are ubiquitous in metals Huan Lei and Nathan Baker, Pacific contrast. In this minisymposium we where their multiplication and motion Northwest National Laboratory, explore advances on the different frontiers presents the dominant mode of plastic USA; Xiantao Li, Pennsylvania State of homogenization theory with the aim response to straining. Under high- University, USA to encourage discussion and exchange rate straining conditions, dislocation 11:15-11:40 Efficient Failure Probability of ideas. Specific topics include various motion alone can become insufficient Calculation Through Mesh Refinement aspects of stochastic homogenization, to relieve stress and to prevent other Jing Li and Panos Stinis, Pacific homogenization of nonlinear evolution, modes of inelastic response - twinning, Northwest National Laboratory, USA high-contrast homogenization, and phase transformations, cracking - from 11:45-12:10 Bayesian Inference Using applications to materials modelling. triggering. Here we report on a series Gaussian Process Metamodel in of large scale atomistic and mesoscale Biomechanical Imaging Organizer: Stefan Neukamm simulations intended to probe the Assimina A. Pelegri and Colin Cui, Technische Universität Dresden, Germany ultimate limits of dislocation-mediated Rutgers University, USA; Xiaodong 10:15-10:40 Stochastic Homogenization crystal plasticity. The primary focus Zhao, J.P. Morgan, USA and the Random Conductance Model of our analysis is on topological and Marek Biskup, University of California, geometric characteristics of dislocation Los Angeles, USA networks emerging during and post- 10:45-11:10 A Quantitative Two- straining. This work was performed Scale Expansion in Stochastic under the auspices of the U.S. Homogenization Department of Energy by Lawrence Stefan Neukamm, Technische Universität Livermore National Laboratory under Dresden, Germany; Felix Otto, Max Contract DE-AC52-07NA27344. Planck Institute for Mathematics in the Vasily Bulatov Sciences, Germany; Antoine Gloria, Lawrence Livermore National Université Libre de Bruxelles, Belgium Laboratory, USA 11:15-11:40 Eigenvalue Fluctuations for Lattice Anderson Hamiltonians Ryoki Fukushima, Kyoto University, Japan; Marek Biskup, University of California, Los Angeles, USA; Wolfgang Intermission Koenig, Weierstrass Institute for Applied 2:15 PM-2:30 PM Analysis and Stochastics, Germany 11:45-12:10 Homogenization of Quasiperiodic Constitutive Relations Niklas Wellander, Swedish Defense Research Agency, Sweden; Sébastien Guenneau, Institut Fresnel, France; Elena Cherkaev, University of Utah, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 19

Sunday, May 8 Sunday, May 8 Sunday, May 8 MS12 MS13 MS14 Mathematical Crystallography Defects and Patterns in Thin Recent Developments in II. Polyhedra, Cluster Models, Elastic Structures - Part II of Mathematical Modeling and Assembly - Part II of IV IV of Recrystallization, Grain 2:30 PM-4:30 PM 2:30 PM-4:30 PM Growth and Related Room:Society Hill Ballroom B Room:Society Hill Ballroom C Phenomena - Part II of VI For Part 1 see MS1 For Part 1 see MS2 2:30 PM-4:30 PM For Part 3 see MS23 For Part 3 see MS24 Room:Society Hill Ballroom D Assembled and growing crystals, The formation of defects and patterns in quasicrystals, and other highly ordered thin sheets is familiar; examples include For Part 1 see MS3 For Part 3 see MS25 structures may be modeled using the wrinkling of a sheet wrapping a piece Polycrystalline grain microstructures polyhedra and polytopes, Delaunay sets, of fruit, and the cracking or blistering of are ubiquitous among technologically complexes and clusters, and similar a layer of paint. The variety of patterns important materials, such as most structures. While convex polyhedra have is great, and we are just beginning to metals and ceramics. The control of long used as tiles in representing periodic understand and harness them. This is an microstructures through processing structures, generalized crystallography area where physics, geometry, and the is crucial to improvement of requires more generalized structures. calculus of variations interact intensely, material properties, such as strength, each providing both challenges and Organizer: Gregory McColm toughness and electrical conductivity. tools. The minisymposium embraces University of South Florida, USA This minisymposium will focus on the area’s interdisciplinary character, understanding and prediction of Organizer: Mile Krajcevski combining mathematics with mechanics, thermodynamics and kinetics of grain University of South Florida, USA experiment with theory, and analysis microstructures. The minisymposium with computing. Organizer: Jean-Guillaume Eon will bring together experts from materials Universidade Federal do Rio De Janeiro, Organizer: Robert V. Kohn science and mathematics and will include Brazil Courant Institute of Mathematical talks that range from experiments and Organizer: Marjorie Senechal Sciences, New York University, USA modeling to algorithm development and Smith College, USA 2:30-2:55 Non-Developable Isometries analysis. 2:30-2:55 Algorithmic Self-Assembly in Elastic Sheets Organizer: Maria Emelianenko and Self-Similar Structures Benny Davidovitch, University of George Mason University, USA Natasha Jonoska, University of South Massachusetts, Amherst, USA Organizer: Selim Esedoglu Florida, USA 3:00-3:25 Geometric Defects in Thin University of Michigan, USA 3:00-3:25 The Statistical Mechanics of Elastic Structures Singular Sphere Packings Shankar C. Venkataramani and Toby Organizer: Dmitry Golovaty Miranda Holmes-Cerfon, Courant Shearman, University of Arizona, University of Akron, USA Institute of Mathematical Sciences, USA; John A. Gemmer, Brown Organizer: Dana Zoellner University, USA New York University, USA; Yoav Otto-von-Guericke University, Kallus, Santa Fe Institute, USA 3:30-3:55 Wrinkling Reveals New Magdenburg, Germany Isometries of Elastic Sheets and Shells 3:30-3:55 What Role for Entropy in 2:30-2:55 Graph Kernel Approaches to Stability and Growth of Quasicrystals? Dominic Vella and Matteo Taffetani, the Transgranular Network Jean Taylor, Courant Institute of University of Oxford, United Elizabeth Holm, Brian DeCost, and Mathematical Sciences, New York Kingdom; Benny Davidovitch, Anika Mangel, Carnegie Mellon University, USA University of Massachusetts, Amherst, University, USA USA 4:00-4:25 Clusters of Polyhedra in 3:00-3:25 Coupled Modeling of Spherical Confinement 4:00-4:25 Regularizing Rigidifying Deformation and Recrystallization of Erin G. Teich and Greg Van Anders, Curves to Understand the Low-Energy Texture in Uranium University of Michigan, USA; Daphne Deformations of Thin Shells Marko Knezevic, University of New Klotsa, University of Michigan and Salem H. Al Mosleh and Christian Hampshire, USA University of North Carolina, USA; Santangelo, University of Julia Dshemuchadse and Sharon C. Massachusetts, Amherst, USA Glotzer, University of Michigan, USA continued on next page 20 2016 SIAM Conference on Mathematical Aspects of Materials Science

Sunday, May 8 Sunday, May 8 3:30-3:55 Chebyshev Filtered Subspace Iterations Within the MS14 MS15 Framework of Discontinuous Galerkin Density Functional Theory for Large Recent Developments in Mathematics and Algorithms Scale Abinitio Simulations Mathematical Modeling for Ground State Electronic Amartya S. Banerjee and Wei Hu, of Recrystallization, Grain Structure Theory - Part II of IV Lawrence Berkeley National Growth and Related Laboratory, USA; Lin Lin, University 2:30 PM-4:30 PM of California, Berkeley and Lawrence Phenomena - Part II of VI Room:Society Hill Ballroom E Berkeley National Laboratory, USA; 2:30 PM-4:30 PM For Part 1 see MS4 Chao Yang, Lawrence Berkeley National Laboratory, USA; John Room:Society Hill Ballroom D For Part 3 see MS26 Electronic structure theory and first Pask, Lawrence Livermore National continued principle calculations are among the Laboratory, USA most challenging and computationally 4:00-4:25 Improving Density demanding science and engineering Functional Theory for Warm Dense problems. This minisymposium aims Matter 3:30-3:55 Recent Advances in at presenting and discussing new Aurora Pribram-Jones, University of the Simulation of Grain Boundary developments of mathematical analysis California, Irvine, USA Migration and Related Phenomena: and numerical methods for achieving ever From the Atomistic to the Mesoscopic higher level of accuracy and efficiency in Scale ground state electronic structure theory. Luis Barrales-Mora, Dmitri A. Molodov, We bring together experts on electronic Markus Kühbach, and Christian structure theory, which include not only Mießen, RWTH Aachen University, mathematicians, but also physicists Germany working actively in the field. 4:00-4:25 Recent Advances in the Full Field Modeling of Recrystallization Organizer: Lin Lin and Grain Growth Using the Level Set University of California, Berkeley and Approach Lawrence Berkeley National Laboratory, Marc Bernacki, Benjamin Scholtes, and USA Nathalie Bozzolo, Mines ParisTech, Organizer: Jianfeng Lu France Duke University, USA Organizer: Gero Friesecke Technische Universität München, Germany 2:30-2:55 Acceleration of Hybrid Density Functional Computations Using Recursive Subspace Bisection Francois Gygi, University of California, Davis, USA 3:00-3:25 A Posteriori Quantification of Model/discretization/solution Method Errors for Electronic Structure Calculations Yvon Maday, Université Pierre et Marie Curie, France and Brown University, USA

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Sunday, May 8 2:30-2:55 Bounds on Stieltjes Functions Sunday, May 8 and Their Applications to Passive MS16 Cloaking MS17 Maxence Cassier and Graeme Milton, Complex Analysis, University of Utah, USA Computational Techniques Optimization, and Herglotz for Multiscale Materials 3:00-3:25 Complex Analysis and Functions in Passive Herglotz Functions in the Mathematics Modeling - Part II of III Electromagnetics and of Sea Ice 2:30 PM-4:30 PM Composite Media - Kenneth Golden, University of Utah, USA Room:Society Hill Ballroom A2 Part II of IV For Part 1 see MS6 3:30-3:55 Herglotz Functions and Sum For Part 3 see MS28 2:30 PM-4:00 PM Rules for Passive Systems Emerging problems in micro- Room:Society Hill Ballroom A1 Mats Gustafsson, Lund University, Sweden mechanical systems require modeling For Part 1 see MS5 and computational effort across various For Part 3 see MS27 physical scales. In this minisymposium The aim of this minisymposium is we bring together an interdisciplinary to bring together a diverse group group of researchers to focus on new of researchers from mathematics, developments in the analysis and engineering, and physics that, although simulations of complex material behavior, working on seemingly distinct topics, analytical and computational tools for use similar tools from complex analysis the model reduction of atomic-level or optimization theory in which Herglotz descriptions and the mathematical or Stieltjes functions are important. foundations of multiscale modeling. This minisymposium will help bring new insights and advancements in the Organizer: Zhijian Yang theory of Herglotz functions and its Wuhan University, China applications by highlighting progress and Organizer: Carlos Garcia challenges in the areas of multivariate Cervera complex analysis, electromagnetics, and University of California, Santa Barbara, the theory of composites. Topics include USA Herglotz functions, passive systems, complex analysis, optimization theory, Organizer: Xiantao Li dispersion relations, sum rules, bounds, Pennsylvania State University, USA and applications in electromagnetics and Organizer: Pingbing Ming composites. Chinese Academy of Sciences, China Organizer: Maxence Cassier 2:30-2:55 Modelling and Simulation of University of Utah, USA Magnetic Fluids Hector D. Ceniceros, University of Organizer: Graeme W. Milton California, Santa Barbara, USA University of Utah, USA 3:00-3:25 Traction Boundary Conditions Organizer: Mihai Putinar for Molecular Static Simulations University of California, Santa Barbara, Jianfeng Lu, Duke University, USA USA and Newcastle University, United 3:30-3:55 Recent Development of Kingdom Numerical Methods on Finding Saddle Organizer: Aaron T. Welters Point and Minimum Energy Path Florida Institute of Technology, USA Lei Zhang, Peking University, China 4:00-4:25 A Coupling Strategy for Nonlocal and Local Models with Mixed Volume Constraints and Boundary Conditions Marta D’Elia, Sandia National Laboratories, USA

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Sunday, May 8 3:00-3:25 Inter-Particle Force Inference Sunday, May 8 in Opaque Granular Materials MS18 Imaged Using X-Ray Tomography and MS19 Diffraction Modeling Mechanical Ryan C. Hurley, Lawrence Livermore Modeling, Analysis and Response in Disordered National Laboratory and Johns Hopkins Simulation of Bio/Complex and Structurally Complex University, USA; Stephen Hall, Lund Fluids - Part II of III Materials Systems - University, Sweden; Jose Andrade, 2:30 PM-4:30 PM Part II of IV California Institute of Technology, USA; Jonathan Wright, European Room:Flower 2:30 PM-4:30 PM Synchrotron Radiation Facility, France For Part 1 see MS8 Room:Cook 3:30-3:55 How Do Hard-Sphere For Part 3 see MS30 Colloidal Glasses Respond to Complex fluids are materials with a For Part 1 see MS7 complicated microstructure, which can For Part 3 see MS29 Deformation? exhibit both viscous and elastic behaviors, We propose a minisymposium exploring Katharine E. Jensen, Yale University, for example polymer and surfactant approaches to the quantification of USA solutions. Properties of these fluids microstructure with an eye to modeling 4:00-4:25 Jammed Packings on can be exploited to produce materials mechanical response in materials that Arrested Emulsion Droplets useful in industrial (soaps and gels) and exhibit disorder and structural complexity. Christopher J. Burke and Timothy J. biological (blood flow and drug delivery) Examples of such systems include Atherton, Tufts University, USA applications. The physics and dynamics of glasses, granular media, colloids, and complex fluids are nontrivial, for example biological systems. Many interesting elastic instabilities such as shear banding, interconnections can be drawn between requiring detailed modeling combined these including incompatible embedded with intricate analytic and simulation metrics that lead to residual stresses, methods. The goal of this minisymposium poorly characterized structures that is to bring together mathematicians accommodate plasticity and flow, and and practitioners in the area to advance a need to account for how forces are the subject through discussion and generated, accommodated and distributed. collaboration. This minisymposium will bring together materials scientists, physicists, Organizer: Michael Cromer mathematicians and engineers to examine Rochester Institute of Technology, USA these problems from multiple overlapping Organizer: Lin Zhou perspectives. New York City College of Technology, USA Organizer: Michael L. Falk 2:30-2:55 Deformation and Yielding in Johns Hopkins University, USA Soft Solids Organizer: Timothy J. Atherton Emanuela Del Gado, Georgetown Tufts University, USA University, USA 2:30-2:55 Universal Slip Statistics: From 3:00-3:25 Mesoscopic Modelling of Nanocrystals to Earthquakes Viscoelastic Properties of Micellar Karin Dahmen, University of Illinois, Solutions USA Weizhong Zou and Ronald Larson, University of Michigan, Ann Arbor, USA; Xueming Tang, University of Michigan, USA; Mike Weaver and Peter Koening, Procter & Gamble, USA 3:30-3:55 Mesoscopic Modeling of Networked Fluids Lin Zhou, New York City College of Technology, USA; L. Pamela Cook, University of Delaware, USA 4:00-4:25 Simple Approach of Stress Diffusion in Shear Banding Elian Masnada and Peter Olmsted, continued in next column Georgetown University, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 23

Sunday, May 8 3:00-3:25 Fronts and Patterns in Sunday, May 8 Surface Reaction-Diffusion Systems from Molecular-Level Modeling: CO MS21 MS20 Oxidation on Metals Mesoscale Modeling of Da-Jiang Liu, Ames Laboratory Quantifying Uncertainty and Non-Equilibrium Assembly, USDOE, USA; Jim W. Evans, Ames Stochasticity in Material Transport, and Reaction Laboratory USDOE and Iowa State Modeling - Part II of II University, USA Processes - Part II of III 2:30 PM-5:00 PM 3:30-3:55 First Principles Prediction of 2:30 PM-4:30 PM Optimal Catalyst Active Site Room:Claypoole Room:Bromley Dion Vlachos, University of Delaware, For Part 1 see MS10 USA For Part 3 see MS32 For Part 1 see MS9 For Part 3 see MS31 4:00-4:25 Mesoscale Model of Over the past few decades, The mesoscale regime is where Reaction Front Propagation in mathematical modelings as well as discrete atomistic-level descriptions Heterogeneous Condensed Systems simulation tools have greatly enhanced of complex materials and processes Yuriy Gulak and Alberto Cuitino, the study of materials. However, transition to macroscopic continuum Rutgers University, USA deterministic approaches are often descriptions. Often features on this pushed to their limit, and the uncertainty length scale provide the functionality, in the models is often inevitable due and their description generally to the intrinsic stochasticity of the includes heterogeneity and fluctuations materials. Uncertainty quantification absent in macroscopic treatments. (UQ) enters as a valuable tool that Reliable formulations are required addresses issues on uncertainty to enable systematic coarse-graining propagation, optimal sampling, rare of deterministic and stochastic events, etc. This minisymposium aims atomistic descriptions while retaining at bringing researchers to discuss certain microscopic features, and recent developments on UQ methods may involve, e.g., non-equilibrium for material sciences that helps to statistical mechanics, stochastic PDE’s, understand the effect of uncertainty generalized hydrodynamic formulations. and stochasticity in material modeling This minisymposium will focus on including model calibration, material non-equilibrium systems and processes: failure, transition paths. self-assembly and growth; transport Organizer: Huan Lei and reaction in complex environments; Pacific Northwest National Laboratory, etc., and development of related diverse USA modeling approaches. Organizer: Xiu Yang Organizer: Jim W. Evans Pacific Northwest National Laboratory, Ames Laboratory USDOE and Iowa USA State University, USA Organizer: Jing Li Organizer: Petr Plechac Pacific Northwest National Laboratory, University of Delaware, USA USA Organizer: Dionisios Margetis 2:30-2:55 Polymer Looping: Kinetics University of Maryland, College Park, and Mean First Passage Time USA Panos Stinis, Pacific Northwest National Laboratory, USA 2:30-2:55 Information-Theoretic Tools for Coarse-Graining of Non- 3:00-3:25 Adaptive Minimum Action Equilibrium Systems Method for Nongradient Systems Markos A. Katsoulakis, University of Xiaoliang Wan, Louisiana State Massachusetts, Amherst, USA; Petr University, USA Plechac, University of Delaware, USA

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Sunday, May 8 Sunday, May 8 Sunday, May 8 MS21 MS22 MS23 Quantifying Uncertainty and Modern Aspects of Mathematical Stochasticity in Material Homogenization - Part II of III Crystallography III. Groups, Modeling - Part II of II 2:30 PM-4:00 PM Lattices, Spaces and Superspaces - Part III of IV 2:30 PM-5:00 PM Room:Frampton 5:00 PM-7:00 PM Room:Claypoole For Part 1 see MS11 continued For Part 3 see MS33 Room:Society Hill Ballroom B Homogenization can be used to For Part 2 see MS12 rigorously derive effective descriptions For Part 4 see MS34 for a broad variety of models featuring Models of crystals, quasicrystals, and 3:30-3:55 A Coarse-Grained and Time microstructure. In recent developments other highly ordered structures often have Accelerated Modeling for Protein challenging aspects are discussed such underlying regularities or symmetries Unfolding Dynamics as the quantification and identification expressible by some kind of group Xingjie Li, University of North Carolina, of effects generated by disorder and structure. The geometric lattice, the Charlotte, USA; Mingge Deng and noise, the treatment of nonlinearities, resulting lattice group, and its symmetry George E. Karniadakis, Brown degeneracy and high-contrast. In group may be derived from a (periodic) University, USA; Jianfeng Lu, Duke this minisymposium we explore discrete model of a crystal structure or University, USA; Xiu Yang, Pacific advances on the different frontiers of from higher dimensional lattices. Northwest National Laboratory, USA homogenization theory with the aim to Organizer: Gregory McColm encourage discussion and exchange of 4:00-4:25 Sensitivity Analysis of the University of South Florida, USA Reaxff Potential Parameter-Space ideas. Specific topics include various Efrain Hernandez, Shawn Coleman, and aspects of stochastic homogenization, Organizer: Mile Krajcevski Mark Tschopp, U.S. Army Research homogenization of nonlinear evolution, University of South Florida, USA Laboratory, USA high-contrast homogenization, and Organizer: Jean-Guillaume Eon applications to materials modelling. 4:30-4:55 Predictive Coarse-Graining Universidade Federal do Rio De Janeiro, Markus Schöberl, Technische Universität Organizer: Stefan Neukamm Brazil München, Germany; Nicholas Zabaras, Technische Universität Dresden, Organizer: Marjorie Senechal University of Warwick, United Germany Smith College, USA Kingdom; Phaedon S. Koutsourelakis, 2:30-2:55 Homogenisation for Mean Technische Universität München, 5:00-5:25 Materials Studies by the Field Games Bilbao Crystallographic Server Germany Nicolas Dirr, Cardiff University, United Mois I. Aroyo, J.Manuel Perez-Mato, Kingdom Luis Elcoro, Samuel Gallego, and 3:00-3:25 A Multiscale Damage Gemma de la Flor, Universidad Model in the Context of Evolutionary del País Vasco, Spain; Emre Tasci, Gamma-Convergence Hacettepe Universýty, Turkey; Gotzon Dorothee Knees, University of Kassel, Madariaga, Universidad del País Germany Vasco, Spain 3:30-3:55 Homogenization in Fractional 5:30-5:55 The 12 Spheres Problem Elasticity Jeffrey Lagarias, University of Michigan, Marcus Waurick, University of Bath, USA; Robert Kusner, University United Kingdom of Massachusetts, Amherst, USA; Woden Kusner, Graz University of Technology, Austria; Senya Shlosman, Coffee Break Aix-Marseille University and Universite de Toulon, France 4:30 PM-5:00 PM Room:Hamilton Room

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6:00-6:25 Applications of Groupoids Sunday, May 8 Sunday, May 8 to the Description and Interpretation of Crystal Structures: The Example of MS24 MS25 Pyxorenes Massimo Nespolo, Université de Defects and Patterns in Thin Recent Developments in Lorraine, France; Mois I. Aroyo, Elastic Structures - Mathematical Modeling Universidad del País Vasco, Spain Part III of IV of Recrystallization, Grain 6:30-6:55 Recognizing the Lattice 5:00 PM-6:30 PM Growth and Related Type to Which a Unit Cell (almost) Phenomena - Part III of VI Belongs Room:Society Hill Ballroom C Bernd Souvignier, Radboud University, For Part 2 see MS13 5:00 PM-7:00 PM The Netherlands For Part 4 see MS35 Room:Society Hill Ballroom D The formation of defects and patterns in For Part 2 see MS14 thin sheets is familiar; examples include For Part 4 see MS36 the wrinkling of a sheet wrapping Polycrystalline grain microstructures a piece of fruit, and the cracking or are ubiquitous among technologically blistering of a layer of paint. The variety important materials, such as most of patterns is great, and we are just metals and ceramics. The control of beginning to understand and harness microstructures through processing them. This is an area where physics, is crucial to improvement of geometry, and the calculus of variations material properties, such as strength, interact intensely, each providing toughness and electrical conductivity. both challenges and tools. The This minisymposium will focus on minisymposium embraces the area’s understanding and prediction of interdisciplinary character, combining thermodynamics and kinetics of grain mathematics with mechanics, microstructures. The minisymposium experiment with theory, and analysis will bring together experts from materials with computing. science and mathematics and will include Organizer: Robert V. Kohn talks that range from experiments and Courant Institute of Mathematical modeling to algorithm development and Sciences, New York University, USA analysis. 5:00-5:25 Self-Similar Folding Patterns Organizer: Maria Emelianenko in Partially Delaminated Thin Films George Mason University, USA David P. Bourne, Durham University, United Kingdom; Sergio Conti and Organizer: Selim Esedoglu University of Michigan, USA Stefan Mueller, University of Bonn, Germany Organizer: Dmitry Golovaty 5:30-5:55 Brittle Linearly Elastic Thin University of Akron, USA Films Organizer: Dana Zoellner J.-F. Babadjian, Laboratoire Jacques- Otto-von-Guericke University, Louis Lions and Université Paris Magdenburg, Germany 6, France; Duvan Henao, Pontificia 5:00-5:25 Grain Growth in Metallic Universidad Católica de Chile, Chile Films: Simulations and Experiments 6:00-6:25 A Variational Model for Katayun Barmak, Columbia University, Fracture and Debonding of Thin Films USA Under In-Plane Loadings Andrés A León Baldelli, University of Oxford, United Kingdom; J.-F. Babadjian, Laboratoire Jacques- Louis Lions and Université Paris 6, France; B. Bourdin, Louisiana State University, USA; D. Henao, Pontificia Universidad Católica de Chile, Chile; C. Maurini, Institut Jean le Rond d’Alembert, France continued on next page 26 2016 SIAM Conference on Mathematical Aspects of Materials Science

Sunday, May 8 Sunday, May 8 Sunday, May 8 MS25 MS26 MS27 Recent Developments in Mathematics and Algorithms Complex Analysis, Mathematical Modeling for Ground State Electronic Optimization, and Herglotz of Recrystallization, Grain Structure Theory - Functions in Passive Growth and Related Part III of IV Electromagnetics and Phenomena - Part III of VI 5:00 PM-7:00 PM Composite Media - Part III of IV 5:00 PM-7:00 PM Room:Society Hill Ballroom E 5:00 PM-6:30 PM continued For Part 2 see MS15 For Part 4 see MS37 Room:Society Hill Ballroom A1 Electronic structure theory and first For Part 2 see MS16 5:30-5:55 Growth of Grain Boundary principle calculations are among the For Part 4 see MS38 Grooves by Anomalous Surface most challenging and computationally The aim of this minisymposium is Diffusion demanding science and engineering to bring together a diverse group Alexander Nepomnyashchy and problems. This minisymposium aims of researchers from mathematics, Mohammad Abu Hamed, Technion - at presenting and discussing new engineering, and physics that, although Israel Institute of Technology, Israel developments of mathematical analysis working on seemingly distinct topics, and numerical methods for achieving ever 6:00-6:25 Surface Effects on Grain use similar tools from complex analysis Boundary Migration in Thin Films higher level of accuracy and efficiency in or optimization theory in which Herglotz Amy Novick-Cohen, Technion - Israel ground state electronic structure theory. or Stieltjes functions are important. Institute of Technology, Israel; We bring together experts on electronic This minisymposium will help bring John McCuan, Georgia Institute of structure theory, which include not only new insights and advancements in the Technology, USA; Arkady Vilenkin, mathematicians, but also physicists theory of Herglotz functions and its Hebrew University of Jerusalem, Israel working actively in the field. applications by highlighting progress and challenges in the areas of multivariate 6:30-6:55 Convergence of Thresholding Organizer: Lin Lin Schemes for Mean-Curvature Motion University of California, Berkeley and complex analysis, electromagnetics, and Tim Laux and Felix Otto, Max Planck Lawrence Berkeley National Laboratory, the theory of composites. Topics include Institute for Mathematics in the USA Herglotz functions, passive systems, complex analysis, optimization theory, Sciences, Germany; Drew Swartz, Booz Organizer: Jianfeng Lu Allen Hamilton, USA dispersion relations, sum rules, bounds, Duke University, USA and applications in electromagnetics and Organizer: Gero Friesecke composites. Technische Universität München, Organizer: Maxence Cassier Germany University of Utah, USA 5:00-5:25 Algorithms for Large-Scale All-Electron Density Functional Theory Organizer: Graeme W. Milton and Beyond University of Utah, USA Volker Blum, Duke University, USA Organizer: Mihai Putinar 5:30-5:55 The Flexibility of Daubechies University of California, Santa Barbara, Wavelets for Electronic Structure USA and Newcastle University, United Calculations Kingdom Luigi Genovese, CEA, France Organizer: Aaron T. Welters 6:00-6:25 Large-Scale Real-Space Florida Institute of Technology, USA All-Electron Kohn-Sham Density Functional Theory Calculations Bikash Kanungo and Vikram Gavini, University of Michigan, USA 6:30-6:55 Fast Electronic Structure Calculation Methods for Studying Low- dimensional Nanomaterials Chao Yang, Lawrence Berkeley National Laboratory, USA continued on next page 2016 SIAM Conference on Mathematical Aspects of Materials Science 27

5:00-5:25 Analyticity of the Dirichlet- Sunday, May 8 6:00-6:25 Simulations of Material to-Neumann Map for Maxwell’s Interface Problems Using Atomistic- Equations in Passive Composite MS28 Based Boundary Element Method Media Xiaojie Wu, Pennsylvania State Aaron Welters, Florida Institute of Computational Techniques University, USA Technology, USA; Maxence Cassier for Multiscale Materials 6:30-6:55 Application of the Multiscale and Graeme W. Milton, University Modeling - Part III of III Micromorphic Molecular Dynamics for of Utah, USA 5:00 PM-7:00 PM Nanoindentation of Silicon 5:30-5:55 Matrix Pade Approximants Shingo Urata and Shaofan Li, University of Stieltjes Functions Room:Society Hill Ballroom A2 of California, Berkeley, USA Elena Cherkaev, University of Utah, For Part 2 see MS17 USA Emerging problems in micro- 6:00-6:25 Determination of Optimal mechanical systems require modeling Performance of Electromagnetic and computational effort across various Devices Using Convex Optimization physical scales. In this minisymposium Daniel Sjöberg, Lund University, we bring together an interdisciplinary Sweden group of researchers to focus on new developments in the analysis and simulations of complex material behavior, analytical and computational tools for the model reduction of atomic- level descriptions and the mathematical foundations of multiscale modeling. Organizer: Zhijian Yang Wuhan University, China Organizer: Carlos Garcia Cervera University of California, Santa Barbara, USA Organizer: Xiantao Li Pennsylvania State University, USA Organizer: Pingbing Ming Chinese Academy of Sciences, China 5:00-5:25 Variational Analysis of a Quasicontinuum Method Anja Schlömerkemper, University of Würzburg, Germany; Mathias Schäffner, Technische Universität Dresden, Germany 5:30-5:55 Embedded Corrector Problem and Boundary Integral Methods for Stochastic Homogenization Virginie Ehrlacher, CERMICS, France; Eric Cances, Ecole des Ponts and Inria, France; Benjamin Stamm, University of California, Berkeley, USA; Frederic Legoll, Ecole Nationale des Ponts et Chaussées, France

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Sunday, May 8 Sunday, May 8 6:00-6:25 Modeling the Macroscopic Rheological Response of Mucin Gels MS29 MS30 Using Microscopic Polymer Network Considerations Modeling Mechanical Modeling, Analysis and Caroline Wagner, Brad Turner, Katharina Response in Disordered Simulation of Bio/Complex Ribbeck, and Gareth H. McKinley, and Structurally Complex Fluids - Part III of III Massachusetts Institute of Technology, USA Materials Systems - 5:00 PM-7:00 PM Part III of IV 6:30-6:55 A Multiscale Model for the Room:Flower Thixotropic Rheology of Colloidal 5:00 PM-7:00 PM For Part 2 see MS19 Suspensions Room:Cook Complex fluids are materials with a Paul Mwasame, Antony N. Beris, and Norman Wagner, University of For Part 2 see MS18 complicated microstructure, which Delaware, USA For Part 4 see MS40 can exhibit both viscous and elastic We propose a minisymposium exploring behaviors, for example polymer and approaches to the quantification of surfactant solutions. Properties of these microstructure with an eye to modeling fluids can be exploited to produce mechanical response in materials that materials useful in industrial (soaps and exhibit disorder and structural complexity. gels) and biological (blood flow and Examples of such systems include drug delivery) applications. The physics glasses, granular media, colloids, and and dynamics of complex fluids are biological systems. Many interesting nontrivial, for example elastic instabilities interconnections can be drawn between such as shear banding, requiring detailed these including incompatible embedded modeling combined with intricate metrics that lead to residual stresses, analytic and simulation methods. The poorly characterized structures that goal of this symposium is to bring accommodate plasticity and flow, and together mathematicians and practitioners a need to account for how forces are in the area to advance the subject through generated, accommodated and distributed. discussion and collaboration. This minisymposium will bring Organizer: Michael Cromer together materials scientists, physicists, Rochester Institute of Technology, USA mathematicians and engineers to examine these problems from multiple overlapping Organizer: Lin Zhou New York City College of Technology, perspectives. USA Organizer: Michael L. Falk 5:00-5:25 Mucus Microrheology as Johns Hopkins University, USA an Assay for Disease Progression and Organizer: Timothy J. Atherton Drug Treatment Tufts University, USA M. Gregory Forest, University of North Carolina at Chapel Hill, USA 5:00-5:25 Arresting Relaxation in Pickering Emulsions 5:30-5:55 A Stochastic Model of Lung Timothy J. Atherton, Tufts University, Mucus Gel Networks USA Erik Palmer, University of South Carolina, USA; M. Gregory Forest, 5:30-5:55 Shape Formation in Plates with Incompatible Pre-Strains University of North Carolina at Marta Lewicka, University of Pittsburgh, Chapel Hill, USA; Paula A. Vasquez, USA University of South Carolina, USA 6:00-6:25 The Buckling-Fracture Transition in Non-Euclidean Plates Eran Sharon, The Hebrew University, Israel 6:30-6:55 Homogenization of Defects: The Emergence of Torsion and Non- Metricity Raz Kupferman, Hebrew University, Israel continued in next column 2016 SIAM Conference on Mathematical Aspects of Materials Science 29

Sunday, May 8 5:30-5:55 Mesoscale Modeling Sunday, May 8 of Stress-Directed Compositional MS31 Patterning in Semiconductor Alloys MS32 Talid Sinno, University of Pennsylvania, Mesoscale Modeling of USA Quantifying Uncertainty and Non-Equilibrium Assembly, Stochasticity in Material 6:00-6:25 Mesoscopic Simulations of Transport, and Reaction Lipid Membrane Remodeling Modeling CANCELLED Processes - Part III of III Aram Davtyan, University of Chicago, 5:00 PM-7:00 PM USA 5:00 PM-7:00 PM Room:Claypoole 6:30-6:55 Multiresolution of Molecular Room:Bromley For Part 2 see MS21 Dynamics in the Particle Domain For Part 2 see MS20 B. Chistopher Rinderspacher, U.S. Over the past few decades, mathematical The mesoscale regime is where Army Research Laboratory, USA modelings as well as simulation tools discrete atomistic-level descriptions have greatly enhanced the study of of complex materials and processes materials. However, deterministic transition to macroscopic continuum approaches are often pushed to their descriptions. Often features on this limit, CANCELLEDand the uncertainty in the models length scale provide the functionality, is often inevitable due to the intrinsic and their description generally stochasticity of the materials. Uncertainty includes heterogeneity and fluctuations quantification (UQ) enters as a valuable absent in macroscopic treatments. tool that addresses issues on uncertainty Reliable formulations are required to propagation, optimal sampling, rare enable systematic coarse-graining of events, etc. This minisymposium aims deterministic and stochastic atomistic at bringing researchers to discuss recent descriptions while retaining certain developments on UQ methods for microscopic features, and may involve, material sciences that helps to understand e.g., non-equilibrium statistical the effect of uncertainty and stochasticity mechanics, stochastic PDE’s, generalized in material modeling including model hydrodynamic formulations. This calibration, material failure, transition minisymposium will focus on non- paths. equilibrium systems and processes: Organizer: Huan Lei self-assembly and growth; transport Pacific Northwest National Laboratory, and reaction in complex environments; USA etc., and development of related diverse modeling approaches. Organizer: Xiu Yang Pacific Northwest National Laboratory, Organizer: Jim W. Evans USA Ames Laboratory USDOE and Iowa State University, USA Organizer: Jing Li Pacific Northwest National Laboratory, Organizer: Petr Plechac USA University of Delaware, USA Organizer: Dionisios Margetis University of Maryland, College Park, USA 5:00-5:25 A Dynamic Phase-Field Model for Structural Transformations and Twinning: Regularized Interfaces with Transparent Prescription of Complex Kinetics and Nucleation Kaushik Dayal, Carnegie Mellon University, USA

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Sunday, May 8 Monday, May 9 Monday, May 9 MS33 IP5 Modern Aspects of Theory and Challenges for Homogenization - Part III of III Registration Microstructure Evolution 5:00 PM-6:30 PM 7:30 AM-5:30 PM 9:00 AM-9:45 AM Room:Frampton Room:Society Hill Ballroom Foyer Room:Society Hill Ballroom B,C,D,E For Part 2 see MS22 We offer a view of microstructure Homogenization can be used to evolution that is instrumental for rigorously derive effective descriptions Remarks our understanding of behavior of for a broad variety of models featuring 8:00 AM-8:15 AM polycrystalline materials and for the microstructure. In recent developments design of future generation materials. challenging aspects are discussed such Room:Society Hill Ballroom B,C,D,E A central problem is to develop as the quantification and identification technologies capable of producing of effects generated by disorder and an arrangement, or ordering, of the noise, the treatment of nonlinearities, microstructure, in terms of geometry degeneracy and high-contrast. In IP4 and crystallography, appropriate for a this minisymposium we explore On the Trail of Hipsters and given application. New experimental advances on the different frontiers of Robber Barons: Probing techniques and especially developed homogenization theory with the aim to Microstructural Evolution large-scale simulations have led to the encourage discussion and exchange of discovery of the grain boundary character ideas. Specific topics include various Using Time-Resolved 3D distribution (GBCD), a statistic which aspects of stochastic homogenization, X-Ray Imaging details texture evolution. We explain homogenization of nonlinear evolution, 8:15 AM-9:00 AM the emergence of contemporary mass high-contrast homogenization, and transport and entropy methods to develop applications to materials modelling. Room:Society Hill Ballroom B,C,D,E the theory and, as a consequence, to Organizer: Stefan Neukamm Grain growth in polycrystalline materials identify the GBCD. Finally a glimpse of Technische Universität Dresden, is a war of attrition, culminating in the what to come. Germany triumph of a few crystallites over all the David Kinderlehrer rest. Mathematical analysis identifies Carnegie Mellon University, USA 5:00-5:25 Norm-Resolvent two successful growth strategies: (1) Convergence of One-Dimensional relentlessly appropriating atoms at the High-Contrast Periodic Problems to a Kronig-Penney Dipole-Type Model fastest rate possible (the robber baron Kirill Cherednichenko, University of approach) or (2) feigning disinterest Bath, United Kingdom; Alexander while profiting surreptitiously from the Coffee Break Kiselev, National Pedagogical combat losses of belligerent neighbors 9:45 AM-10:15 AM Dragomanov University, Ukraine (the hipster mentality). Employing time- resolved 3D imaging techniques, we have Room:Hamilton Room 5:30-5:55 Effective Maxwell’s Equations tested the predictive power of models for in a Geometry with Flat Split-Rings coarsening. X-ray microtomography was Agnes Lamacz, Technische Universität implemented to capture Ostwald ripening Dortmund, Germany in semisolid Al-5 wt% Cu, and 3D 6:00-6:25 Homogenization of Discrete x-ray diffraction microscopy (3DXRD) Systems with Degenerated Growth was used to study grain growth in Al-1 Mathias Schäffner and Stefan Neukamm, wt% Mg. The results represent not only Technische Universität Dresden, a benchmark for validating computer Germany; Anja Schlömerkemper, simulations but also a foundation for University of Würzburg, Germany establishing stochastic models for microstructural evolution. Carl E. Krill III Ulm University, Germany 2016 SIAM Conference on Mathematical Aspects of Materials Science 31

Monday, May 9 Monday, May 9 Monday, May 9 MS34 MS35 MS36 Mathematical Crystallography Defects and Patterns in Thin Recent Developments in Mathematical Modeling IV. Beyond Crystallography - Elastic Structures - of Recrystallization, Grain Part IV of IV Part IV of IV 10:15 AM-12:15 PM Growth and Related 10:15 AM-12:15 PM Phenomena - Part IV of VI Room:Society Hill Ballroom B Room:Society Hill Ballroom C For Part 3 see MS24 10:15 AM-12:15 PM For Part 3 see MS23 Some models of crystals, from periodic The formation of defects and patterns in Room:Society Hill Ballroom D and aperiodic graphs to polytope thin sheets is familiar; examples include For Part 3 see MS25 complexes, may be generalized to the wrinkling of a sheet wrapping a piece For Part 5 see MS47 encompass functional, hierarchical of fruit, and the cracking or blistering of Polycrystalline grain microstructures structures, and other highly regular a layer of paint. The variety of patterns are ubiquitous among technologically structures in materials science and is great, and we are just beginning to important materials, such as most nanoscience. understand and harness them. This is an metals and ceramics. The control of area where physics, geometry, and the microstructures through processing Organizer: Gregory McColm calculus of variations interact intensely, is crucial to improvement of University of South Florida, USA each providing both challenges and material properties, such as strength, Organizer: Mile Krajcevski tools. The minisymposium embraces toughness and electrical conductivity. University of South Florida, USA the area’s interdisciplinary character, This minisymposium will focus on combining mathematics with mechanics, understanding and prediction of Organizer: Jean-Guillaume Eon experiment with theory, and analysis Universidade Federal do Rio De Janeiro, thermodynamics and kinetics of grain with computing. Brazil microstructures. The minisymposium Organizer: Robert V. Kohn will bring together experts from materials Organizer: Marjorie Senechal Courant Institute of Mathematical science and mathematics and will include Smith College, USA Sciences, New York University, USA talks that range from experiments and 10:15-10:40 Skeletal Polyhedral modeling to algorithm development and 10:15-10:40 Gaussian Curvature as an Complexes and Nets with High Identifier of Shell Rigidity analysis. Symmetry Davit Harutyunyan, University of Utah, Egon Schulte, Northeastern University, Organizer: Maria Emelianenko USA USA George Mason University, USA 10:45-11:10 Putting Patterns on Pollen 10:45-11:10 Molecular Packing Organizer: Selim Esedoglu Maxim O. Lavrentovich, Eric Horsley, Problems and Quotients of the University of Michigan, USA Euclidean Group by Space Groups Asja Radja, Alison Sweeney, and Randall Kamien, University of Organizer: Dmitry Golovaty Gregory Chirikjian, Johns Hopkins University of Akron, USA University, USA Pennsylvania, USA 11:15-11:40 Isometric Immersions, Organizer: Dana Zoellner 11:15-11:40 Diffraction and Dynamical Otto-von-Guericke University, Spectra in Aperiodic Order Energy Minimization and Branch Magdenburg, Germany Uwe Grimm, The Open University, United Points in Non-Euclidean Elastic Sheets Kingdom; Michael Baake, University of John A. Gemmer, Brown University, 10:15-10:40 A New Look on Scaling: Bielefeld, Germany USA; Shankar C. Venkataramani, The Envelope of Size Distributions in University of Arizona, USA; Eran Ostwald Ripening and Grain Growth 11:45-12:10 Comparing Coincidence Sharon, The Hebrew University, Israel; Dana Zoellner and Peter Streitenberger, Rotations and Similarity Transformations Toby Shearman, University of Arizona, Otto-von-Guericke University, of Lattices and Modules USA Magdenburg, Germany Peter Zeiner, University of Bielefeld, Germany 11:45-12:10 Metric Frustration Selects Morphology of Chiral Filament Bundles Doug M. Hall, University of Massachusetts, Amherst, USA; Isaac R. Bruss, University of Michigan, USA; Gregory M. Grason, University of Massachusetts, Amherst, USA continued on next page 32 2016 SIAM Conference on Mathematical Aspects of Materials Science

Monday, May 9 Monday, May 9 Monday, May 9 MS36 MS37 MS38 Recent Developments in Mathematics and Algorithms Complex Analysis, Mathematical Modeling for Ground State Electronic Optimization, and Herglotz of Recrystallization, Grain Structure Theory - Part IV of IV Functions in Passive Growth and Related 10:15 AM-12:15 PM Electromagnetics and Phenomena - Part IV of VI Composite Media - P Room:Society Hill Ballroom E art IV of IV 10:15 AM-12:15 PM For Part 3 see MS26 Room:Society Hill Ballroom D Electronic structure theory and first 10:15 AM-11:45 AM continued principle calculations are among the Room:Society Hill Ballroom A1 most challenging and computationally For Part 3 see MS27 demanding science and engineering The aim of this minisymposium is problems. This minisymposium aims to bring together a diverse group 10:45-11:10 Grain Boundary Character at presenting and discussing new of researchers from mathematics, Distribution and Mass Transport developments of mathematical analysis engineering, and physics that, although Paradigm and numerical methods for achieving ever working on seemingly distinct topics, Yekaterina Epshteyn, University of Utah, higher level of accuracy and efficiency in use similar tools from complex analysis USA ground state electronic structure theory. or optimization theory in which Herglotz 11:15-11:40 Kinetic Models for 2D Grain We bring together experts on electronic or Stieltjes functions are important. Growth structure theory, which include not only This minisymposium will help bring Govind Menon, Brown University, mathematicians, but also physicists new insights and advancements in the USA; Robert Pego, Carnegie Mellon working actively in the field. University, USA; Joe Klobusicky, theory of Herglotz functions and its Organizer: Lin Lin Geisinger Health Systems, USA applications by highlighting progress and University of California, Berkeley and challenges in the areas of multivariate 11:45-12:10 Stochastic Processes in Lawrence Berkeley National Laboratory, complex analysis, electromagnetics, and Mesoscale Modeling of Polycrystals USA the theory of composites. Topics include Diego Torrejon and Maria Emelianenko, Herglotz functions, passive systems, George Mason University, USA Organizer: Jianfeng Lu Duke University, USA complex analysis, optimization theory, dispersion relations, sum rules, bounds, Organizer: Gero Friesecke and applications in electromagnetics and Technische Universität München, composites. Germany Organizer: Maxence Cassier 10:15-10:40 Tensor Networks and University of Utah, USA Related Representation for Electronic Schrodinger Equation Organizer: Graeme W. Milton Reinhold Schneider, Technische University of Utah, USA Universität Berlin, Germany Organizer: Mihai Putinar 10:45-11:10 Pair Densities in Density University of California, Santa Barbara, Functional Theory USA and Newcastle University, United Huajie Chen, University of Warwick, Kingdom United Kingdom; Gero Friesecke, Technische Universität München, Organizer: Aaron Welters Germany Florida Institute of Technology, USA 11:15-11:40 Spectral Gauss Quadrature Method with Subspace Interpolation for Kohn-Sham Density Functional Theory Xin Cindy Wang, U.S. Army Research Laboratory, USA 11:45-12:10 Adaptively Compressed Exchange Operator Lin Lin, University of California, Berkeley and Lawrence Berkeley National continued on next page Laboratory, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 33

10:15-10:40 Markov Regularization of Monday, May 9 Monday, May 9 Multivariate Moment Sequences of Singular Measures MS39 MS40 Mihai Putinar, University of California, Santa Barbara, USA and Newcastle Numerical Methods in Modeling Mechanical University, United Kingdom Multiscale Materials Response in Disordered 10:45-11:10 Fundamental Limits to Modelling - Part I of III and Structurally Complex Wave Scattering in Lossy Media 10:15 AM-12:15 PM Materials Systems - Part IV Owen D. Miller, Massachusetts Institute of IV of Technology, USA Room:Society Hill Ballroom A2 10:15 AM-12:15 PM 11:15-11:40 Applications of Herglotz For Part 2 see MS50 Functions in Poroelastic and Elastic Multiscale methods are of central Room:Cook Composite Materials importance in the efficient simulation For Part 3 see MS29 Yvonne Ou, University of Delaware, USA of materials, but it is now evident that We propose a minisymposium exploring the development of robust, scalable approaches to the quantification of methods requires coordinated progress microstructure with an eye to modeling in modelling and numerical analysis. mechanical response in materials The aim of this minisymposium is to that exhibit disorder and structural bring together researchers working with complexity. Examples of such systems knowledge of computational statistical include glasses, granular media, mechanics, molecular dynamics, and colloids, and biological systems. Many stochastic numerics to explore state-of- interesting interconnections can be drawn the-art development in the methodology between these including incompatible of multiscale materials modelling, in order embedded metrics that lead to residual to foster closer contact and facilitate the stresses, poorly characterized structures exchange of ideas and expertise across the that accommodate plasticity and flow, different areas. and a need to account for how forces Organizer: Vagelis Harmandaris are generated, accommodated and University of Crete, Greece distributed. This minisymposium will bring together materials scientists, Organizer: Benedict Leimkuhler physicists, mathematicians and engineers University of Edinburgh, United Kingdom to examine these problems from multiple Organizer: Xiaocheng Shang overlapping perspectives. University of Edinburgh, United Kingdom Organizer: Michael L. Falk 10:15-10:40 Modeling the Mechanics Johns Hopkins University, USA of 2D Layered Heterostructures Ellad B. Tadmor, University of Organizer: Timothy J. Atherton Minnesota, USA Tufts University, USA 10:45-11:10 From Atomistic to 10:15-10:40 Crack Propagation in Systematic Coarse-Grained Models for Bone: The Role of Sacrificial Bonds Molecular Systems Ahmed Elbanna, University of Illinois at Vagelis Harmandaris, University of Urbana-Champaign, USA Crete, Greece; Evangelia Kalligiannaki, 10:45-11:10 Motility Driven Glass University of Southern California, USA; Transitions in Biological Tissues Markos A. Katsoulakis, University of Lisa Manning, Syracuse University, USA Massachusetts, Amherst, USA; Petr Plechac, University of Delaware, USA 11:15-11:40 Surface Hopping Algorithms for Mixed Quantum- Classical Dynamics Jianfeng Lu, Duke University, USA 11:45-12:10 Efficient and Robust Free Energy Calculations in Materials Noam Bernstein, Naval Research Laboratory, USA continued on next page 34 2016 SIAM Conference on Mathematical Aspects of Materials Science

Monday, May 9 Monday, May 9 Monday, May 9 MS40 MS41 MS42 Modeling Mechanical Soft Matter and Complex Microscopic Processes and Response in Disordered Biological Systems - Part I of III Non-Equilibrium Phenomena and Structurally Complex 10:15 AM-12:15 PM in Epitaxial Growth - Materials Systems - Room:Flower Part I of III Part IV of IV For Part 2 see MS52 10:15 AM-11:45 AM 10:15 AM-12:15 PM The purpose of this minisymposium is Room:Bromley to bring together active researchers in Room:Cook For Part 2 see MS53 the field of soft matter materials whose Epitaxial growth is a process where continued research activities are closely related to material is deposited on top of another various complex biological phenomena, one and takes on the crystalline mechanisms and functionality. In recent 11:15-11:40 Elastic Free Energy and orientation of the substrate. It is of years, various complex biological systems the Shapes of Growing Tumors technological importance for a variety have been successfully modeled using Krishna Garikipati, University of of applications including the fabrication soft matter models like cell motility, Michigan, USA; Kristen Mills, of opto-electronic devices, catalysis biological gels, ion channel modeling etc.. Rensselaer Polytechnic Institute, and food processing. The study of The SIAM Materials Meeting provides USA; Shiva Rudraraju, University microscopic processes of epitaxy pose an opportunity for people with diverse of Michigan, USA; Ralf Kemkemer, mathematical challenges. The purpose background to exchange ideas and forge Universitaet Reutlingen, Germany of this minisymposium is to bring new collaborations. You are all experts in 11:45-12:10 The Mechanics of together experts workingon models and various related fields involving soft matter Gap Formation in Endothelial Cell computational tools for a fundamental modeling, experiments and simulations. Monolayers understanding of non-equilibrium It would be ideal to have such a group to Joyjit Chattoraj and Emanuela Del Gado, processes in epitaxy. These models and discuss current issues and predict future Georgetown University, USA; C. methods are deterministic or stochastic directions in this active interdisciplinary Corey Hardin, Massachusetts General and span several length and time scales, research field. Hospital, USA; Ramaswamy Krishnan, from the atomistic to the continuum. Beth Israel Deaconess Medical Center, Organizer: Qi Wang Organizer: Frederic G. Gibou USA University of South Carolina, USA University of California, Santa Barbara, Organizer: M. Gregory Forest USA University of North Carolina at Chapel Organizer: Dionisios Margetis Hill, USA University of Maryland, College Park, Organizer: Jia Zhao USA University of South Carolina, USA Organizer: Christian Ratsch 10:15-10:40 Biological Plywoods University of California, Los Angeles, Alejandro D. Rey, McGill University, USA Canada 10:15-10:40 Island Dynamics Model 10:45-11:10 Modeling Dynamics of for Mound Formation: Effect of a Step- Mucous Flows Edge Barrier M. Gregory Forest, University of North Christian Ratsch, University of Carolina at Chapel Hill, USA; Paula A. California, Los Angeles, USA Vasquez, University of South Carolina, 10:45-11:10 Coarse-Graining from USA Atomistic to Continuum Models for 11:15-11:40 Transport of Charged Island and Step Dynamics during Particles in Biological Environments. Epitaxial Growth and Relaxation Chun Liu, Pennsylvania State University, James Evans, Ames Laboratory USDOE, USA USA 11:45-12:10 Stochastic and Multi- 11:15-11:40 Epitaxial Growth of Scale Dynamics of Stem Cells and Graphene Developmental Patterning. Axel Voigt, Technische Universität Qin Nie, University of California, Irvine, Dresden, Germany USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 35

Monday, May 9 Monday, May 9 11:15-11:40 Magnetic Domains in Thin Ferromagnetic Films with Strong MS43 MS44 Perpendicular Anisotropy Hans Knuepfer, University of Upscaling Models of Recent Trends in Heidelberg, Germany; Cyrill B. Crystalline Structures: Micromagnetic Modeling Muratov, New Jersey Institute of Analysis and Simulation - Part and Analysis - Part I of III Technology, USA; Florian Nolte, Heidelberg University, Germany I of III 10:15 AM-12:15 PM 10:15 AM-12:15 PM 11:45-12:10 Homogenization of Room:Frampton Composite Ferromagnetic Materials Room:Claypoole For Part 2 see MS55 Francois Alouges, University of Paris- For Part 2 see MS54 Magnetic materials underlie present Sud, France; Giovanni Di Fratta, In the recent years, there has been an and future technologies for information Ecole Polytechnique, France extensive development of new upscaling storage. The last two decades schemes for the passage from atomistic have brought major technological to continuum models of crystalline breakthroughs in the design of novel Lunch Break structures. These upscaling schemes magnetic materials and the development incorporate various models such as KMC, of new application concepts for these 12:15 PM-1:30 PM discrete Burton-Cabrera- Frank, DFT materials. Simultaneously, recent efforts Attendees on their own and continuum PDEs, in statical and in micromagnetic modeling and analysis dynamical settings. All of these models have yielded a deeper understanding of have their strengths and limitations, and many phenomena observed in magnetic reconciling them as well as highlighting materials. Yet, progress in the material Poster Spotlights their differences is very important both design and use poses further challenges 1:30 PM-2:15 PM from a theoretical point of view, and to the mathematical community. The Room:Society Hill Ballroom B,C,D,E for our understanding of the structure proposed minisymposium brings and evolution of crystalline materials in together scientists working on modeling, general. analysis, simulation and experimental characterization of the current and Organizer: Hala A.H. Shehadeh Intermission emerging magnetic materials and aims James Madison University, USA 2:15 PM-2:30 PM to set new directions and define major Organizer: Malena I. Espanol open problems. University of Akron, USA Organizer: Cyrill B. Muratov 10:15-10:40 On the Connection New Jersey Institute of Technology, Between Kinetic Monte Carlo and USA Burton-Cabrera-Frank Theory of Step- Flow in 1+1 Dimensions Organizer: Valery Slastikov Paul Patrone, National Institute of University of Bristol, United Kingdom Standards and Technology, USA 10:15-10:40 Current Induced Torques 10:45-11:10 Hydrodynamic Limit of in Magnetic Thin Films and Devices: a KMC Model for a Layered Cake Physics and Modeling Structure and Facet Formation Andrew Kent, New York University, Hala A.H. Shehadeh, James Madison USA University, USA 10:45-11:10 A Mean-Field Model 11:15-11:40 Modeling Effect of Flow on for Spin Dynamics in Multilayered Crystallization Kinetics: From Kinetic Ferromagnetic Media Theory to Hydrodynamics Jingrun Chen, Carlos Garcia- Arvind Baskaran, National Institute Cervera, and Xu Yang, University of of Standards and Technology, USA; California, Santa Barbara, USA Aparna Baskaran, Brandeis University, USA; John Lowengrub, University of California, Irvine, USA 11:45-12:10 Peridynamic Models for Upscaling Crystalline Structures Pablo Seleson, Oak Ridge National continued in next column Laboratory, USA 36 2016 SIAM Conference on Mathematical Aspects of Materials Science

Monday, May 9 Monday, May 9 Monday, May 9 MS45 MS46 MS47 Metamaterials and Their Analysis. Modeling, and Recent Developments in Recent Applications - Part I Simulation in Materials Mathematical Modeling of V Science, in Memory of Peter of Recrystallization, Grain 2:30 PM-4:30 PM Smereka - Part I of III Growth and Related Room:Society Hill Ballroom B 2:30 PM-4:00 PM Phenomena - Part V of VI For Part 2 see MS56 Room:Society Hill Ballroom C 2:30 PM-4:00 PM Metamaterials are materials engineered For Part 2 see MS57 Room:Society Hill Ballroom D to have properties that have not yet been We were all saddened to learn of Peter’s For Part 4 see MS36 found in nature. This minisymposium sudden death on Sept. 15. Peter, who was For Part 6 see MS58 is devoted to recent progress on serving as the co-chair of this meeting Polycrystalline grain microstructures understanding properties of these at the time of his passing, was a great are ubiquitous among technologically materials and their applications. In asset to the math-materials community. important materials, such as most this minisymposium, the speakers will One of his most memorable traits was metals and ceramics. The control of discuss various types of metamaterials his level of participation at conferences. microstructures through processing for instance negative index materials, Very few people pay so much attention to is crucial to improvement of hyperbolic metamaterials, and seismic what others are presenting. It was rare for material properties, such as strength, metamaterials and their applications such him to sit through an entire talk without toughness and electrical conductivity. as superlensing, cloaking, cloaking via asking an insightful question; more often This minisymposium will focus on anomalous localized resonance. Different several. When Peter helped organize understanding and prediction of aspects of these materials such as meetings, he encouraged this type of thermodynamics and kinetics of grain resonance, localized resonance, stability, interaction between the audience and the microstructures. The minisymposium outgoing conditions, limiting amplitude speaker. will bring together experts from materials principle are presented. Both theoretical science and mathematics and will include and numerical aspects are covered. Organizer: Tim Schulze University of Tennessee, USA talks that range from experiments and Organizer: Hoai-Minh Nguyen modeling to algorithm development and 2:30-2:55 Nonlinear Quantum École Polytechnique Fédérale de analysis. Mechanics Lausanne, Switzerland Bjorn Birnir, University of California, Organizer: Maria Emelianenko 2:30-2:55 Superlensing Using Santa Barbara, USA George Mason University, USA Hyperbolic Metamaterials Eric Bonnetier, Université Grenoble 3:00-3:25 Modeling Rare Events Organizer: Selim Esedoglu Weinan E, Princeton University, USA Alpes, France; Hoai-Minh Nguyen, University of Michigan, USA École Polytechnique Fédérale de 3:30-3:55 Euler Sprays and Optimal Organizer: Dmitry Golovaty Lausanne, Switzerland Transportation University of Akron, USA Robert Pego, Carnegie Mellon University, 3:00-3:25 ALR with Maxwell’s Equations USA; Jian-Guo Liu, Duke University, Organizer: Dana Zoellner Petri Ola and Matti Lassas, University of USA; Dejan Slepcev, Carnegie Mellon Otto-von-Guericke University, Helsinki, Finland University, USA Magdenburg, Germany 3:30-3:55 A Three-Sphere Inequality 2:30-2:55 Phase Field Models of Creep and Cloaking Using Complementary in Polycrystals Media in the Finite Frequency Regime James Warren and Arvind Baskaran, Loc Nguyen, University of North National Institute of Standards and Carolina, Charlotte, USA Technology, USA 4:00-4:25 Uniform Refraction in 3:00-3:25 Dynamics of Polycrystalline Negative Refractive Index Materials Networks Eric Stachura and Cristian Gutierrez, Martin E. Glicksman, Florida Institute of Temple University, USA Technology, USA; Paulo Rios, Centro Universitário FEI, Brazil 3:30-3:55 Thin Film Deposition Using Rarefied Gas Jet Dr. Sahadev Pradhan, Indian Institute of Science, Bangalore, India 2016 SIAM Conference on Mathematical Aspects of Materials Science 37

Monday, May 9 Monday, May 9 Monday, May 9 MS48 MS49 MS50 Mathematics and Active Polar Gels - Numerical Methods in Algorithms for Excited Part I of II Multiscale Materials States of Materials - 2:30 PM-4:30 PM Modelling - Part II of III Part I of II Room:Society Hill Ballroom A1 2:30 PM-4:30 PM 2:30 PM-4:00 PM For Part 2 see MS60 Room:Society Hill Ballroom A2 Room:Society Hill Ballroom E The hydrodynamic equations of active For Part 1 see MS39 For Part 2 see MS59 polar gels model the continuum, For Part 3 see MS61 Quantitative predictions for excited macroscopic mechanics of a collection Multiscale methods are of central state phenomena are at the leading of uniaxial active agents, embedded in a importance in the efficient simulation edge of modern theories for the viscous bulk medium, in which internal of materials, but it is now evident that electronic structure of materials. These stresses are induced due to dissipation the development of robust, scalable predicative capabilities have a wide of energy. The energy-consuming methods requires coordinated progress range of applications in the design uniaxial polar agents are modeled by a in modelling and numerical analysis. and simulation of new materials for polarization field, which is governed by The aim of this minisymposium is to photovoltaics, energy storage and an equation of motion. The relationship bring together researchers working with other nanoelectronic devices. In this between the strain rate and the stress in knowledge of computational statistical minisymposium, we bring researchers the fluid is provided by a constitutive mechanics, molecular dynamics, and from both materials science and equation. These equations, along with stochastic numerics to explore state-of- mathematics to discuss methodologies conservation of momentum, provide a the-art development in the methodology and algorithms for modeling, continuum hydrodynamic description of multiscale materials modelling, computing and analyzing excited state modeling active polar viscous gels in order to foster closer contact and properties of materials. The topics to as an energy consuming, anisotropic, facilitate the exchange of ideas and be covered include but are not limited non-Newtonian fluid. Within this expertise across the different areas. to many-body perturbation theory minisymposium we will discuss Organizer: Vagelis Harmandaris and Green’s function methods, time- modeling aspects, various applications University of Crete, Greece dependent density functional theory. and numerical issues. Organizer: Benedict Leimkuhler Organizer: Chao Yang Organizer: Axel Voigt University of Edinburgh, United Lawrence Berkeley National Technische Universität Dresden, Kingdom Laboratory, USA Germany Organizer: Xiaocheng Shang Organizer: Eric Cances 2:30-2:55 Collisions of Deformable Cells Lead to Collective Migration University of Edinburgh, United Ecole des Ponts and Inria, France Igor S. Aronson, Argonne National Kingdom 2:30-2:55 Ab-initio Dynamics from Laboratory, USA 2:30-2:55 Error Estimates for Transport Electronic to Molecular Scales Coefficients in Molecular Dynamics 3:00-3:25 Collective Motion of Efthimios Kaxiras, Harvard University, Gabriel Stoltz, Ecole Nationale des Ponts Cells under the Influence of USA Hydrodynamics et Chaussées, France 3:00-3:25 Correlated Methods Axel Voigt, Technische Universität 3:00-3:25 Overcoming Bad Scaling for Periodic Systems Based on Dresden, Germany Using Ensemble Samplers Localized Resolution of Identity Charles Matthews, University of 3:30-3:55 Modelling the Cell Technique Chicago, USA; Ben Leimkuhler, Xinguo Ren, University of Science and Cytoskeleton as an Active Polar Gel: Cell Deformation and Movement University of Edinburgh, United Technology of China, China Rhoda Hawkins, University of Sheffield, Kingdom; Jonathan Weare, University 3:30-3:55 Multiscale Modeling United Kingdom of Chicago, USA and Computation of Optically Manipulated Nano Devices 4:00-4:25 Collective Dynamics on Di Liu, Michigan State University, Large Scales - A Phase Field Crystal Like Approach USA Francesco Alaimo, Technische Universität Dresden, Germany

continued on next page 38 2016 SIAM Conference on Mathematical Aspects of Materials Science

Monday, May 9 Monday, May 9 Monday, May 9 MS50 MS51 MS52 Numerical Methods in Mathematical and Soft Matter and Complex Multiscale Materials Computational Aspects of Biological Systems - Part II Modelling - Part II of III Nonlocal Models in Materials of III 2:30 PM-4:30 PM Science - Part I of V 2:30 PM-4:30 PM Room:Society Hill Ballroom A2 2:30 PM-4:30 PM Room:Flower continued Room:Cook For Part 1 see MS41 For Part 2 see MS62 For Part 3 see MS63 The minisymposium is focused on The purpose of this minisymposium is to bring together active researchers 3:30-3:55 Accelerated Sampling of Exit the recent developments of nonlocal mathematical models arising in in the field of soft matter materials Rates for Molecular Dynamics Using a whose research activities are closely Homotopy Approach peridynamics, dynamics of complex related to various complex biological Marcus Weber and Jannes Quer, Zuse fluid and porous media. These nonlocal phenomena, mechanisms and Institute Berlin, Germany models aim to quantitatively and consistently incorporate the effect of functionality. In recent years, various 4:00-4:25 Optimal Control of Multiscale subscale phenomena such as discrete complex biological systems have been Systems Using Reduced-Order Models successfully modeled using soft matter Wei Zhang, Carsten Hartmann, and Juan particles, cracks, polymeric molecules and microstructure into the continuum model. models like cell motility, biological Cristobal Latorre, Free University of gels, ion channel modeling etc.. The Berlin, Germany; Grigorios Pavliotis, The talks will address both the analytical and numerical aspects of these models and SIAM Materials Meeting provides an Imperial College London, United opportunity for people with diverse Kingdom their implication in our understanding of the behaviors of these materials. background to exchange ideas and forge new collaborations. You are all experts Organizer: Miao-Jung Y. Ou in various related fields involving soft University of Delaware, USA matter modeling, experiments and Organizer: Silvia Jimenez simulations. It would be ideal to have Bolanos such a group to discuss current issues Colgate University, USA and predict future directions in this active interdisciplinary research field. Organizer: Bacim Alali Kansas State University, USA Organizer: Qi Wang University of South Carolina, USA 2:30-2:55 Propagation of Complex Fracture Using Nonlocal Cohesive Organizer: M. Gregory Forest Forces University of North Carolina at Chapel Robert P. Lipton, Louisiana State Hill, USA University, USA Organizer: Jia Zhao 3:00-3:25 On the Consistency Between University of South Carolina, USA Nearest-Neighbor Peridynamics and Finite Difference Classical Elasticity 2:30-2:55 Computational Model of Pablo Seleson, Oak Ridge National Substrate-Based Cell Motility Igor S. Aronson, Argonne National Laboratory, USA; Qiang Du, Columbia Laboratory, USA University, USA; Michael L. Parks, Sandia National Laboratories, USA 3:00-3:25 Nonlinearities and Symmetry Breaking in Active Biological Matter 3:30-3:55 On the Variational Tanniemola liverpool, University of Convergence of a Class of Nonlocal Functionals Related to Peridynamics Bristol, United Kingdom Tadele Mengesha, University of Tennessee, USA 4:00-4:25 Numerical Approximations for Two-Dimensional Nonlocal Phase- Field Crystal Models by Fourier Spectral Methods continued on next page Jiang Yang and Qiang Du, Columbia University, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 39

3:30-3:55 Active Liquid Crystal Monday, May 9 Monday, May 9 Models and Applications to Complex Biological Systems MS53 MS54 Qi Wang, University of South Carolina, USA and Beijing Microscopic Processes Upscaling Models of Computational Science Research and Non-Equilibrium Crystalline Structures: Center, China; Jia Zhao, University Phenomena in Epitaxial Analysis and Simulation - of South Carolina, USA; Xiaogang Growth - Part II of III Part II of III Yang, Beijing Computational Science Research Center, China 2:30 PM-4:00 PM 2:30 PM-4:00 PM 4:00-4:25 A Multiphasic Complex Room:Bromley Room:Claypoole Fluids Model for Cytokinesis of For Part 1 see MS42 For Part 1 see MS43 Eukaryotes For Part 3 see MS64 For Part 3 see MS65 Jia Zhao, University of South Carolina, Epitaxial growth is a process where In the recent years, there has been USA material is deposited on top of another an extensive development of new one and takes on the crystalline upscaling schemes for the passage orientation of the substrate. It is of from atomistic to continuum models of technological importance for a variety crystalline structures. These upscaling of applications including the fabrication schemes incorporate various models of opto-electronic devices, catalysis such as KMC, discrete Burton-Cabrera- and food processing. The modeling Frank, DFT and continuum PDEs, in and simulation of epitaxy pose statical and dynamical settings. All of mathematical challenges. The purpose these models have their strengths and of this minisymposium is to bring limitations, and reconciling them as well together experts working on models and as highlighting their differences is very computational tools for a fundamental important both from a theoretical point understanding of non-equilibrium of view, and for our understanding of processes in epitaxy. These models and the structure and evolution of crystalline methods are deterministic or stochastic materials in general. and span several length and time scales, Organizer: Hala A.H. Shehadeh from the atomistic to the continuum. James Madison University, USA Organizer: Dionisios Margetis Organizer: Malena I. Espanol University of Maryland, College Park, University of Akron, USA USA 2:30-2:55 An Upscaling Procedure Organizer: Frederic G. Gibou for Passing from an Atomistic to a University of California, Santa Barbara, Continuum Model of Multi-Walled USA Carbon Nanotubes Malena I. Espanol, Dmitry Golovaty, and Organizer: Christian Ratsch J. Patrick Wilber, University of Akron, University of California, Los Angeles, USA USA 3:00-3:25 Crystallization for a Brenner- 2:30-2:55 Parallel Octree-Based Like Potential Discretizations for Diffusion Brittan A. Farmer, University of Dominated Free Boundary Problems Minnesota, USA; Selim Esedoglu Frederic G. Gibou, University of and Peter Smereka, University of California, Santa Barbara, USA Michigan, USA 3:00-3:25 Wetting and Dewetting Dynamics of Thin Solid Films 3:30-3:55 A Framework to Compute Oliver Pierre-Louis, Université Claude Elastic Deformation Fields from Atomistics: the Key to Automated Bernard Lyon 1, France Identification of Dislocations, Grain 3:30-3:55 Kinetic Models for Boundaries, and Stacking Faults Crystalline Misorientations During Alexander Stukowski, Technische Coarsening in 2D Materials Universität Darmstadt, Germany Maria Emelianenko, George Mason University, USA 40 2016 SIAM Conference on Mathematical Aspects of Materials Science

Monday, May 9 Monday, May 9 Monday, May 9 MS55 Coffee Break MS57 Recent Trends in 4:30 PM-5:00 PM Analysis. Modeling, and Micromagnetic Modeling Room:Hamilton Room Simulation in Materials and Analysis - Part II of III Science, in Memory of Peter 2:30 PM-4:30 PM Smereka - Part II of III Room:Frampton MS56 5:00 PM-7:00 PM For Part 1 see MS44 Metamaterials and Their Room:Society Hill Ballroom C For Part 3 see MS66 Recent Applications - For Part 1 see MS46 Magnetic materials underlie present Part II of V For Part 3 see MS68 and future technologies for information We were all saddened to learn of Peter’s storage. The last two decades 5:00 PM-6:30 PM sudden death on Sept. 15. Peter, who was have brought major technological Room:Society Hill Ballroom B serving as the co-chair of this meeting at breakthroughs in the design of novel the time of his passing, was a great asset magnetic materials and the development For Part 1 see MS45 For Part 3 see MS67 to the math-materials community. One of of new application concepts for these Metamaterials are materials engineered his most memorable traits was his level materials. Simultaneously, recent efforts to have properties that have not yet been of participation at conferences. Very few in micromagnetic modeling and analysis found in nature. This minisymposium people pay so much attention to what have yielded a deeper understanding of is devoted to recent progress on others are presenting. It was rare for many phenomena observed in magnetic understanding properties of these him to sit through an entire talk without materials. Yet, progress in the material materials and their applications. In asking an insightful question; more often design and use poses further challenges this minisymposium, the speakers will several. When Peter helped organize to the mathematical community. The discuss various types of metamaterials meetings, he encouraged this type of proposed minisymposium brings for instance negative index materials, interaction between the audience and the together scientists working on modeling, hyperbolic metamaterials, and seismic speaker. analysis, simulation and experimental metamaterials and their applications such Organizer: Tim Schulze characterization of the current and as superlensing, cloaking, cloaking via University of Tennessee, USA emerging magnetic materials and aims to anomalous localized resonance. Different set new directions and define major open 5:00-5:25 Kinetic Monte Carlo---A aspects of these materials such as problems. Look Back and a Glance Forward resonance, localized resonance, stability, Tim Schulze, University of Tennessee, Organizer: Cyrill B. Muratov outgoing conditions, limiting amplitude USA New Jersey Institute of Technology, USA principle are presented. Both theoretical 5:30-5:55 A Levelset Method for Organizer: Valery Slastikov and numerical aspects are covered. Modeling the Formation and Self- University of Bristol, United Kingdom Organizer: Hoai-Minh Nguyen Organization of Quantum Dots During Epitaxial Growth 2:30-2:55 Spin Orbit Torques and Chiral École Polytechnique Fédérale de Spin Textures in Ultrathin Magnetic Lausanne, Switzerland Christian Ratsch, University of California, Los Angeles, USA Films 5:00-5:25 On the Black-Hole Geoffrey Beach, Massachusetts Institute Phenomenon at Corners of 6:00-6:25 Formulations Treating of Technology, USA Metamaterials Stochastic Effects in Thin Film Growth and Relaxation Including 3:00-3:25 Dynamical and Static Anne Sophie Bonnet-Ben Dhia, ENSTA Contributions by Peter Smereka Stabilization Mechanisms for Skyrmions ParisTech, France Benjamin Braun, University of Kentucky, James Evans, Ames Laboratory USDOE, 5:30-5:55 Plasmonic Coupling Between USA USA Two Nanoparticles 6:30-6:55 Phase Field Models 3:30-3:55 Ferromagnetic and Pierre Millien, École Polytechnique Capturing Surface Diffusion Antiferromagnetic Skyrmions Fédérale de Lausanne, Switzerland Oleg Tretiakov, Tohoku University, Japan Axel Voigt, Technische Universität 6:00-6:25 Spectral Properties of the Dresden, Germany 4:00-4:25 Current-Induced Dynamics Neumann-Poincaré Operator and of Chiral Skyrmions Cloaking by Anomalous Localized Christof Melcher, RTWH Aachen, Resonance for the Elasto-Static System Germany Hyeonbae Kang, Inha University, Korea; Kazunori Ando, Ehime University, Japan; Yongkwan Ji and Kyoungsun Kim, Inha University, Korea; Sanghyeon Yu, ETH Zürich, Switzerland 2016 SIAM Conference on Mathematical Aspects of Materials Science 41

Monday, May 9 Monday, May 9 Monday, May 9 MS58 MS59 MS60 Recent Developments in Mathematics and Active Polar Gels - Mathematical Modeling Algorithms for Excited Part II of II of Recrystallization, Grain States of Materials - 5:00 PM-6:30 PM Growth and Related Part II of II Room:Society Hill Ballroom A1 Phenomena - Part VI of VI 5:00 PM-6:30 PM For Part 1 see MS49 5:00 PM-6:30 PM Room:Society Hill Ballroom E The hydrodynamic equations of active polar gels model the continuum, Room:Society Hill Ballroom D For Part 1 see MS48 macroscopic mechanics of a collection Quantitative predictions for excited For Part 5 see MS47 of uniaxial active agents, embedded state phenomena are at the leading Polycrystalline grain microstructures in a viscous bulk medium, in which edge of modern theories for the are ubiquitous among technologically internal stresses are induced due to electronic structure of materials. These important materials, such as most dissipation of energy. The energy- predicative capabilities have a wide metals and ceramics. The control of consuming uniaxial polar agents are range of applications in the design microstructures through processing modeled by a polarization field, which and simulation of new materials for is crucial to improvement of is governed by an equation of motion. photovoltaics, energy storage and material properties, such as strength, The relationship between the strain rate other nanoelectronic devices. In this toughness and electrical conductivity. and the stress in the fluid is provided by minisymposium, we bring researchers This minisymposium will focus on a constitutive equation. These equations, from both materials science and understanding and prediction of along with conservation of momentum, mathematics to discuss methodologies thermodynamics and kinetics of grain provide a continuum hydrodynamic and algorithms for modeling, computing microstructures. The minisymposium description modeling active polar and analyzing excited state properties will bring together experts from materials viscous gels as an energy consuming, of materials. The topics to be covered science and mathematics and will include anisotropic, non-Newtonian fluid. Within include but are not limited to many- talks that range from experiments and this minisymposium we will discuss body perturbation theory and Green’s modeling to algorithm development and modeling aspects, various applications function methods, time-dependent analysis. and numerical issues. density functional theory. Organizer: Maria Emelianenko Organizer: Axel Voigt Organizer: Chao Yang George Mason University, USA Technische Universität Dresden, Lawrence Berkeley National Organizer: Selim Esedoglu Germany Laboratory, USA University of Michigan, USA 5:00-5:25 Geometry and Topology of Organizer: Eric Cances Organizer: Dmitry Golovaty Turbulence in Active Nematics Ecole des Ponts and Inria, France University of Akron, USA Luca Giomi, Universiteit Leiden, 5:00-5:25 A Mathematical Analysis Netherlands Organizer: Dana Zoellner of the GW Method for Computing Otto-von-Guericke University, 5:30-5:55 A Hybrid Particle-Mesh Electronic Excited Energies Method for Incompressible Active Magdenburg, Germany Gabriel Stoltz, École des Ponts Polar Viscous Gels 5:00-5:25 Twin Boundary Junction ParisTech, France Ivo F. Sbalzarini, Technische Universität Effects in Grain Growth 5:30-5:55 Ab Initio Parametrization of Dresden, Germany David J. Srolovitz and Spencer Thomas, Bond-polarizability Model for Raman University of Pennsylvania, USA 6:00-6:25 Nonlinear Spatiotemporal Spectroscopy of a-Si:H Dynamics of Active Fluids and 5:30-5:55 Multi-scale Atomistic David A. Strubbe and Jeffrey C. Applications to Cell Biomechanics Simulations Scheme for Grain Grossman, Massachusetts Institute of Rajesh Ramaswamy, Max Planck Boundaries Technology, USA Institute for Physics of Complex Liam Huber, Blazej Grabowski, and Joerg 6:00-6:25 A New Algorithm for Systems, Germany Neugebauer, Max-Planck-Institute for Real-time Time Dependent Density Iron Research, Germany; Joerg Rottler Funcitonal Theory Calculations and Matthias Militzer, University of Lin-Wang Wang, Lawrence Berkeley British Columbia, Canada National Laboratory, USA 6:00-6:25 Review of Abnormal Grain Growth, New and Old Mechanisms Anthony Rollett, Carnegie Mellon University, USA 42 2016 SIAM Conference on Mathematical Aspects of Materials Science

Monday, May 9 Monday, May 9 Monday, May 9 MS61 MS62 MS63 Numerical Methods in Mathematical and Soft Matter and Complex Multiscale Materials Computational Aspects of Biological Systems - Modelling - Part III of III Nonlocal Models in Materials Part III of III 5:00 PM-7:00 PM Science - Part II of V 5:00 PM-6:30 PM Room:Society Hill Ballroom A2 5:00 PM-6:30 PM Room:Flower For Part 2 see MS50 Room:Cook For Part 2 see MS52 Multiscale methods are of central For Part 1 see MS51 The purpose of this minisymposium importance in the efficient simulation For Part 3 see MS73 is to bring together active researchers of materials, but it is now evident that The minisymposium is focused on in the field of soft matter materials the development of robust, scalable the recent developments of nonlocal whose research activities are closely methods requires coordinated progress mathematical models arising in related to various complex biological in modelling and numerical analysis. peridynamics, dynamics of complex phenomena, mechanisms and The aim of this minisymposium is to fluid and porous media. These nonlocal functionality. In recent years, various bring together researchers working with models aim to quantitatively and complex biological systems have been knowledge of computational statistical consistently incorporate the effect of successfully modeled using soft matter mechanics, molecular dynamics, and subscale phenomena such as discrete models like cell motility, biological stochastic numerics to explore state-of- particles, cracks, polymeric molecules gels, ion channel modeling etc.. The the-art development in the methodology and microstructure into the continuum SIAM Materials Meeting provides an of multiscale materials modelling, in model. The talks will address both the opportunity for people with diverse order to foster closer contact and facilitate analytical and numerical aspects of these background to exchange ideas and forge the exchange of ideas and expertise across models and their implication in our new collaborations. You are all experts the different areas. understanding of the behaviors of these in various related fields involving soft Organizer: Vagelis Harmandaris materials. matter modeling, experiments and University of Crete, Greece simulations. It would be ideal to have Organizer: Miao-Jung Y. Ou such a group to discuss current issues University of Delaware, USA Organizer: Benedict Leimkuhler and predict future directions in this active University of Edinburgh, United Kingdom Organizer: Silvia Jimenez interdisciplinary research field. Organizer: Xiaocheng Shang Bolanos Organizer: Qi Wang University of Edinburgh, United Kingdom Colgate University, USA University of South Carolina, USA 5:00-5:25 Increasing the Timestep in Organizer: Bacim Alali Organizer: M. Gregory Forest Molecular Dynamics Simulation Kansas State University, USA University of North Carolina at Chapel Ben Leimkuhler, University of Edinburgh, 5:00-5:25 Multiscale Structure of Hill, USA United Kingdom Optimally Designed Composites with 5:30-5:55 Error Analysis of Modified Nonlocal Constitutive Relations Organizer: Jia Zhao Langevin Dynamics Elena Cherkaev, University of Utah, University of South Carolina, USA Zofia Trstanova, Inria Grenoble, France; USA 5:00-5:25 Modeling Dynamics of and Within the Mitotic Spindle Gabriel Stoltz, Ecole Nationale des 5:30-5:55 The Rheology of Non-Dilute Ponts et Chaussées, France; Stephane Dispersions of Highly Deformable Michael J. Shelley, Courant Institute Redon, Inria, France Viscoelastic Particles in Newtonian of Mathematical Sciences, New York University, USA 6:00-6:25 Coarse-Graining Strategies Fluids for Polymer Systems Pedro Ponte Castaneda, University of 5:30-5:55 Active Mechanics of Spindle Dimitrios Tsagkarogiannis, University of Pennsylvania, USA Positioning Sussex, United Kingdom; Anastasios 6:00-6:25 Infinite-Order Laminates in a Dan Needleman, Harvard University, Tsourtis and Vagelis Harmandaris, Crystal Plasticity Model with Two Slip USA University of Crete, Greece Systems 6:00-6:25 Confined Spherical Polymer Nathan Albin, Kansas State University, 6:30-6:55 On the Numerical Treatment Micelle in a Tube Tunnel of Dissipative Particle Dynamics USA Hui Zhang, Beijing Normal University, and Related Systems: An Adaptive China Formulation Xiaocheng Shang and Benedict Leimkuhler, University of Edinburgh, United Kingdom 2016 SIAM Conference on Mathematical Aspects of Materials Science 43

Monday, May 9 Monday, May 9 Monday, May 9 MS64 MS65 MS66 Microscopic Processes and Upscaling Models of Recent Trends in Non-Equilibrium Phenomena Crystalline Structures: Micromagnetic Modeling in Epitaxial Growth - Analysis and Simulation - and Analysis - Part III of III Part III of III Part III of III 5:00 PM-7:00 PM 5:00 PM-6:00 PM 5:00 PM-6:30 PM Room:Frampton Room:Bromley Room:Claypoole For Part 2 see MS55 For Part 2 see MS53 For Part 2 see MS54 Magnetic materials underlie present Epitaxial growth is a process where In the recent years, there has been and future technologies for information material is deposited on top of another an extensive development of new storage. The last two decades one and takes on the crystalline upscaling schemes for the passage have brought major technological orientation of the substrate. It is of from atomistic to continuum models of breakthroughs in the design of novel technological importance for a variety crystalline structures. These upscaling magnetic materials and the development of applications including the fabrication schemes incorporate various models of new application concepts for these of opto-electronic devices, catalysis such as KMC, discrete Burton-Cabrera- materials. Simultaneously, recent efforts and food processing. The study of Frank, DFT and continuum PDEs, in in micromagnetic modeling and analysis microscopic processes of epitaxy pose statical and dynamical settings. All of have yielded a deeper understanding of mathematical challenges. The purpose these models have their strengths and many phenomena observed in magnetic of this minisymposium is to bring limitations, and reconciling them as materials. Yet, progress in the material together experts workingon models and well as highlighting their differences is design and use poses further challenges computational tools for a fundamental very important both from a theoretical to the mathematical community. The understanding of non-equilibrium point of view, and for our understanding proposed minisymposium brings processes in epitaxy. These models and of the structure and evolution of together scientists working on modeling, methods are deterministic or stochastic crystalline materials in general. analysis, simulation and experimental and span several length and time scales, characterization of the current and Organizer: Hala A.H. from the atomistic to the continuum. emerging magnetic materials and aims to Shehadeh set new directions and define major open Organizer: Dionisios Margetis James Madison University, USA problems. University of Maryland, College Park, USA Organizer: Malena I. Espanol Organizer: Cyrill B. Muratov University of Akron, USA New Jersey Institute of Technology, USA Organizer: Frederic G. Gibou 5:00-5:25 Coarse-Grained Modeling Organizer: Valery Slastikov University of California, Santa Barbara, and Simulations of a Carbon University of Bristol, United Kingdom USA Nanotube Forest Interacting with a Organizer: Christian Ratsch Rigid Substrate 5:00-5:25 Dynamics in Strongly Spin- Torque-Driven Magnetic Thin Film University of California, Los Angeles, J. Patrick Wilber, University of Akron, USA Nano-Structures USA Jonathan Sun, IBM T.J. Watson Research 5:00-5:25 From Atomistic Dynamics 5:30-5:55 Magnetism Pathways Center, USA to Mesoscale Descriptions of Crystal in Transition Metal Substituted Growth Graphene: A DFT study 5:30-5:55 Domain Wall Dynamics in Dionisios Margetis, University of Costel Constantin, James Madison Magnetic Nanostructures Arseni Goussev, Northumbria University, Maryland, College Park, USA University, USA United Kingdom; Ross Lund, New 6:00-6:25 A Bending Theory for 5:30-5:55 Formation of Moire Patterns Jersey Institute of Technology, Nematic Elastomers in Ultra Thin Heteroepitaxial Films USA; Jonathan Robbins and Valeriy Ken Elder, Oakland University, USA Paul Plucinsky and Kaushik Bhattacharya, California Institute of Slastikov, University of Bristol, United Technology, USA Kingdom; Oleg Tretiakov, Tohoku University, Japan; S Vasylkevych, University of Bristol, United Kingdom

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Monday, May 9 Monday, May 9 Homogenization Theory for the Prediction of Obstructed Solute MS66 PP1 Diffusivity in Macromolecular Solutions Preston Donovan, University of Recent Trends in Poster Session Maryland, Baltimore County, USA; Micromagnetic Modeling 8:00 PM-10:00 PM Yasaman Chehreghanianzabi, Saint and Analysis - Part III of III Louis University, USA; Muruhan Room:Hamilton Room 5:00 PM-7:00 PM Rathinam, University of Maryland, Some Characteristics of Resonant Baltimore County, USA; Silviya Room:Frampton Transmission of a Wave Pulse Zustiak, Saint Louis University, USA Gayan S. Abeynanda and Stephen P. continued Shipman, Louisiana State University, Minimizer Describing Configuration of Nematic Liquid Crystal Between USA Cylinders with a Core Surface Penalty Modeling Shear Banding in Ashley Earls and Lindsey Hiltner, 6:00-6:25 Structure, Stability and Amorphous Solids Using Shear University of Minnesota, USA Existence of 360 Degree Walls Transformation Zone Theory Antonio Capella Kort, Universidad Darius Alix-Williams and Michael L. On Some Stochastic Singular Integro- Partial Differential Equations and the Nacional Autónoma de México, Falk, Johns Hopkins University, USA Mexico; Hans Knuepfer, University Parabolic Transform A Non-Affine, Conformation Tensor- Mahmoud M. El-Borai and Khairia E. of Heidelberg, Germany; Cyrill B. Based, Viscoelastic Fluid Model El-Nadi, Alexandria University, Egypt Muratov, New Jersey Institute of Antony N. Beris, Paul Mwasame, A Mechano-Hydraulic Model of Technology, USA and Norman Wagner, University of Intracranial Pressure Dynamics 6:30-6:55 Charged Boundary-Layer Delaware, USA Davis Evans, Corina Drapaca, and Domain Walls in Thin Ferromagnetic Three-Dimensional Simulations of Films Joseph Cusumano, Pennsylvania State Strain Localization in Metallic Glasses Ross Lund and Cyrill B. Muratov, New University, USA Nicholas M. Boffi and Chris H. Rycroft, Jersey Institute of Technology, USA; Phase-Field Modeling of Alloy Harvard University, USA Valeriy Slastikov, University of Bristol, Solidification Using Quaternions and United Kingdom Thermal Fluctuations and Elastic Calphad Input Relaxation in the Compressed Jean-Luc Fattebert, Lawrence Livermore Exponential Dynamics of Colloidal National Laboratory, USA Gels Mehdi Bouzid and Emanuela DelGado, Nucleation and Growth of Cavities in Dinner Break Gels Georgetown University, USA 7:00 PM-8:00 PM Robert Foldes and Maria-Carme Effect of Viscosity on Propagation of Calderer, University of Minnesota, Attendees on their own MHD Waves in Astrophysical Plasma USA Alemayehu Cherkos, Kotebe University College, Ethiopia Second-Order Homogenization Estimates for the Yield Domain of Fully Optimized Second-Order Composite Materials Estimates for the Macroscopic Joshua Furer and Pedro Ponte- Response of Porous Viscoplastic Castañeda, University of Pennsylvania, Materials USA Shuvrangsu Das and Pedro Castañeda, University of Pennsylvania, USA Discontinuous Galerkin Methods For Modeling Reactive Interfaces in Defect Structures Around Two Colloidal Photoelectrochemical Solar Cells Particles in a Nematic Liquid Crystal Michael D. Harmon, Institute for Paula Dassbach, University of Computational Engineering and Minnesota, USA Sciences, USA Shape Minimization Problems for Using Correlation Coefficient for Structured Materials Determining Suitability of Eddy Current Andrew Debenedictis and Timothy J. Testing for Quality Control of Heat Atherton, Tufts University, USA Treated Steel Javeria Hashmi, National University of Sciences and Technology, Pakistan

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Modeling Viral DNA Packing in a 2D Direct Structure-Property Relations Kinetics of the Triple Line in Solid-state Circular Domain Mining in Scanning Tunneling Wetting Lindsey Hiltner, University of Microscopy: Markov Random Field Olivier Pierre-Louis, CNRS and Minnesota, USA and Convolutional Neural Network Universite Claude Bernard, France; Approach Deformation in Metallic Glass: Ashwani Tripathi, University Claude Connecting Atoms to Continua Artem Maksov, University of Tennessee, Bernard, Lyon, France Knoxville and Oak Ridge National Adam R. Hinkle, Johns Hopkins Coarse-Graining in Metallic Glasses University, USA Laboratory, USA; Maxim Ziatdinov, from Molecular Dynamics to Continua Oak Ridge National Laboratory, USA; Dihui Ruan, Adam R. Hinkle, and An Autogenous Friction Stir Spot Shintaro Fujii and Manabu Kiguchi, Welding Rig for Modelling Heat Michael D. Shields, Johns Hopkins Tokyo Institute of Technology, Japan; Generation in Friction Stir Processing University, USA; Chris H. Rycroft, Shuhei Higashibayashi, Institute for Patryk Jedrasiak, Harvard University, Harvard University, USA; Michael L. Molecular Science, Japan; Hidehiro USA; Hugh Shercliff, University of Falk, Johns Hopkins University, USA Sakurai, Osaka University, Japan; Cambridge, United Kingdom; Chris Sergei Kalinin and Bobby Sumpter, Discrete Systems with Degenerated H. Rycroft, Harvard University, USA Growth Oak Ridge National Laboratory, USA Hybrid Reduced Basis Method and Mathias Schäffner and Stefan Neukamm, Generalized Polynomial Chaos Flow of a Drilling Fluid Between Two Technische Universität Dresden, for Stochastic Partial Differential Rotating Cylinders Germany; Anja Schlömerkemper, Equations Mehrdad Massoudi, National Energy University of Würzburg, Germany Jiahua Jiang, University of Technology Laboratory, USA; Weitao Wu, Carnegie Mellon University, Approximate Global Minimizers to Massachusetts, Dartmouth, USA Pairwise Interaction Problems USA Stability of Multiscale/multiphysics David Shirokoff, New Jersey Institute of Simulation of Laser Propagation in Resonant Electromagnetic Scattering Technology, USA Optically-Active Semiconductors in Layered Media with Random Homogenized Response of Porous Brent Kraczek and Jaroslaw Knap, Fabrication Errors Plastic Single Crystals U.S. Army Research Laboratory, Emily A. Mchenry, Louisiana State University, USA Dawei Song and Pedro Ponte Castañeda, USA University of Pennsylvania, USA VoroTop: Voronoi Cell Topology Parameter Identification for Creep Microscale FEA Homogenization Visualization and Analysis Toolkit Modeling in Polymers for Accurate Procedure for Use in Elastography Emanuel A. Lazar, Jian Han, and Manufacture Ali Mohammadi, Mads Rostgaard Inversions David J. Srolovitz, University of Assimina A. Pelegri and Daniel Sullivan, Pennsylvania, USA Sonne, Giuseppe Dalla Costa, Daniel Gonzalez-Madruga, Leonardo De Rutgers University, USA A Computational Framework Chiffre, and Jesper Henri Hattel, Phase Delay for a b-Function Model of for Scale Bridging in Multiscale Technical University of Denmark, Viscoelastic Behaviour Simulations Denmark John E. Tibballs, NIOM, Nordic Institute Kenneth Leiter, Jaroslaw Knap, Brian for Dental Materials, Norway Barnes, Richard Becker, and Oleg Topology Optimization of Borodin, U.S. Army Research Hyperelastic Continua Local Rearrangements of Droplets in a Laboratory, USA Trung Pham, Christopher Hoyle, and Dense Emulsion Under Shear Yue Zhang, Oregon State University, Vishwas Venkatesh, Sudeep Dutta, Brittle to Ductile Transition in a Model USA; Tam H. Nguyen, Surbana Emanuela Del Gado, and Daniel Blair, of Sheared Granular Materials Georgetown University, USA Xiao Ma and Ahmed Elbanna, Jurong Private Limited, Singapore University of Illinois at Urbana- General Theory of Spontaneous Computing Links Between Effective Champaign, USA Emission Near Exceptional Points Tensors of Pairs of Fiber-Reinforced Adi Pick, Harvard University, Elastic Composites with the Same USA; Bo Zhen and Owen D. Microstructure Miller, Massachusetts Institute Patrick M. Wynne, Hansen Pei, and Abe of Technology, USA; Chia Hsu, Lyle, Temple University, USA Yale University, USA; Felipe Multiscale Material Model Hernandez, Massachusetts Institute Development for Accident Tolerant of Technology, USA; Alejandro Fuels: Bottom-Up Rodriguez, Princeton University, Jianguo Yu, Jason Hales, and Yongfeng USA; Marin Soljacic and Steven Zhang, Idaho National Laboratory, Johnson, Massachusetts Institute of USA Technology, USA

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Monday, May 9 Tuesday, May 10 Tuesday, May 10 PP1 IP7 Poster Session Epitaxial Graphene Growth Registration 8:00 PM-10:00 PM 9:00 AM-9:45 AM 7:30 AM-5:30 PM Room:Hamilton Room Room:Society Hill Ballroom B,C,D,E Room:Society Hill Ballroom Foyer The epitaxial growth of graphene on continued copper foils is a complex process, influenced by thermodynamic, kinetic, Remarks and growth parameters, often leading to On the Mathematical Structure of the 8:00 AM-8:15 AM diverse island shapes including dendrites, Laws Governing the Fundamental squares, stars, hexagons, butterflies, Forces of Nature: A New Axiomatic Room:Society Hill Ballroom B,C,D,E and lobes. We introduce a phase-field Matrix Approach model that provides a unified description Ramin Zahedi, Hokkaido University, of these diverse growth morphologies Japan and compare the model results with Toward a Variantional Principle of IP6 experiments. We develop a minimal Space Charge Stimulated Discharge Transforming Molecular microkinetic model in order to relate the in Electron Irradiated PMMA Modelling with Applied deposition rate with the partial pressures, Xuewei Zhang, Texas A&M University, to assess the importance of the different USA Mathematics chemical species that might attach to the Transformation Groups and Discrete 8:15 AM-9:00 AM graphene edge. We also build a model for the kinetic coefficient, in this multiple Structures in Continuum Description of Room:Society Hill Ballroom B,C,D,E Defective Crystals species context. Our main assumption is In this talk I will describe our work Maxim Zyskin, University of Nottingham, that different species attach depending over the past decade in pushing the United Kingdom on the decoration of hydrogen on the boundaries of molecular simulation interface, and hence their respective technology with the help of applied attachment- detachment coefficients mathematics. Examples include using should depend on this decoration. kernel methods from machine learning to Our model explicitly accounts for the improve sampling efficiency, systematic anisotropies in the energies of growing and controlled coarse graining both graphene edges, kinetics of attachment of from quantum mechanical methods carbon at the edges, and the crystallinity to interatomic potentials and from the of the underlying copper substrate latter to united atom models. Even well (through anisotropy in surface diffusion). established ideas such as preconditioning We show that anisotropic diffusion has have not fully penetrated the materials a very important, counterintuitive role in modelling field. Most of these topics the determination of the shape of islands, are linked by the notion of locality and we present a “phase diagram” of of interactions, a comprehensive growth shapes as a function of growth mathematical treatment of which is still rate for different copper facets. Our in the making. results are shown to be in excellent Gábor Csányi agreement with growth shapes observed University of Cambridge, United for high symmetry facets such as (111) Kingdom and (001) as well as for high-index surfaces such as (221) and (310). John Lowengrub University of California, Irvine, USA

Coffee Break 9:45 AM-10:15 AM Room:Hamilton Room 2016 SIAM Conference on Mathematical Aspects of Materials Science 47

Tuesday, May 10 11:15-11:40 High Frequency Tuesday, May 10 Homogenization for Traveling Waves MS67 Davit Harutyunyan and Graeme W. MS68 Metamaterials and Their Milton, University of Utah, USA; Analysis. Modeling, and Richard Craster, Imperial College Recent Applications - London, United Kingdom Simulation in Materials Part III of V 11:45-12:10 Weyl Modes and Science, in Memory of Peter 10:15 AM-12:15 PM Periodicity-Changing Mechanisms in Smereka - Part III of III Mechanaical Metamaterials 10:15 AM-12:15 PM Room:Society Hill Ballroom B Bryan G. Chen, University of For Part 2 see MS56 Massachusetts, USA; David Zeb Room:Society Hill Ballroom C For Part 4 see MS77 Rocklin, University of Michigan, For Part 2 see MS57 Metamaterials are materials engineered USA; Martin Falk, Massachusetts We were all saddened to learn of Peter’s to have properties that have not yet been Institute of Technology, USA; sudden death on Sept. 15. Peter, who was found in nature. This minisymposium Vincenzo Vitelli, Universiteit Leiden, serving as the co-chair of this meeting at is devoted to recent progress on The Netherlands; Tom Lubensky, the time of his passing, was a great asset understanding properties of these University of Pennsylvania, USA to the math-materials community. One of materials and their applications. In his most memorable traits was his level this minisymposium, the speakers will of participation at conferences. Very few discuss various types of metamaterials people pay so much attention to what for instance negative index materials, others are presenting. It was rare for him hyperbolic metamaterials, and seismic to sit through an entire talk without asking metamaterials and their applications such an insightful question; more often several. as superlensing, cloaking, cloaking via When Peter helped organize meetings, anomalous localized resonance. Different he encouraged this type of interaction aspects of these materials such as between the audience and the speaker. resonance, localized resonance, stability, outgoing conditions, limiting amplitude Organizer: Tim Schulze principle are presented. Both theoretical University of Tennessee, USA and numerical aspects are covered. 10:15-10:40 Large Scale Simulations for a Simple Recrystallization Model via Organizer: Hoai-Minh Nguyen Diffusion Generated Motion École Polytechnique Fédérale de Selim Esedoglu, University of Michigan, Lausanne, Switzerland USA; Matt Elsey, Courant Institute 10:15-10:40 Electromagnetic Waves in of Mathematical Sciences, New York 2D Honeycomb Structures University, USA; Peter Smereka, James P. Lee-Thorp and Michael I. University of Michigan, USA Weinstein, Columbia University, USA; 10:45-11:10 Examining Two-dimensional Yi Zhu, Tsinghua University, China Ordering from Isotropic Interactions 10:45-11:10 On Scattering Resonances Ken Elder, Oakland University, USA; of Subwavelength Metallic Gratings Simiso Mkhonta, University of Faouzi Triki, Universite Joseph Fourier, Swaziland, Swaizland; Zhi-Feng Huang, France; Eric Bonnetier, Université Wayne State University, USA Grenoble Alpes, France; Abdelfettah 11:15-11:40 Sensitivity and Gtet, Universite Joseph Fourier, France Parametrization for Multiscale KMC Simulations Petr Plechac, University of Delaware, USA 11:45-12:10 Modeling Elastic Energy of Alloys: Potential Pitfalls of Continuum Treatments Arvind Baskaran, National Institute of Standards and Technology, USA; Christian Ratsch, University of California, Los Angeles, USA; Peter continued in next column Smereka, University of Michigan, USA 48 2016 SIAM Conference on Mathematical Aspects of Materials Science

Tuesday, May 10 Tuesday, May 10 Tuesday, May 10 MS69 MS70 MS71 Efficient Numerical Methods Growth, Instabilities and Inverse Problems in and Analytical Techniques Evolutions of Thin Films and Materials Science - for Defect Problems - Micro/Nanostructures - Part I of IV Part I of V Part I of IV 10:15 AM-11:45 AM 10:15 AM-12:15 PM 10:15 AM-12:15 PM Room:Society Hill Ballroom A1 Room:Society Hill Ballroom D Room:Society Hill Ballroom E For Part 2 see MS81 For Part 2 see MS79 For Part 2 see MS80 This minisymposium focuses on inverse Defects in crystalline materials, such The focus of the interdisciplinary problems arising in estimating the as vacancies, dislocations, cracks, grain minisymposium is on continuum and constitutive parameters of a material boundaries and surfaces, play important discrete models of growth, patterning (e.g. its conductivity) from indirect roles in the mechanical, electronic, and and formation of thin solid films and measurements (e.g. the voltage and plastic properties of these materials. structures, as well as on analytical and current on the boundary of the material). The complexity of the microstructures numerical methods that drive such Inverse problems have many applications of these defects and their evolution at models. The speakers will describe such as nondestructive testing, medical various length and time scales presents their recent research that highlights the imaging, and climate change. The goal new challenges for numerical simulations combination of experiment and theory, of this minisymposium is to highlight and analytical modeling. The speakers and includes such diverse phenomena a broad spectrum of research results in this minisymposium will discuss as coarsening, de-wetting, directed self- on applications of inverse problems to recent advances in the aspects of efficient organization, and phase transitions. material sciences. numerical methods and analytical Organizer: Mikhail V. Khenner Organizer: Andrew E. Thaler techniques as well as the obtained new Western Kentucky University, USA Institute for Mathematics and its findings for these defect problems Applications, USA Organizer: Yang Xiang Organizer: Stephen J. Watson University of Glasgow, Scotland, United Organizer: Fernando Guevara Hong Kong University of Science and Kingdom Vasquez Technology, Hong Kong University of Utah, USA 10:15-10:40 G-Equivariant Theory of 10:15-10:40 A Peierls-Nabarro Model of Coarsening Beyond the Dynamic Organizer: Maxence Cassier Semicoherent Interfaces Scaling Hypothesis David J. Srolovitz and Shuyang Dai, University of Utah, USA Stephen J. Watson, University of University of Pennsylvania, USA; 10:15-10:40 New Methods for Imaging Glasgow, Scotland, United Kingdom Yang Xiang, Hong Kong University of Graeme W. Milton, University of Utah, Science and Technology, Hong Kong 10:45-11:10 Thin Film De-Wetting in USA the Presence of Long-Range and 10:45-11:10 Increasing Stability for 10:45-11:10 A Kinetic Monte Carlo Oscillatory Interactions Inverse Problems Model for Grain Boundary Motion Leonardo Golubovic, West Virginia Ru-Yu Lai, University of Minnesota, Driven by Curvature University, USA Tim Schulze and Kyle Golenbiewski, USA 11:15-11:40 Directed Self-Organization University of Tennessee, USA 11:15-11:40 Converting Strain Maps with Long-Range Forces: A Dynamical into Elasticity Maps for Materials with 11:15-11:40 Study the Formation of Approach Small Contrast Microstructure for Highly Reversible Jean-Noel Aqua, Pierre and Marie Curie Cedric Bellis and Pierre M. Suquet, Martensitic Materials University, Institut des NanoSciences Xian Chen, Hong Kong University of CNRS, France de Paris, France Science and Technology, Hong Kong 11:45-12:10 Phase Transition Fronts in 11:45-12:10 Atomistic-to-Continuum Systems with Subdiffusion Coupling for Multilattices Through Alexander Nepomnyashchy, Technion Blending Israel Institute of Technology, Israel; Derek Olson, University of Minnesota, Vladimir A. Volpert, Northwestern USA; Xingjie Li, University of North University, USA Carolina, Charlotte, USA; Christoph Ortner, University of Warwick, United Kingdom; Mitchell Luskin, University of Minnesota, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 49

Tuesday, May 10 Tuesday, May 10 Tuesday, May 10 MS72 MS73 MS74 Multiscale Behaviour Mathematical and Multiscale Modeling of Deterministic and Computational Aspects Methods for Complex Fluids Probabilistic Material Models of Nonlocal Models in and Soft Matter - Part I of III - Part I of III Materials Science - 10:15 AM-12:15 PM 10:15 AM-11:45 AM Part III of V Room:Flower Room:Society Hill Ballroom A2 10:15 AM-12:15 PM For Part 2 see MS84 For Part 2 see MS82 Room:Cook This minisymposium focuses on multiscale methods for modeling This minisymposium addresses new For Part 2 see MS62 complex fluids and soft matter by results in the application of variational For Part 4 see MS83 concurrent coupling of macroscopic multiscale methods to systems related to The minisymposium is focused on descriptions and microscopic or materials science. We will discuss recent the recent developments of nonlocal mesoscopic dynamics. It will include progress on coupling atomistic scales with mathematical models arising in talks on theory, algorithms and diverse continuum scales. Our main focus will be peridynamics, dynamics of complex applications of various multiscale the statics and dynamics of defects such fluid and porous media. These nonlocal methods, such as, domain decomposition as dislocations. models aim to quantitatively and method, heterogeneous multiscale consistently incorporate the effect of Organizer: Florian Theil method, multiscale finite element/volume subscale phenomena such as discrete University of Warwick, United Kingdom method, adaptive resolution scheme, particles, cracks, polymeric molecules and multi-fidelity information fusion and Organizer: Mark Peletier microstructure into the continuum model. Technische Universiteit Eindhoven, The others. With increasing attention on The talks will address both the analytical Netherlands energy materials, bio-inspired materials and numerical aspects of these models and and material assembly research, this 10:15-10:40 Connecting Atomistic their implication in our understanding of minisymposium will bring together and Continuum Models of Nonlinear the behaviors of these materials. Elasticity the researchers working on multiscale Julian Braun, University of Augsburg, Organizer: Miao-Jung Y. Ou modeling to share insights and to discuss Germany University of Delaware, USA progress of key challenges in this field. 10:45-11:10 Derivation of Self Organizer: Silvia Jimenez Organizer: Xin Bian Interaction Energy for Dislocations Bolanos Brown University, USA Sergio Conti, University of Bonn, Colgate University, USA Germany; Adriana Garroni, Universita Organizer: Wenxiao Pan Organizer: Bacim Alali di Roma “La Sapienza,” Italy; Stefan Pacific Northwest National Laboratory, Kansas State University, USA Mueller, University of Bonn, Germany; USA Michael Ortiz, California Institute of 10:15-10:40 Wormlike Micellar 10:15-10:40 Hydrodynamic Technology, USA Solutions: Nonlocality and Fluctuations of Particle Dynamics Shearbanding Coupled with Continuum 11:15-11:40 Convergence of L. Pamela Cook, University of Delaware, X Bian, Brown University, USA Interaction-Driven Evolutions of USA; Lin Zhou, New York City College Dislocations 10:45-11:10 Adaptive Resolution of Technology, USA Lucia Scardia, University of Bath, United Simulation of Supramolecular Water Kingdom 10:45-11:10 On the Memory Terms in Models the Wave Equations for Poroelastic Matej Praprotnik, National Institute of Materials Chemistry, Slovenia Miao-Jung Y. Ou, University of Delaware, 11:15-11:40 Equation-Free Approach USA to Modeling Complex/multiscale 11:15-11:40 Energetic Variational Systems Approaches for General Diffusion of Minseok Choi, Princeton University, Charged Particles. USA Chun Liu, Pennsylvania State University, 11:45-12:10 Internal-flow Multiscale USA Method 11:45-12:10 A Nonlocal Diffusion Model Matthew K. Borg, University of with Variable Horizons Edinburgh, United Kingdom Yunzhe Tao and Qiang Du, Columbia University, USA 50 2016 SIAM Conference on Mathematical Aspects of Materials Science

Tuesday, May 10 Tuesday, May 10 Tuesday, May 10 MS75 MS76 Lunch Break 12:15 PM-1:30 PM Computational Methods for Nonlinear Waves in Lattices - Materials Science - Part I of II Part I of III Attendees on their own 10:15 AM-12:15 PM 10:15 AM-12:15 PM Room:Bromley Room:Claypoole SIAG/MS Business Meeting For Part 2 see MS85 For Part 2 see MS86 The objective of the minisymposium Many problems in materials science 1:30 PM-2:15 PM is to bring together researchers in the concern phenomena where the interplay Room:Society Hill Ballroom B,C,D,E field of computational material sciences between discreteness and nonlinearity Complementary bverages and to review recent advances in this of the medium leads to the formation will be served. field. Various topics will be covered in of nonlinear waves. Examples include the presentations: numerical methods emergence of localized excitations in for ab-initio calculations, resolution of metamaterials and defect propagation multiscale partial differential equations, in crystal lattices. This minisymposium Intermission umbrella sampling, diffusion molecular features presentations of recent 2:15 PM-2:30 PM dynamics, as well as replica-exchange theoretical and experimental results free energy calculations. by leading experts in nonlinear lattice Organizer: David Aristoff dynamics, with an emphasis on promising Colorado State University, USA mathematical developments and novel applications in materials science. It Organizer: Olivier Pinaud aims to facilitate a fruitful exchange of Colorado State University, USA ideas among mathematicians, physicists 10:15-10:40 Real-Space and Real- and engineers working in this field Time First-Principle Electronic Structure and identify future directions and open Calculations Using the FEAST Algorith problems. Eric Polizzi, University of Massachusetts, Amherst, USA Organizer: Anna Vainchtein University of Pittsburgh, USA 10:45-11:10 Optimal Numerical Approaches to the Stochastic Organizer: Yuli Starosvetsky Homogenization of Elliptic Equations Technion - Israel Institute of Technology, and to the Stochastic Drift-Diffusion- Israel Poisson System 10:15-10:40 Solitary Waves in a Lattice Clemens Heitzinger, Caroline Geiersbach, with Competing Interactions and Leila Taghizadeh, Vienna Anna Vainchtein, University of University of Technology, Austria Pittsburgh, USA; Lev Truskinovsky, 11:15-11:40 Magnetic Field-Induced Ecole Polytechnique, France Pattern Formation in Smectic A Liquid 10:45-11:10 Energy Spreading in Crystals Strongly Nonlinear Lattices: From Carlos Garcia-Cervera, University Nonlinear Diffusion to Second Sound of California, Santa Barbara, USA; Arkady Pikovsky, University of Potsdam, Sookyung Joo, Old Dominion Germany University, USA; Tiziana Giorgi, New Mexico State University, USA 11:15-11:40 2D Wave Channeling in the Locally Resonant Discrete 11:45-12:10 Morphologies of Semi- Structures Flexible Polymers in Confinement Yuli Starosvetsky, Technion - Israel David Ackerman and Baskar Institute of Technology, Israel Ganapathysubramanian, Iowa State University, USA 11:45-12:10 Twist-Stretch Phase Boundaries in Bi-Stable Chains Prashant K. Purohit, University of Pennsylvania, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 51

Tuesday, May 10 Tuesday, May 10 Tuesday, May 10 MS77 MS78 MS79 Metamaterials and Their Mathematical Problems Efficient Numerical Methods Recent Applications - in Nematic Colloids and and Analytical Techniques Part IV of V Chromonic Liquid Crystals - for Defect Problems - 2:30 PM-4:00 PM Part I of VII Part II of V Room:Society Hill Ballroom B 2:30 PM-4:30 PM 2:30 PM-4:30 PM For Part 3 see MS67 Room:Society Hill Ballroom C Room:Society Hill Ballroom D For Part 5 see MS87 For Part 2 see MS88 For Part 1 see MS69 Metamaterials are materials engineered Colloidal nematic liquid crystals arise For Part 3 see MS89 to have properties that have not yet been in a host of new applications including Defects in crystalline materials, such found in nature. This minisymposium electrophoresis, microfluidic and display as vacancies, dislocations, cracks, grain is devoted to recent progress on devices. Chromonic liquid crystals boundaries and surfaces, play important understanding properties of these offer new perspectives and modeling roles in the mechanical, electronic, and materials and their applications. In tools in biology, e.g., in studies of DNA plastic properties of these materials. this minisymposium, the speakers will encapsulation. Both areas add new The complexity of the microstructures discuss various types of metamaterials perspectives and challenges across liquid of these defects and their evolution at for instance negative index materials, crystal research, including newly observed various length and time scales presents hyperbolic metamaterials, and seismic defect structures and novel liquid crystal new challenges for numerical simulations metamaterials and their applications such flow problems. This minisymposium and analytical modeling. The speakers as superlensing, cloaking, cloaking via will focus on understanding of defects, in this minisymposium will discuss anomalous localized resonance. Different flows with charged particles, mechanical recent advances in the aspects of efficient aspects of these materials such as properties of encapsulated anisotropic numerical methods and analytical resonance, localized resonance, stability, systems, as well as other related problems. techniques as well as the obtained new outgoing conditions, limiting amplitude The minisymposium will bring together findings for these defect problems. principle are presented. Both theoretical physicists, mathematicians, and biologists and numerical aspects are covered. Organizer: Yang Xiang who will discuss their recent work Hong Kong University of Science and Organizer: Hoai-Minh Nguyen encompassing experiments, modeling, and Technology, Hong Kong École Polytechnique Fédérale de analysis 2:30-2:55 A New Proof of Lausanne, Switzerland Organizer: Dmitry Golovaty Convergence to Motion by Mean 2:30-2:55 Outgoing Wave Conditions University of Akron, USA Curvature for the Bence-Merriman- in Photonic Crystals and Transmission Osher Algorithm Properties at Interfaces Organizer: Maria-Carme Drew Swartz, Booz Allen Hamilton, Ben Schweizer, Technische Universität Calderer USA; Aaron Yip, Purdue University, Dortmund, Germany University of Minnesota, USA USA 3:00-3:25 Asymptotic Theory and Organizer: Oleg Lavrentovich 3:00-3:25 Variational Models for Experiments on Seismic Metamaterials Kent State University, USA Crystal Image Analysis Sebastien Guenneau, Aix-Marseille 2:30-2:55 The Topology of Defects in Jianfeng Lu, Duke University, USA; Université, France Smectics Benedikt Wirth, Universität Münster, 3:30-3:55 On the Effect of Dissipation Randall Kamien, University of Germany; Haizhao Yang, Duke on Anomalous Localized Resonance Pennsylvania, USA University, USA Phenomena with Applications to 3:00-3:25 Defects in Smectic C Liquid 3:30-3:55 Energy Scaling and Cloaking and Superlensing Crystals Asymptotic Properties of Step Daniel Onofrei, University of Houston, Daniel Phillips and Lidia Mrad, Purdue Bunching in Epitaxial Growth with USA; Andrew E. Thaler, Institute for University, USA Elasticity Effects Mathematics and its Applications, USA Tao Luo and Yang Xiang, Hong Kong 3:30-3:55 Smectic A Liquid Crystals University of Science and Technology, Under Applied Field in 3D Hong Kong; Aaron Nung Kwan Yip, Sookyung Joo, Old Dominion University, Purdue University, USA USA 4:00-4:25 Defect Identification and 4:00-4:25 Colloidal and Chiral Analysis Via Topology Stabilization of Knotted Nematic Braids Emanuel A. Lazar, Jian Han, and Slobodan Žumer, University of Ljubljana David J. Srolovitz, University of & Jozef Stefan Institute, Slovenia Pennsylvania, USA 52 2016 SIAM Conference on Mathematical Aspects of Materials Science

Tuesday, May 10 Tuesday, May 10 Tuesday, May 10 MS80 MS81 MS82 Growth, Instabilities and Inverse Problems in Materials Multiscale Behaviour Evolutions of Thin Films and Science - Part II of IV of Deterministic and Micro/Nanostructures - Part 2:30 PM-4:30 PM Probabilistic Material Models II of IV - Part II of III Room:Society Hill Ballroom A1 2:30 PM-4:30 PM For Part 1 see MS71 2:30 PM-4:00 PM Room:Society Hill Ballroom E For Part 3 see MS91 Room:Society Hill Ballroom A2 This minisymposium focuses on inverse For Part 1 see MS70 For Part 1 see MS72 For Part 3 see MS90 problems arising in estimating the For Part 3 see MS92 The focus of the interdisciplinary constitutive parameters of a material This minisymposium addresses new minisymposium is on continuum and (e.g. its conductivity) from indirect results in the application of variational discrete models of growth, patterning measurements (e.g. the voltage and multiscale methods to systems related and formation of thin solid films and current on the boundary of the material). to materials science. We will discuss structures, as well as on analytical and Inverse problems have many applications recent progress on coupling atomistic numerical methods that drive such such as nondestructive testing, medical scales with continuum scales. Our main models. The speakers will describe imaging, and climate change. The goal focus will be the statics and dynamics of their recent research that highlights the of this minisymposium is to highlight defects such as dislocations. combination of experiment and theory, a broad spectrum of research results on applications of inverse problems to Organizer: Florian Theil and includes such diverse phenomena University of Warwick, United Kingdom as coarsening, de-wetting, directed self- material sciences. organization, and phase transitions. Organizer: Andrew E. Thaler Organizer: Mark Peletier Institute for Mathematics and its Technische Universiteit Eindhoven, The Organizer: Mikhail V. Khenner Netherlands Western Kentucky University, USA Applications, USA Organizer: Fernando Guevara 2:30-2:55 Temperature and Thermal Organizer: Stephen J. Watson Transport in Defect Kinetics: University of Glasgow, Scotland, United Vasquez Thermomechanical Analysis of Phase Kingdom University of Utah, USA Transformations in an Atomic Chain 2:30-2:55 Stability and Dewetting of Organizer: Maxence Cassier Kaushik Dayal, Carnegie Mellon Metal Thin Films on Semiconductor University of Utah, USA University, USA Substrates: Clarifying the Role of 2:30-2:55 Inverse Problems for Sea Ice 3:00-3:25 Entropy Production and Quantum Size Effect Kenneth M. Golden, University of Utah, Microstructure Evolution in Materials Mikhail V. Khenner, Western Kentucky USA Celia Reina, University of Pennsylvania, University, USA USA; Johannes Zimmer, University of 3:00-3:25 Homogenization of a Bath, United Kingdom 3:00-3:25 Self-Assembled Nanoscale Transmission Problem Patterns Produced by Ion Shari Moskow, Drexel University, USA 3:30-3:55 Averaging Evolving Bombardment of Solid Surfaces Dislocation Systems with De Rham R. Mark Bradley, Colorado State 3:30-3:55 Time Domain Inverse Currents University, USA Problem for Maxwell’s Equations in Thomas Hochrainer, Universität Bremen, Microstructured Media Germany 3:30-3:55 External-Field-Driven Elena Cherkaev, University of Utah, Stabilization and Patterning of USA; Niklas Wellander, Swedish Materials Surfaces Defense Research Agency, Sweden; Dimitrios Maroudas, University of Dali Zhang, University of Calgary, Massachusetts, Amherst, USA Canada 4:00-4:25 Optimal Estimates on Contact Line Propagation for the Thin- 4:00-4:25 Exact Determination of the Film Equation Volume of An Inclusion in a Body with Julian Fischer, Max Planck Institute for Constant Shear Modulus Andrew E. Thaler, Institute for Mathematics in the Sciences, Germany Mathematics and its Applications, USA; Graeme W. Milton, University of Utah, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 53

Tuesday, May 10 Tuesday, May 10 3:30-3:55 Parameter Inference Via Multi-Fidelity Information Fusion MS83 MS84 Paris Perdikaris, Massachusetts Institute of Technology, USA; George E. Mathematical and Multiscale Modeling Karniadakis, Brown University, USA Methods for Complex Fluids Computational Aspects of 4:00-4:25 Time-Scale Bridging in Nonlocal Models in Materials and Soft Matter - Part II of III Coagulation Cascade and Blood Science - Part IV of V 2:30 PM-4:30 PM Clotting Simulations Through a Multifidelity Algorithm 2:30 PM-4:30 PM Room:Flower Alireza Yazdani and George E. Room:Cook For Part 1 see MS74 Karniadakis, Brown University, USA For Part 3 see MS94 For Part 3 see MS73 This minisymposium focuses on For Part 5 see MS93 multiscale methods for modeling The minisymposium is focused on complex fluids and soft matter by the recent developments of nonlocal concurrent coupling of macroscopic mathematical models arising in descriptions and microscopic or peridynamics, dynamics of complex mesoscopic dynamics. It will fluid and porous media. These nonlocal include talks on theory, algorithms models aim to quantitatively and and diverse applications of various consistently incorporate the effect of multiscale methods, such as, domain subscale phenomena such as discrete decomposition method, heterogeneous particles, cracks, polymeric molecules and multiscale method, multiscale finite microstructure into the continuum model. element/volume method, adaptive The talks will address both the analytical resolution scheme, multi-fidelity and numerical aspects of these models and information fusion and others. With their implication in our understanding of increasing attention on energy materials, the behaviors of these materials. bio-inspired materials and material Organizer: Miao-Jung Y. Ou assembly research, this minisymposium University of Delaware, USA will bring together the researchers Organizer: Silvia Jimenez working on multiscale modeling to Bolanos share insights and to discuss progress of Colgate University, USA key challenges in this field. Organizer: Bacim Alali Organizer: Xin Bian Kansas State University, USA Brown University, USA 2:30-2:55 Material Interfaces and Organizer: Wenxiao Pan Boundary Conditions in Nonlocal Pacific Northwest National Laboratory, Diffusion. USA Bacim Alali, Kansas State University, USA 2:30-2:55 Transport in Porous 3:00-3:25 Multiscale Finite Elements for Electrodes Using a Multiscale Nonlocal Materials Models and Local- Modeling Approach Nonlocal Coupling. W. Pan, Pacific Northwest National Timothy Costa, Oregon State University, Laboratory, USA USA; Stephen D. Bond and David 3:00-3:25 Hybrid Multiscale Finite Littlewood, Sandia National Volume Method for Advection- Laboratories, USA Diffusion-Reaction Equations 3:30-3:55 A Trace Theorem for a Class David A. Barajas-Solano and Alexander of Nonlocal Energy Spaces Tartakovsky, Pacific Northwest Xiaochuan Tian and Qiang Du, Columbia National Laboratory, USA University, USA 4:00-4:25 Mathematical and Numerical Analysis for Nonlocal Parabolic Equations Zhi Zhou, Qiang Du, and Jiang Yang, Columbia University, USA continued in next column 54 2016 SIAM Conference on Mathematical Aspects of Materials Science

Tuesday, May 10 Tuesday, May 10 4:00-4:25 KdV Dynamics and Traveling Waves in Polyatomic FPU MS85 MS86 Timothy Faver, Shari Moskow, and Ronald Perline, Drexel University, Computational Methods for Nonlinear Waves in Lattices - USA; Yuli Starosvetsky, Technion - Materials Science - Part II of II Part II of III Israel Institute of Technology, Israel; 2:30 PM-5:00 PM 2:30 PM-4:30 PM Anna Vainchtein, University of Pittsburgh, USA; Doug Wright, Drexel Room:Bromley Room:Claypoole University, USA For Part 1 see MS75 For Part 1 see MS76 The objective of the minisymposium For Part 3 see MS96 is to bring together researchers in the Many problems in materials science field of computational material sciences concern phenomena where the interplay Coffee Break and to review recent advances in this between discreteness and nonlinearity 4:30 PM-5:00 PM field. Various topics will be covered in of the medium leads to the formation Room:Hamilton Room the presentations: numerical methods of nonlinear waves. Examples include for ab-initio calculations, resolution of emergence of localized excitations in multiscale partial differential equations, metamaterials and defect propagation umbrella sampling, diffusion molecular in crystal lattices. This minisymposium dynamics, as well as replica-exchange features presentations of recent free energy calculations. theoretical and experimental results Organizer: David Aristoff by leading experts in nonlinear lattice Colorado State University, USA dynamics, with an emphasis on promising mathematical developments and novel Organizer: Olivier Pinaud applications in materials science. It Colorado State University, USA aims to facilitate a fruitful exchange of 2:30-2:55 Title Not Available ideas among mathematicians, physicists Nawaf Bou-Rabee, Rutgers University, and engineers working in this field Camden, USA and identify future directions and open 3:00-3:25 Stochastic Processes and problems. Diffusive Molecular Dynamics Organizer: Anna Vainchtein Brittan A. Farmer and Mitchell Luskin, University of Pittsburgh, USA University of Minnesota, USA; Petr Plechac, University of Delaware, USA; Organizer: Yuli Starosvetsky Gideon Simpson, Drexel University, Technion - Israel Institute of Technology, USA; David J. Srolovitz, University of Israel Pennsylvania, USA 2:30-2:55 Solitary Waves in the Burridge-Knopoff Model 3:30-3:55 Analysis and Optimization of Guillaume James, Inria Grenoble, France; Stratified Sampling Brian Van Koten, Aaron Dinner, Jeremy Jose Eduardo Morales Morales and Tempkin, Erik Thiede, and Jonathan Arnaud Tonnelier, Inria Rhone, France Weare, University of Chicago, USA 3:00-3:25 Asymptotic Formulas for Lattice Waves in the High-Energy Limit 4:00-4:25 Unpacking the Michael Herrmann, Universität Münster, Thermodynamics of Small Molecule Adsorption on Nanomaterial Surfaces Germany; Karsten Matthies, University Jeffrey Comer, Ran Chen, Horacio of Bath, United Kingdom Poblete, Ariela Vergara-Jaque, and Jim 3:30-3:55 Traveling Waves in Lattices Riviere, Kansas State University, USA with Obstacles Aaron Hoffman, Franklin W. Olin 4:30-4:55 Information Theoretic Fitting for Coarse-Grained Molecular College of Engineering, USA; Hermen Dynamics Jan Hupkes, University of Leiden, Matthew Dobson, University of The Netherlands; Erik Van Vleck, Massachusetts, Amherst, USA University of Kansas, USA

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Tuesday, May 10 Tuesday, May 10 5:30-5:55 Optimizing Inclusions in Nematic Domains with the Ericksen MS87 MS88 Model Shawn W. Walker, Louisiana State Metamaterials and Their Mathematical Problems University, USA Recent Applications - in Nematic Colloids and 6:00-6:25 Sharp-edged Colloidal Part V of V Chromonic Liquid Crystals - Particles: Kinked Nematic 5:00 PM-7:00 PM Part II of VII Disclinations and Shape-tunable Assembly Behavior Room:Society Hill Ballroom B 5:00 PM-7:00 PM Daniel Beller, Harvard University, USA; For Part 4 see MS77 Room:Society Hill Ballroom C Mohamed Gharbi, McGill University, Metamaterials are materials engineered Canada; Iris Liu, University of For Part 1 see MS78 to have properties that have not yet been For Part 3 see MS98 Pennsylvania, USA found in nature. This minisymposium Colloidal nematic liquid crystals arise 6:30-6:55 Magnetic Nematic Colloids is devoted to recent progress on in a host of new applications including Martin Copic, University of Ljubljana, understanding properties of these electrophoresis, microfluidic and display Slovenia materials and their applications. In devices. Chromonic liquid crystals this minisymposium, the speakers will offer new perspectives and modeling discuss various types of metamaterials tools in biology, e.g., in studies of for instance negative index materials, DNA encapsulation. Both areas add hyperbolic metamaterials, and seismic new perspectives and challenges across metamaterials and their applications such liquid crystal research, including as superlensing, cloaking, cloaking via newly observed defect structures and anomalous localized resonance. Different novel liquid crystal flow problems. aspects of these materials such as This minisymposium will focus on resonance, localized resonance, stability, understanding of defects, flows with outgoing conditions, limiting amplitude charged particles, mechanical properties principle are presented. Both theoretical of encapsulated anisotropic systems, and numerical aspects are covered. as well as other related problems. The Organizer: Hoai-Minh Nguyen minisymposium will bring together École Polytechnique Fédérale de physicists, mathematicians, and Lausanne, Switzerland biologists who will discuss their recent 5:00-5:25 Parity-Time Symmetric work encompassing experiments, Metasurfaces modeling, and analysis Andrea Alu, University of Texas at Organizer: Dmitry Golovaty Austin, USA University of Akron, USA 5:30-5:55 Imaging of Chiral Gratings Organizer: Maria-Carme in Inverse Electromagnetic Scattering Dinh Liem Nguyen, University of Calderer University of Minnesota, USA Michigan, Ann Arbor, USA 6:00-6:25 Perfectly Matched Layers Organizer: Oleg Lavrentovich for Dispersive Media and Application Kent State University, USA to Time-Domain Simulations in 5:00-5:25 Minimizers of the Landau-de Metamaterials Gennes Energy Around a Spherical Valentin Vinoles, Eliane Bécache, and Colloid Particle Patrick Joly, ENSTA ParisTech, Lia Bronsard and Stan Alama, McMaster France University, Canada; Lamy Xavier, Max 6:30-6:55 Numerical Simulation of Planck Institute for Mathematics in the Wave Propagation in Advanced Sciences, Germany Materials and Structures Mihhail Berezovski, Embry-Riddle Aeronautical University, USA

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Tuesday, May 10 6:00-6:25 Second Kind Integral Tuesday, May 10 Equation Formulation for Dislocation MS89 Climbs in Two Dimensions MS90 Efficient Numerical Methods Shidong Jiang, New Jersey Institute of Growth, Instabilities and Technology, USA; Manas N. Rachh, and Analytical Techniques Yale University, USA; Yang Xiang, Evolutions of Thin Films and for Defect Problems - Hong Kong University of Science and Micro/Nanostructures - Part III of V Technology, Hong Kong Part III of IV 5:00 PM-7:00 PM 6:30-6:55 An Efficient Level-let Model 5:00 PM-7:00 PM for Grain Growth Customized for Room:Society Hill Ballroom D Supercomputers Room:Society Hill Ballroom E For Part 2 see MS79 Christian Mießen, Nikola Velinov, For Part 2 see MS80 For Part 4 see MS99 Markus Kühbach, Luis-Antonio For Part 4 see MS100 Defects in crystalline materials, such Barrales-Mora, and Günter Gottstein, The focus of the interdisciplinary as vacancies, dislocations, cracks, grain RWTH Aachen University, Germany minisymposium is on continuum and boundaries and surfaces, play important discrete models of growth, patterning roles in the mechanical, electronic, and and formation of thin solid films and plastic properties of these materials. structures, as well as on analytical and The complexity of the microstructures numerical methods that drive such of these defects and their evolution at models. The speakers will describe various length and time scales presents their recent research that highlights the new challenges for numerical simulations combination of experiment and theory, and analytical modeling. The speakers and includes such diverse phenomena in this minisymposium will discuss as coarsening, de-wetting, directed self- recent advances in the aspects of efficient organization, and phase transitions. numerical methods and analytical Organizer: Mikhail V. Khenner techniques as well as the obtained new Western Kentucky University, USA findings for these defect problems. Organizer: Stephen J. Watson Organizer: Yang Xiang University of Glasgow, Scotland, United Hong Kong University of Science and Kingdom Technology, Hong Kong 5:00-5:25 Corner Wetting During the 5:00-5:25 Elastic Interactions and Rare Vapor-Liquid-Solid Growth of Faceted Events in Irradiated Materials Nanowires Daniel Mason, Culham Centre For Fusion Brian J. Spencer, State University of Energy, United Kingdom; Xiaoou Yi, New York at Buffalo, USA Oxford University, United Kingdom; Andrea Sand, University of Helsinki, 5:30-5:55 Growth in Confined Environments Finland; Mark Kirk, Argonne National Oliver Pierre-Louis and Luca Gagliardi, Laboratory, USA; Sergei Dudarev, Université Claude Bernard Lyon 1, University of Oxford and Culham France Centre for Fusion Energy, United Kingdom 6:00-6:25 The Formation and Stability of Heteroepitaxial Nanorings 5:30-5:55 Dislocation Climb in Discrete Simon Gill, University of Leicester, Dislocation Dynamics United Kingdom Yejun Gu and Yang Xiang, Hong Kong University of Science and Technology, 6:30-6:55 Virtually Defect Free Hong Kong; David J. Srolovitz, Nanoscale Ripples Produced by University of Pennsylvania, USA Ion Bombardment of Rotating Solid Surfaces Matt P. Harrison and Mark Bradley, Colorado State University, USA

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Tuesday, May 10 Tuesday, May 10 Tuesday, May 10 MS91 MS92 MS93 Inverse Problems in Materials Multiscale Behaviour Mathematical and Science - Part III of IV of Deterministic and Computational Aspects 5:00 PM-7:00 PM Probabilistic Material of Nonlocal Models in Room:Society Hill Ballroom A1 Models - Part III of III Materials Science - For Part 2 see MS81 5:00 PM-6:00 PM Part V of V For Part 4 see MS101 Room:Society Hill Ballroom A2 5:00 PM-6:30 PM This minisymposium focuses on inverse Room:Cook problems arising in estimating the For Part 2 see MS82 constitutive parameters of a material This minisymposium addresses new For Part 4 see MS83 (e.g. its conductivity) from indirect results in the application of variational The minisymposium is focused on measurements (e.g. the voltage and multiscale methods to systems related the recent developments of nonlocal current on the boundary of the material). to materials science. We will discuss mathematical models arising in Inverse problems have many applications recent progress on coupling atomistic peridynamics, dynamics of complex such as nondestructive testing, medical scales with continuum scales. Our main fluid and porous media. These nonlocal imaging, and climate change. The goal focus will be the statics and dynamics models aim to quantitatively and of this minisymposium is to highlight of defects such as dislocations. consistently incorporate the effect of a broad spectrum of research results Organizer: Florian Theil subscale phenomena such as discrete on applications of inverse problems to University of Warwick, United Kingdom particles, cracks, polymeric molecules material sciences. and microstructure into the continuum Organizer: Mark Peletier model. The talks will address both the Organizer: Andrew E. Thaler Technische Universiteit Eindhoven, The analytical and numerical aspects of these Institute for Mathematics and its Netherlands models and their implication in our Applications, USA 5:00-5:25 Finite Temperature understanding of the behaviors of these Organizer: Fernando Guevara Behavior of Crystalline Defects in the materials. Vasquez Thermodynamic Limit Alexander Shapeev, Skolkovo Institute Organizer: Miao-Jung Y. Ou University of Utah, USA of Science and Technology, Russia; University of Delaware, USA Organizer: Maxence Cassier Mitchell Luskin, University of Organizer: Silvia Jimenez University of Utah, USA Minnesota, USA Bolanos 5:00-5:25 Kirchhoff Migration without 5:30-5:55 An Algorithmic Consistent Colgate University, USA Phases Two-scale Homogenization Scheme Organizer: Bacim Alali Patrick Bardsley, University of Utah, for the Characterization of Micro- Kansas State University, USA USA heterogeneous Magneto-electric Composite 5:00-5:25 Nonlocal Higher Order 5:30-5:55 Inverse Scattering Problems Operators and Convergence to Their without the Phase Information Joerg Schroeder and Matthias Labusch, Classical Counterparts Hoang Loc Nguyen and Michael V. Universität Duisburg-Essen, Germany Petronela Radu and Daniel Toundykov, Klibanov, University of North Carolina, University of Nebraska-Lincoln, USA; Charlotte, USA; Kejia Pan, Central Jeremy Trageser, George Washington South University, China University, USA 6:00-6:25 Imaging Polarizable Dipoles 5:30-5:55 Using Causality in Maxence Cassier and Fernando Guevara Microelectronics Modeling Vasquez, University of Utah, USA Lyudmyla Barannyk, University of Idaho, 6:30-6:55 Optimal Design for Reactive- USA Diffusion in Materials 6:00-6:25 Numerical Verification of the Lincoln Collins and Kaushik Bond-Based Peridynamic Softening Bhattacharya, California Institute of Model Against Classical Theory Technology, USA Patrick Diehl, University of Bonn, Germany; Robert P. Lipton, Louisiana State University, USA; Marc Alexander Schweitzer, University of Bonn and Fraunhofer SCAI, Germany 58 2016 SIAM Conference on Mathematical Aspects of Materials Science

Tuesday, May 10 Tuesday, May 10 Tuesday, May 10 MS94 MS95 MS96 Multiscale Modeling Methods Mathematical Challenges in Nonlinear Waves in Lattices - for Complex Fluids and Soft Phase Diagram Calculation - Part III of III Matter - Part III of III Part I of II 5:00 PM-7:00 PM 5:00 PM-6:30 PM 5:00 PM-7:00 PM Room:Claypoole Room:Flower Room:Bromley For Part 2 see MS86 Many problems in materials science For Part 2 see MS84 For Part 2 see MS105 concern phenomena where the interplay This minisymposium focuses on Phase diagrams play an important role in between discreteness and nonlinearity multiscale methods for modeling complex multicomponent materials design, where of the medium leads to the formation fluids and soft matter by concurrent inaccurate phase information may lead to of nonlinear waves. Examples include coupling of macroscopic descriptions and costly and even disastrous consequences. emergence of localized excitations in microscopic or mesoscopic dynamics. It Calculation of phase boundaries is a metamaterials and defect propagation will include talks on theory, algorithms global optimization problem that poses in crystal lattices. This minisymposium and diverse applications of various multiple analytical and numerical features presentations of recent theoretical multiscale methods, such as, domain challenges. While some solutions and experimental results by leading decomposition method, heterogeneous have already been discovered through experts in nonlinear lattice dynamics, with multiscale method, multiscale finite the extensive use of several existing an emphasis on promising mathematical element/volume method, adaptive computational software packages, developments and novel applications in resolution scheme, multi-fidelity there is a number of outstanding issues materials science. It aims to facilitate information fusion and others. With requiring close collaboration between a fruitful exchange of ideas among increasing attention on energy materials, mathematical and materials community. mathematicians, physicists and engineers bio-inspired materials and material This minisymposium will bring together working in this field and identify future assembly research, this minisymposium leading researchers working in this area directions and open problems. will bring together the researchers with an aim of discussing recent advances working on multiscale modeling to share in the field and sharing views on most Organizer: Anna Vainchtein insights and to discuss progress of key pressing remaining challenges and University of Pittsburgh, USA challenges in this field. promising new research directions. Organizer: Yuli Starosvetsky Organizer: Xin Bian Organizer: Maria Emelianenko Technion - Israel Institute of Technology, Brown University, USA George Mason University, USA Israel Organizer: Wenxiao Pan Organizer: Igor Griva 5:00-5:25 From Noisy Signals to Solitary Pacific Northwest National Laboratory, George Mason University, USA Wave Trains USA Sourish Chakravarty and Surajit Sen, 5:00-5:25 Exploration of Multi Phase, State University of New York at 5:00-5:25 Adaptive Dual-Resolution Multi Component Thermodynamic Simulation Methods for Soft Matter: Spaces As Solutions to Constraint Buffalo, USA Where From, Where To? Satisfaction Problems 5:30-5:55 Nonlinear Dynamics in Raffaello Potestio, Max Planck Institute Ray Arroyave, Sean Gibbons, Edgar Microscale Granular Crystals for Polymer Research, Germany Galvan, and Richard Malak, Texas Nicholas Boechler, University of 5:30-5:55 Synchronized Molecular- A&M University, USA Washington, USA Dynamics Simulation via Global Heat 5:30-5:55 The CALPHAD Gibbs Energy 6:00-6:25 From Energy Cascades and and Momentum Transports Minimization Challenge Woodpile Chains to Disordered Media Shugo Yasuda, University of Hyogo, Ursula Kattner, National Institute of and Origami Lattices Japan; Ryoichi Yamamoto, Kyoto Standards and Technology, USA Panayotis Kevrekidis, University of University, Japan Massachusetts, USA 6:00-6:25 Use of Extended Gibbs 6:00-6:25 The Mesh-Particle Coupling Energy Algorithms for Constrained 6:30-6:55 Nonlinear Wave Dynamics Tool MaMiCo for Multi-Resolution Fluid Phase Equilibria and New Kind of in Origami-based Mechanical Dynamics: Flexibility, Parallelism, and Phase Diagrams” Metamaterials Multi-Instance Sampling Pertti S. Koukkari and Risto Pajarre, VTT Hiromi Yasuda, University of Philipp Neumann, Technische Universität Process Chemistry, Finland Washington, USA; Christopher München, Germany; X Bian, Brown 6:30-6:55 Towards Automation of Chong, Bowdoin College, USA; University, USA Phase Diagram Calculation Panayotis Kevrekidis, University of Igor Griva, Maria Emelianenko, and Jeff Massachusetts, USA; Jinkyu Yang, Snider, George Mason University, USA University of Washington, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 59

Wednesday, Wednesday, May 11 Wednesday, May 11 May 11 IP9 MS97 Mathematical Mathematical and Crystallography and Computational Issues in Registration Virology: Group and Graph Electromagnetic Materials - Theoretical Approaches 7:30 AM-5:30 PM Part I of V for the Characterization of 10:15 AM-12:15 PM Room:Society Hill Ballroom Foyer Viruses Structure Room:Society Hill Ballroom B 9:00 AM-9:45 AM For Part 2 see MS107 Remarks Room:Society Hill Ballroom B,C,D,E The aim of this minisymposium is to bring together researchers working 8:00 AM-8:15 AM Viruses are remarkable examples of order at the nano-scale. Many viruses, on fundamental questions related to Room:Society Hill Ballroom B,C,D,E including the common cold, package electromagnetic waves and materials and their genomes into protein containers to highlight recent progress in this area. that are organized according to Topics of focus in this minisymposium icosahedral surface lattices. We present include slow light, band gap solitons, IP8 here group and graph theoretical photonics, metamaterials, and resonance. A Study of Speed approaches for the characterization Organizer: Aaron T. Welters Dependent Contact Angle of virus structure, and demonstrate Florida Institute of Technology, USA Hysteresis that these techniques provide new Organizer: Robert P. Lipton insights into virus assembly and the Louisiana State University, USA 8:15 AM-9:00 AM structural capsid transitions important Organizer: Stephen P. Shipman Room:Society Hill Ballroom B,C,D,E for infection. We also show that these mathematical approaches can Louisiana State University, USA We study the interface dynamics be exploited for the construction of Organizer: Aaron T. Welters and contact angle hysteresis in a two nanoparticles in vaccine design. dimensional, chemically patterned Florida Institute of Technology, USA channel described by the Cahn-Hilliard Reidun Twarock 10:15-10:40 Spectral Theory with equation with a relaxation boundary University of York, United Kingdom Out Ellipticity: Bloch Waves and condition. A system for the dynamics Separation of Frequency Spectra of the contact angle and contact point Robert P. Lipton and Robert Viator Jr., is derived in the sharp interface limit. Louisiana State University, USA From the behaviour of the solution of Coffee Break 10:45-11:10 Efficient Solvers for the contact angle dynamic equation, we Electromagnetic Wave Propagation observe stick-slip motion and contact 9:45 AM-10:15 AM Problems in Complex Geometries Catalin Turc, New Jersey Institute of angle hysteresis. Our analysis reveals Room:Hamilton Room the mechanism for the asymmetric Technology, USA speed dependent contact angle 11:15-11:40 Gap Solitons in Almost hysteresis observed experimentally. Periodic One-Dimensional Structures We also develop an efficient volume- Alexander Pankov, Morgan State preserving threshold-dynamics method University, USA for the wetting dynamics. Numerical 11:45-12:10 Boundary Value Problems examples are presented to verify our for the Anistropic Maxwell System in analysis. Lipschitz Domains Xiaoping Wang Eric Stachura, Temple University, USA Hong Kong University of Science and Technology, Hong Kong 60 2016 SIAM Conference on Mathematical Aspects of Materials Science

Wednesday, May 11 10:45-11:10 On Weak Anchoring for Wednesday, May 11 a Two-Dimensional Nematic Liquid MS98 Crystal MS99 Mathematical Problems Stan Alama and Lia Bronsard, McMaster Efficient Numerical Methods University, Canada; Bernardo Galvao- in Nematic Colloids and Sousa, University of Toronto, Canada and Analytical Techniques Chromonic Liquid Crystals - for Defect Problems - 11:15-11:40 Limits of minimizers of a Part III of VII Landau-de Gennes functional Part IV of V 10:15 AM-12:15 PM Alberto Montero, Pontificia Universidad 10:15 AM-12:15 PM Católica de Chile, Chile; Dmitry Room:Society Hill Ballroom C Golovaty, University of Akron, USA Room:Society Hill Ballroom D For Part 2 see MS88 For Part 3 see MS89 11:45-12:10 Geometrically Nonlinear For Part 4 see MS108 For Part 5 see MS109 Models for Nematic Elastomers Colloidal nematic liquid crystals arise Marco Barchiesi, Università degli Studi Defects in crystalline materials, such in a host of new applications including as vacancies, dislocations, cracks, grain di Napoli Federico II, Italy; Duvan electrophoresis, microfluidic and display boundaries and surfaces, play important Henao, Pontificia Universidad Católica devices. Chromonic liquid crystals roles in the mechanical, electronic, and de Chile, Chile; Carlos Mora-Corral, offer new perspectives and modeling plastic properties of these materials. Universidad Autonoma de Madrid, tools in biology, e.g., in studies of DNA The complexity of the microstructures Spain encapsulation. Both areas add new of these defects and their evolution at perspectives and challenges across liquid various length and time scales presents crystal research, including newly observed new challenges for numerical simulations defect structures and novel liquid crystal and analytical modeling. The speakers flow problems. This minisymposium in this minisymposium will discuss will focus on understanding of defects, recent advances in the aspects of efficient flows with charged particles, mechanical numerical methods and analytical properties of encapsulated anisotropic techniques as well as the obtained new systems, as well as other related findings for these defect problems. problems. The minisymposium will bring Organizer: Yang Xiang together physicists, mathematicians, Hong Kong University of Science and and biologists who will discuss their Technology, Hong Kong recent work encompassing experiments, modeling, and analysis 10:15-10:40 Quantized Vortex Dynamics and Interaction in Organizer: Dmitry Golovaty Superfluidity and Superconductivity on University of Akron, USA Bounded Domains Weizhu Bao, National University of Organizer: Maria-Carme Singapore, Singapore Calderer University of Minnesota, USA 10:45-11:10 Multiscale Model for Interlayer Dislocations in Bilayer Organizer: Oleg Lavrentovich Graphene Kent State University, USA Shuyang Dai, University of Pennsylvania, 10:15-10:40 Point Defects in the USA; Yang Xiang, Hong Kong Landau-de Gennes Model: Qualitative University of Science and Technology, Features and Stability Hong Kong; David J. Srolovitz, Arghir Zarnescu, University of Sussex, University of Pennsylvania, USA United Kingdom

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11:15-11:40 Blended Atomistic- Wednesday, May 11 Wednesday, May 11 to-Continuum Hybrid Methods for Modeling Crystalline Materials MS100 MS101 Xingjie Li, University of North Carolina, Charlotte, USA; Brian Van Koten, Growth, Instabilities and Inverse Problems in University of Chicago, USA; Mitchell Evolutions of Thin Films and Materials Science - Luskin and Derek Olson, University Micro/Nanostructures - Part IV of IV of Minnesota, USA; Christoph Ortner, Part IV of IV 10:15 AM-12:15 PM University of Warwick, United Kingdom; Alexander Shapeev, Skolkovo 10:15 AM-11:15 AM Room:Society Hill Ballroom A1 Institute of Science and Technology, Room:Society Hill Ballroom E For Part 3 see MS91 Russia For Part 3 see MS90 This minisymposium focuses on inverse 11:45-12:10 Mathematical Modeling The focus of the interdisciplinary problems arising in estimating the and Analysis of Plasmonic minisymposium is on continuum and constitutive parameters of a material Nanoparticles discrete models of growth, patterning (e.g. its conductivity) from indirect Hai Zhang, Hong Kong University of and formation of thin solid films and measurements (e.g. the voltage and Science and Technology, Hong Kong structures, as well as on analytical and current on the boundary of the material). numerical methods that drive such Inverse problems have many applications models. The speakers will describe such as nondestructive testing, medical their recent research that highlights the imaging, and climate change. The goal combination of experiment and theory, of this minisymposium is to highlight and includes such diverse phenomena a broad spectrum of research results as coarsening, de-wetting, directed self- on applications of inverse problems to organization, and phase transitions. material sciences. Organizer: Mikhail V. Khenner Organizer: Andrew E. Thaler Western Kentucky University, USA Institute for Mathematics and its Applications, USA Organizer: Stephen J. Watson University of Glasgow, Scotland, UK Organizer: Fernando Guevara Vasquez 10:15-10:40 Producing Nanodot Arrays with Improved Hexagonal Order University of Utah, USA by Patterning Surfaces Before Ion Organizer: Maxence Cassier Sputtering University of Utah, USA Daniel A. Pearson and Richard Bradley, 10:15-10:40 Active Control for the Colorado State University, USA; Helmholtz Equation by Almost Non- Francis Motta, Duke University, USA; Radiating Solutions Patrick Shipman, Colorado State Mark Hubenthal, Institute for University, USA Mathematics and its Applications, 10:45-11:10 Asymmetric Shape USA; Daniel Onofrei, University of Transitions of Epitaxial Quantum Dots Houston, USA from Pyramid to Multifaceted Dome 10:45-11:10 Model Order Reduction Chaozhen Wei and Brian J. Spencer, in Inverse Problem for Maxwell’s State University of New York at Equations Buffalo, USA Michal A. Kordy, Elena Cherkaev, and Phil Wannamaker, University of Utah, USA

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Wednesday, May 11 Wednesday, May 11 11:15-11:40 Radial Basis Function Methods for Meshfree Transport on the MS101 MS102 Sphere and Other Surfaces Varun Shankar, University of Utah, Inverse Problems in Materials Particle-Based Methods for USA; Grady B. Wright, Boise State Science - Modeling Materials - University, USA Part IV of IV Part I of II 11:45-12:10 Practices of Coarse- 10:15 AM-12:15 PM 10:15 AM-12:15 PM Graining Based on the Mori-Zwanzig Formalism Room:Society Hill Ballroom A1 Room:Society Hill Ballroom A2 Zhen Li and Xin Bian, Brown University, continued For Part 2 see MS112 USA; Xiantao Li, Pennsylvania This minisymposium focuses on particle- State University, USA; George Em based methods for modeling materials Karniadakis, Brown University, USA including soft matters, energy materials 11:15-11:40 Nonlinear Imaging with and bio-inspired materials. It will include Waves via Model Order Reduction talks on theory, algorithms and diverse Alexander V. Mamonov, University of applications of moving least square Houston, USA; Vladimir L. Druskin, (MLS), smoothed particle hydrodynamics Schlumberger-Doll Research, USA; (SPH), radial basis functions (RBF), Andrew E. Thaler, Institute for dissipative particle dynamics (DPD), and Mathematics and its Applications, USA; other particle-based methods. Particle- Mikhail Zaslavsky, Schlumberger-Doll based methods have advantages for Research, USA modeling physical phenomena involving 11:45-12:10 On the Discreteness of the large-deformation of materials, moving Interior Transmission Eigenvalues interfaces in multiphase complex fluids, Hoai-Minh Nguyen and Quoc Hung advection-dominated transport, etc. This Nguyen, École Polytechnique Fédérale minisymposium will bring together de Lausanne, Switzerland researchers working on particle-based methods to share insights and to discuss progress of key challenges in this field and promote discussion of similarities between methods. Organizer: Wenxiao Pan Pacific Northwest National Laboratory, USA Organizer: Nathaniel Trask Brown University, USA 10:15-10:40 Fundamental Studies of Dynamic Fracture with Multiscale Peridynamics Stewart Silling, Sandia National Laboratories, USA 10:45-11:10 A Monolithic Compatible Meshless Discretization for Simulating Electrophoretic Suspensions Nathaniel Trask, Brown University, USA

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Wednesday, May 11 11:15-11:40 A Continuum Model Wednesday, May 11 for Dislocation Dynamics in Three MS103 Dimensions Using the Dislocation MS104 Density Potential Functions Microscopic, Mesoscale Yang Xiang and Yichao Zhu, Hong Kong Soft Elastic Materials: and Macroscale Models in University of Science and Technology, Nonlinear Constitutive Mechanics - Part I of II Hong Kong Models, Mathematical and 10:15 AM-12:15 PM 11:45-12:10 Seamless Coupling of Mechanical Aspects - Nonlocal and Local Models Part I of III Room:Cook Qiang Du, Yunzhe Tao, and Xiaochuan For Part 2 see MS113 Tian, Columbia University, USA 10:15 AM-12:15 PM A variety of important physical processes Room:Flower involve the interaction of atomistic, For Part 2 see MS114 mesoscopic and macroscopic scales. For Soft materials like rubber of soft example, in materials science, defects are biological tissues are subject to large often described by invoking atomistic, elastic deformations. Anisotropy and mesoscale or fully continuum principles other nonlinear effects in such materials of mechanics. The development of viable leads to complex nonlinear models. theories for such physical phenomena The objective of the Minisymposium can be challenging, touching upon issues is to provide an overview of up-to-date of modeling, scientific computation and research in the field and foster further mathematical analysis in deterministic interdisciplinary collaborations, through or stochastic settings. The purpose of the consideration of both mechanical this minisymposium is to bring together and mathematical aspects. The following researchers who work in diverse fields of topics will be addressed: mechanics with emphasis on understanding the synergy of different scales, from the - Advances in theoretical approaches atomistic to the full continuum. - Symmetry analysis of BVPs in nonlinear elasticity Organizer: Jianfeng Lu Duke University, USA - Exact solutions - Numerical aspects Organizer: Dionisios Margetis University of Maryland, College Park, - Formulation and identification of USA constitutive models - Wave propagation aspects 10:15-10:40 Second Order Gamma- Convergence for the Modica Mortola - Applications to soft biological tissues Functional (arteries, biomembranes) Irene Fonseca, Carnegie Mellon - Stability issues University, USA Organizer: Alexei F. Cheviakov 10:45-11:10 Variational Convergence University of Saskatchewan, Canada for the Analysis of Boundary Layers in Dislocation Pileups Organizer: Jean-François Patrick Van Meurs, Kanazawa University, Ganghoffer Japan; Adriana Garroni, Universita LEMTA, Université de Lorraine, France di Roma “La Sapienza,” Italy; Mark 10:15-10:40 Nonclassical Analysis of Peletier, Technische Universiteit the Nonlinear Kompaneets Equation Eindhoven, The Netherlands; Lucia George Bluman, University of British Scardia, University of Bath, United Columbia, Canada Kingdom

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Wednesday, May 11 Wednesday, May 11 Wednesday, May 11 MS104 MS105 MS106 Soft Elastic Materials: Mathematical Challenges in Mechanics, Electro- and Nonlinear Constitutive Phase Diagram Calculation - Hydro- dynamics of Drops Models, Mathematical and Part II of II and Vesicles - Part I of III Mechanical Aspects - 10:15 AM-11:15 AM 10:15 AM-12:15 PM Part I of III Room:Bromley Room:Claypoole 10:15 AM-12:15 PM For Part 1 see MS95 For Part 2 see MS116 Room:Flower Phase diagrams play an important role in Drops and vesicles (self-enclosing multicomponent materials design, where unilamellar lipid bilayer) are ubiquitous continued inaccurate phase information may lead to in material sciences as their mechanics costly and even disastrous consequences. and dynamics are relevant to a wide Calculation of phase boundaries is a range of engineering applications. global optimization problem that poses Vesicles are used as biomimetic model 10:45-11:10 Nonlinear Elastodynamic multiple analytical and numerical membranes to shed light on how cell Models of Wave Propagation and challenges. While some solutions membranes uptake nano-particles and Conservation Laws for Fiber-Reinforced remodel under forces. The electro- Materials have already been discovered through hydrodynamics of particles on the drop Alexei F. Cheviakov, University of the extensive use of several existing surface is investigated to understand how Saskatchewan, Canada computational software packages, there is a number of outstanding issues charged macromolecules transport on 11:15-11:40 Computation of the requiring close collaboration between membranes. This minisymposium brings Effective Nonlinear Mechanical mathematical and materials community. together experts in different aspects of Response of Lattice Materials this field to discuss new discoveries and Considering Internal Scale Effects This minisymposium will bring together novel mathematics for modeling the Jean-François Ganghoffer, LEMTA, leading researchers working in this area complex mechanics and dynamics of Université de Lorraine, France with an aim of discussing recent advances in the field and sharing views on most drops and vesicles as they interact with 11:45-12:10 Geometry of Thin Nematic pressing remaining challenges and particles, charges and fluid in the context Elastomer Sheets of biological soft materials. Hillel Aharoni, University of promising new research directions. Pennsylvania, USA; Eran Sharon and Organizer: Maria Emelianenko Organizer: Yuan-Nan Young Raz Kupferman, Hebrew University of George Mason University, USA New Jersey Institute of Technology, USA Jerusalem, Israel Organizer: Igor Griva 10:15-10:40 Simulations of Particle Structuring Driven by Electric Fields George Mason University, USA Michael Miksis and Yi Hu, Northwestern 10:15-10:40 Numerical Challenges in University, USA; Petia Vlahovska, Computing Thermodynamic Equilibria Brown University, USA in Large Complex Systems and Upon Integration in Multi-Physics Codes 10:45-11:10 Dynamics and Thermal Markus Piro, Canadian Nuclear Fluctuations of Particles On/Near an Laboratories, Canada; Srdjan Interface Simunovic, Oak Ridge National Paul Salipante, National Institute of Laboratory, USA Standards and Technology, USA 10:45-11:10 Global Energy 11:15-11:40 A Molecular Dynamics Minimization of Multi-Component Study on the Mechanics of the Lipid Phases with Internal Degrees of Bilayer Membrane Containing an Freedom Integrin Protein under Shock Loading. Richard Otis, Pennsylvania State Ralph Kfoury and Hongyan Yuan, University, USA University of Rhode Island, USA 11:45-12:10 Mechanics of Cell Interaction with Two-Dimensional Nanomaterials Xin Yi, Brown University, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 65

Wednesday, May 11 Wednesday, May 11 Wednesday, May 11 Lunch Break MS107 MS108 12:15 PM-1:30 PM Mathematical and Mathematical Problems Attendees on their own Computational Issues in in Nematic Colloids and Electromagnetic Materials - Chromonic Liquid Crystals - Part II of V Part IV of VII IP10 2:30 PM-4:30 PM 2:30 PM-4:30 PM Title Not Available Room:Society Hill Ballroom B Room:Society Hill Ballroom C 1:30 PM-2:15 PM For Part 1 see MS97 For Part 3 see MS98 For Part 3 see MS117 For Part 5 see MS118 Room:Society Hill Ballroom B,C,D,E The aim of this minisymposium is to Colloidal nematic liquid crystals arise Abstract not available at time of bring together researchers working in a host of new applications including publication. on fundamental questions related to electrophoresis, microfluidic and display Christof Schütte electromagnetic waves and materials and devices. Chromonic liquid crystals Freie Universität Berlin, Germany to highlight recent progress in this area. offer new perspectives and modeling Topics of focus in this minisymposium tools in biology, e.g., in studies of include slow light, band gap solitons, DNA encapsulation. Both areas add photonics, metamaterials, and resonance. new perspectives and challenges across liquid crystal research, including Organizer: Aaron T. Welters newly observed defect structures and Florida Institute of Technology, USA Intermission novel liquid crystal flow problems. 2:15 PM-2:30 PM Organizer: Robert P. Lipton This minisymposium will focus on Louisiana State University, USA understanding of defects, flows with Organizer: Stephen P. Shipman charged particles, mechanical properties Louisiana State University, USA of encapsulated anisotropic systems, as well as other related problems. The Organizer: Aaron T. Welters minisymposium will bring together Florida Institute of Technology, USA physicists, mathematicians, and 2:30-2:55 Soliton Solutions of the biologists who will discuss their recent Nonlinear Exciton-Polariton Equations work encompassing experiments, Stephen P. Shipman, Louisiana State modeling, and analysis University, USA Organizer: Dmitry Golovaty 3:00-3:25 Existence and Stability University of Akron, USA Properties of Radial Bound States for Schrödinger-Poisson Equation with Organizer: Maria-Carme external Coulomb potential in Three Calderer Space Dimensions University of Minnesota, USA Jeremy L. Marzuola, University of North Carolina at Chapel Hill, USA; Sarah Organizer: Oleg Lavrentovich Raynor, Wake Forest University, USA; Kent State University, USA Gideon Simpson, Drexel University, 2:30-2:55 Mathematical Descriptions USA of Point, Line and Surface Defects John Ball and Stephen Bedford, 3:30-3:55 Quantum Optics in Random University of Oxford, United Kingdom Media John Schotland, University of Michigan, USA 4:00-4:25 Weak Wave Turbulence in Systems with PT-Symmetry. Alexey Sukhinin, Southern Methodist University, USA

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Wednesday, May 11 Wednesday, May 11 Wednesday, May 11 MS108 MS109 MS110 Mathematical Problems Efficient Numerical Methods Wetting/Dewetting in in Nematic Colloids and and Analytical Techniques Complex Fluids and Thin Chromonic Liquid Crystals - for Defect Problems - Part V Solid Films - Part I of IV Part IV of VII of V 2:30 PM-4:30 PM 2:30 PM-4:30 PM 2:30 PM-4:30 PM Room:Society Hill Ballroom E Room:Society Hill Ballroom C Room:Society Hill Ballroom D For Part 2 see MS120 Tremendous progress has been For Part 4 see MS99 continued achieved in recent years on wetting/ Defects in crystalline materials, such dewetting problems in complex fluids as vacancies, dislocations, cracks, grain and thin solid films, such as complex boundaries and surfaces, play important wetting phenomena on liquids, solid- roles in the mechanical, electronic, and 3:00-3:25 Limiting Behaviors of Bent- state dewetting of thin films and Core Liquid Crystal Models plastic properties of these materials. moving contact lines dynamics. This Tiziana Giorgi, New Mexico State The complexity of the microstructures minisymposium aims to promote University, USA; Sookyung Joo, Old of these defects and their evolution at interdisciplinary research collaborations Dominion University, USA; Carlos J. various length and time scales presents among applied and computational Garcia-Cerver, University of California, new challenges for numerical simulations mathematicians, and material scientists. Santa Barbara, USA and analytical modeling. The speakers Active experts and research groups in in this minisymposium will discuss 3:30-3:55 Dimension Reduction for the this field will deliver their thoughts recent advances in the aspects of efficient Landau-de Gennes Model of Nematic and experiences on topics of wetting/ numerical methods and analytical Films on Surfaces dewetting from applied and computational Dmitry Golovaty, University of Akron, techniques as well as the obtained new mathematics, theoretical and experimental USA; Peter Sternberg, Indiana findings for these defect problems. materials sciences, and discuss recent University, USA; Alberto Montero, Organizer: Yang Xiang developments, possible collaborations and Pontificia Universidad Católica de Hong Kong University of Science and exciting future directions in the field of Chile, Chile Technology, Hong Kong wetting/dewetting. 4:00-4:25 A Topological Obstruction 2:30-2:55 Efficient Algorithms for Related to Nematic Shells: Morse’s Organizer: Weizhu Bao Transition State Calculations National University of Singapore, Index Formula for VMO Vector Fields Weiguo Gao, Fudan University, China Giacomo Canevari, University of Oxford, Singapore United Kingdom and Pierre and Marie 3:00-3:25 Grain Boundary Roughening in Colloidal Crystals Organizer: Wei Jiang Curie University, France Yilong Han, Hong Kong University of Wuhan University, China Science and Technology, Hong Kong 2:30-2:55 Instabilities During Solid State Dewetting of Thin Films 3:30-3:55 Grain Boundary Migration in Carl V. Thompson, Massachusetts Nanocrystalline Metals Spencer L. Thomas and David J. Institute of Technology, USA Srolovitz, University of Pennsylvania, 3:00-3:25 The Effect of Nanoindentation USA on Thermal Stability and Dewetting of Thin Metal Films 4:00-4:25 A Continuum Model for Eugen Rabkin, Technion - Israel Institute Dynamics of Dislocation Arrays and of Technology, Israel Applications to Low Angle Grain Boundaries 3:30-3:55 Wetting in Thin Solid Luchan Zhang and Yejun Gu, Hong Kong Polycrystalline Films University of Science and Technology, Vadim Derkach, Technion - Israel Hong Kong; Xiaohong Zhu, Jinan Institute of Technology, Israel; University, China; Yang Xiang, Hong John McCuan, Georgia Institute of Kong University of Science and Technology, USA; Amy Novick- Technology, Hong Kong Cohen, Technion - Israel Institute of Technology, Israel 4:00-4:25 Kinetics of the Triple Line in Solid-State Wetting Oliver Pierre-Louis, Université Claude Bernard Lyon 1, France 2016 SIAM Conference on Mathematical Aspects of Materials Science 67

Wednesday, May 11 Wednesday, May 11 3:30-3:55 Simulating Transport in Microfluidics and Porous Electrodes MS111 MS112 by Implicit Incompressible Smoothed Particle Hydrodynamics Mathematical Modeling of Particle-Based Methods for Wenxiao Pan, Pacific Northwest National Microstructured Materials - Modeling Materials - Part II Laboratory, USA; Kyungjoo Kim Part I of IV of II and Mauro Perego, Sandia National Laboratories, USA 2:30 PM-4:30 PM 2:30 PM-4:30 PM 4:00-4:25 Quantifying the Dynamics of Room:Society Hill Ballroom A1 Room:Society Hill Ballroom A2 Thermo-Responsive Polymers As Drug For Part 2 see MS121 For Part 1 see MS102 Delivery Vehicles The goal of the minisymposium is to This minisymposium focuses on particle- Yu-Hang Tang, Zhen Li, Xuejin discuss the latest development in the based methods for modeling materials Li, Mingge Deng, and George E. area among mathematicians, material including soft matters, energy materials Karniadakis, Brown University, USA scientists and engineers, and identify and bio-inspired materials. It will include important open problems. The list talks on theory, algorithms and diverse of topics includes but not limited to applications of moving least square mathematical modeling of nanomaterials (MLS), smoothed particle hydrodynamics and biological nano-structures, (SPH), radial basis functions (RBF), homogenization and effective properties dissipative particle dynamics (DPD), and of composite materials, anisotropic other particle-based methods. Particle- behavior of composites with arbitrarily based methods have advantages for oriented inclusions and microcracks, modeling physical phenomena involving analytical and numerical methods in large-deformation of materials, moving periodic and random composites, inverse interfaces in multiphase complex fluids, problems and microelectronic modeling. advection-dominated transport, etc. This Organizer: Lyudmyla Barannyk minisymposium will bring together University of Idaho, USA researchers working on particle-based methods to share insights and to discuss Organizer: Yuri Godin progress of key challenges in this field University of North Carolina, Charlotte, and promote discussion of similarities USA between methods. Organizer: Yuliya Gorb Organizer: Wenxiao Pan University of Houston, USA Pacific Northwest National Laboratory, Organizer: Alexander USA Panchenko Organizer: Nathaniel Trask Washington State University, USA Brown University, USA 2:30-2:55 Surface-Elasticity-Based 2:30-2:55 Integral Approximations Approach in Modeling Material to Classical Diffusion and Smoothed Microstructure in Fracture Problems Particle Hydrodynamics Anna Zemlyanova, Kansas State Richard B. Lehoucq, Sandia National University, USA Laboratories, USA 3:00-3:25 Variational Principle for 3:00-3:25 Smoothed Particle Probabilistic Measure in Theory of Hydrodynamics: Consistence, Materials with Random Microstructure Convergence and Transport-Velocity Victor Berdichevsky, Wayne State Formulation University, USA Xiangyu Hu, Technische Universität 3:30-3:55 Disordered Hyperuniform München, Germany Materials: Novel States of Amorphous Matter Salvatore Torquato, Princeton University, USA 4:00-4:25 Transport Properties of a Periodic Array of Spherical Inclusions Yuri Godin, University of North continued in next column Carolina, Charlotte, USA 68 2016 SIAM Conference on Mathematical Aspects of Materials Science

Wednesday, May 11 Wednesday, May 11 Wednesday, May 11 MS113 MS114 MS115 Microscopic, Mesoscale Soft Elastic Materials: Non-Equilibrium Phenomena and Macroscale Models in Nonlinear Constitutive for Liquid Crystals: Mechanics - Part II of II Models, Mathematical and Mathematical Case Studies 2:30 PM-4:30 PM Mechanical Aspects - - Part I of IV Room:Cook Part II of III 2:30 PM-4:30 PM For Part 1 see MS103 2:30 PM-4:00 PM Room:Bromley A variety of important physical processes Room:Flower For Part 2 see MS125 involve the interaction of atomistic, Liquid crystals (LCs) are partially For Part 1 see MS104 mesoscopic and macroscopic scales. For ordered materials. The mathematics of example, in materials science, defects are For Part 3 see MS124 Soft materials like rubber of soft LCs for example, the Landau-de Gennes often described by invoking atomistic, biological tissues are subject to large theory, raises challenging problems mesoscale or fully continuum principles elastic deformations. Anisotropy and across the calculus of variations, partial of mechanics. The development of viable other nonlinear effects in such materials differential equations, geometry and theories for such physical phenomena leads to complex nonlinear models. numerical analysis. This minisymposium can be challenging, touching upon issues The objective of the Minisymposium is dedicated to non-equilibrium of modeling, scientific computation and is to provide an overview of up-to-date phenomena for LCs, in a non-variational mathematical analysis in deterministic research in the field and foster further setting that abound in applications such or stochastic settings. The purpose of interdisciplinary collaborations, through as nematic microfluidics, active matter this minisymposium is to bring together the consideration of both mechanical and bio-materials. The talks address researchers who work in diverse fields of and mathematical aspects. The following fundamental questions such as existence mechanics with emphasis on understanding topics will be addressed: - Advances and regularity of solutions, effects of the synergy of different scales, from the in theoretical approaches - Symmetry curvature and multiscale LC dynamics. atomistic to the full continuum. analysis of BVPs in nonlinear elasticity A large proportion of the invited speakers Organizer: Jianfeng Lu - Exact solutions - Numerical aspects are from under-represented research Duke University, USA - Formulation and identification of groups in the Far East, who have made recent contributions to the field. Organizer: Dionisios Margetis constitutive models - Wave propagation University of Maryland, College Park, USA aspects - Applications to soft biological Organizer: Changyou Wang tissues (arteries, biomembranes) - Purdue University, USA 2:30-2:55 Propagation of Chaos for Stability issues Many Particle Systems with Diffusion in Organizer: Apala Majumdar Velocity Organizer: Alexei F. Cheviakov University of Bath, United Kingdom Pierre-Emmanuel Jabin and Zhenfu Wang, University of Saskatchewan, Canada University of Maryland, USA Organizer: Pingwen Zhang Organizer: Jean-François Peking University, China 3:00-3:25 On the Existence and Ganghoffer 2:30-2:55 Solution Landscapes for Regularity of Solutions to Euler’s LEMTA, Université de Lorraine, France Nematic Microfluidics Equations for Hard Non-Spherical Particles 2:30-2:55 On the General Solution Ian Griffiths, University of Oxford, Mark Wilkinson, Courant Institute of Based on the Time-Independent United Kingdom Mathematical Sciences, New York Integral, the Lagrangian and the 3:00-3:25 Global Existence and Finite University, USA; Peter Palffy-Muhoray Hamiltonian Functions for Fin Equation Time Singularities for a Simplified Teoman Özer and Özlem Orhan, Istanbul and Xiaoyu Zheng, Kent State Model of Liquid Crystal Flows Technical University, Turkey University, USA Tao Huang, New York University- 3:00-3:25 Multiscale Modeling of Shanghai, China 3:30-3:55 1D Static Phase Field Crystals Rubber-Like Materials and Soft Tissues: Coupled with Continuum Elasticity 3:30-3:55 Flexible Colloidal Molecules: Particular Perspective Jianfeng Lu, Duke University, USA; Lipid Ordering Regulated Bond Giuseppe Saccomandi, Università di Benedikt Wirth, Universität Münster, Flexibility Perugia, Italy Germany Daniela J. Kraft, Leiden University, 3:30-3:55 Conditions for the Holder Netherlands 4:00-4:25 Coarsening Dynamics for the Regularity of Local Minimizers of Cahn-Hilliard Equation with Degenerate 4:00-4:25 Linear Stability of a Nonlinear Elastic Energy in Two Compressible Vortex Sheets in Mobility Dimensions Shibin Dai, New Mexico State University, Elastodynamics Jonathan J. Bevan, University of Surrey, Jilong Hu, University of Pittsburgh, USA USA; Qiang Du, Columbia University, United Kingdom USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 69

Wednesday, May 11 4:00-4:25 An Accurate Metropolis- Wednesday, May 11 Hastings Algorithm and a Fast MS116 Multipole Method for Coarse-Grained MS117 Lipid Bilayer Membrane in Solvent Mechanics, Electro- and Szu-Pei Fu and Shidong Jiang, New Mathematical and Hydro- dynamics of Drops Jersey Institute of Technology, Computational Issues in and Vesicles - Part II of III USA; Nawaf Bou-Rabee, Rutgers Electromagnetic Materials - 2:30 PM-4:30 PM University, Camden, USA; Yuan- Part III of V Nan Young, New Jersey Institute of Room:Claypoole Technology, USA; Zhangli Peng, 5:00 PM-6:30 PM For Part 1 see MS106 University of Notre Dame, USA; Room:Society Hill Ballroom B For Part 3 see MS126 Hongyan Yuan, University of Rhode For Part 2 see MS107 Drops and vesicles (self-enclosing Island, USA For Part 4 see MS127 unilamellar lipid bilayer) are ubiquitous The aim of this minisymposium is to in material sciences as their mechanics bring together researchers working and dynamics are relevant to a wide range Coffee Break on fundamental questions related to of engineering applications. Vesicles are electromagnetic waves and materials and used as biomimetic model membranes to 4:30 PM-5:00 PM to highlight recent progress in this area. shed light on how cell membranes uptake Room:Hamilton Room Topics of focus in this minisymposium nano-particles and remodel under forces. include slow light, band gap solitons, The electro-hydrodynamics of particles photonics, metamaterials, and resonance. on the drop surface is investigated to understand how charged macromolecules Organizer: Aaron T. Welters transport on membranes. This Florida Institute of Technology, USA minisymposium brings together experts Organizer: Robert P. Lipton in different aspects of this field to discuss Louisiana State University, USA new discoveries and novel mathematics Organizer: Stephen P. Shipman for modeling the complex mechanics and Louisiana State University, USA dynamics of drops and vesicles as they interact with particles, charges and fluid Organizer: Aaron T. Welters in the context of biological soft materials. Florida Institute of Technology, USA Organizer: Yuan-Nan Young 5:00-5:25 Pathological Scattering of Electromagnetic Waves in Magneto- New Jersey Institute of Technology, USA Photonic Crystals with Defects in the 2:30-2:55 Computational Algorithms for Slow-Light Regime Vesicle Electrohydrodynamics Aaron T. Welters, Florida Institute of Shravan Veerapaneni, University of Technology, USA; Shipman Shipman, Michigan, USA Louisiana State University, USA 3:00-3:25 Recent Advances in 5:30-5:55 Highly Accurate Methods for Modeling of Liposomes in Electric and Resonance Calculations Magnetic Fields Nilima Nigam, Simon Fraser University, David Salac and Prerna Gera, State Canada University of New York at Buffalo, USA 6:00-6:25 Novel Integral Formulations for Layered Media Problems in 3:30-3:55 A Hybrid Numerical Method Electromagnetics for Electrokinetic Flow with Deformable Michael O’Neil, New York University, Interfaces USA Michael R. Booty and Michael Siegel, New Jersey Institute of Technology, USA

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Wednesday, May 11 5:30-5:55 Theory and Experiments of Wednesday, May 11 Topologically Driven Flows in Nematic MS118 Suspensions MS119 Mathematical Problems Jorge Vinals, University of Minnesota, Multiscale Modelling and USA in Nematic Colloids and Simulations of Dislocations 6:00-6:25 Regularity and Related Chromonic Liquid Crystals - Properties for Minimizers of Maier- for Continuum Plasticity - Part V of VII Saupe Energies for Liquid Crystals Part I of III 5:00 PM-7:00 PM Patricia Bauman, Purdue University, USA 5:00 PM-7:00 PM 6:30-6:55 Mean Field Models for Room:Society Hill Ballroom C Room:Society Hill Ballroom D Lyotropic Nematic Liquid Crystals For Part 4 see MS108 Mark Wilkinson, Courant Institute of For Part 2 see MS129 For Part 6 see MS128 Mathematical Sciences, New York This minisymposium is aimed to provide Colloidal nematic liquid crystals arise University, USA a platform for exchanging ideas over in a host of new applications including recent progress made in theoretical electrophoresis, microfluidic and display or computational considerations of devices. Chromonic liquid crystals dislocations on a multiscale basis. offer new perspectives and modeling Attentions will be paid especially to the tools in biology, e.g., in studies of DNA understanding of the connection between encapsulation. Both areas add new dislocation behaviour and continuum perspectives and challenges across liquid plasticity. crystal research, including newly observed Organizer: Katrin Schulz defect structures and novel liquid crystal Karlsruhe Institute of Technology, flow problems. This minisymposium Germany will focus on understanding of defects, flows with charged particles, mechanical Organizer: Yichao Zhu properties of encapsulated anisotropic Hong Kong University of Science and systems, as well as other related problems. Technology, Hong Kong The minisymposium will bring together 5:00-5:25 On the Connection physicists, mathematicians, and biologists Between Dislocation Mechanics and who will discuss their recent work Continuum Crystal Plasticity encompassing experiments, modeling, and Amit Acharya, Carnegie Mellon analysis University, USA; Xiaohan Zhang, Stanford University, USA; Saurabh Organizer: Dmitry Golovaty Puri, Dassault Systemes Simulia Corp, University of Akron, USA USA Organizer: Maria-Carme 5:30-5:55 Thermodynamically Calderer Consistent Continuum Dislocation University of Minnesota, USA Dynamics Organizer: Oleg Lavrentovich Thomas Hochrainer and Alireza Kent State University, USA Ebrahimi, Universität Bremen, Germany 5:00-5:25 Liquid Crystal Electrokinetics Maria-Carme Calderer, University of 6:00-6:25 Capturing the Stochastic Minnesota, USA Behavior of Nanoindentation Pop-In with Dislocation Dynamics Joshua C. Crone, Lynn B. Munday, and Jaroslaw Knap, U.S. Army Research Laboratory, USA 6:30-6:55 Free Energy Function of Dislocation Densities by Large Scale Atomistic Simulation Christoph Begau, Ruhr-Universitat Bochum, Germany

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Wednesday, May 11 5:30-5:55 Nanostructure Formation Wednesday, May 11 via Template-Guided Dewetting MS120 Yong-Wei Zhang, Liangxing Lu, and MS121 Wetting/Dewetting in Bharathi Srinivasan, Institute of High Mathematical Modeling of Performance Computing, Singapore; Complex Fluids and Thin Yingmin Wang, Mohamed Asbahi, Microstructured Materials - Solid Films - Part II of IV and Joel Yang, Institute of Materials Part II of IV 5:00 PM-7:00 PM and Research Engineering, Singapore 5:00 PM-7:00 PM Room:Society Hill Ballroom E 6:00-6:25 Modeling and Simulation Room:Society Hill Ballroom A1 for Solid-State Dewetting Problems For Part 1 see MS110 Weizhu Bao, National University of For Part 1 see MS111 For Part 3 see MS130 Singapore, Singapore For Part 3 see MS131 Tremendous progress has been The goal of the minisymposium is to achieved in recent years on wetting/ 6:30-6:55 Sharp-Interface Models for discuss the latest development in the dewetting problems in complex Solid-State Dewetting Problems area among mathematicians, material Wei Jiang, Wuhan University, China fluids and thin solid films, such as scientists and engineers, and identify complex wetting phenomena on important open problems. The list liquids, solid-state dewetting of of topics includes but not limited to thin films and moving contact lines mathematical modeling of nanomaterials dynamics. This minisymposium aims and biological nano-structures, to promote interdisciplinary research homogenization and effective properties collaborations among applied and of composite materials, anisotropic computational mathematicians, and behavior of composites with arbitrarily material scientists. Active experts oriented inclusions and microcracks, and research groups in this field will analytical and numerical methods in deliver their thoughts and experiences periodic and random composites, inverse on topics of wetting/dewetting problems and microelectronic modeling. from applied and computational Organizer: Lyudmyla Barannyk mathematics, theoretical and University of Idaho, USA experimental materials sciences, and discuss recent developments, possible Organizer: Yuri Godin collaborations and exciting future University of North Carolina, Charlotte, directions in the field of wetting/ USA dewetting. Organizer: Yuliya Gorb Organizer: Weizhu Bao University of Houston, USA National University of Singapore, Organizer: Alexander Singapore Panchenko Organizer: Wei Jiang Washington State University, USA Wuhan University, China 5:00-5:25 Inverse Problems for the 5:00-5:25 Solid State Dewetting on Schrödinger and Conductivity Curved Substrates Problems on Networks David J. Srolovitz, University of Fernando Guevara Vasquez, University Pennsylvania, USA; Yan Wang, of Utah, USA National University of Singapore, Singapore; Wei Jiang, Wuhan University, China; Weizhu Bao, National University of Singapore, Singapore

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Wednesday, May 11 Wednesday, May 11 Wednesday, May 11 MS121 MS122 MS123 Mathematical Modeling of Numerical Methods for Variational Methods for Rods Microstructured Materials - Low Reynolds Number and Shells - Part I of III Part II of IV Suspensions of Passive and 5:00 PM-7:00 PM 5:00 PM-7:00 PM Active Particles - Part I of II Room:Cook Room:Society Hill Ballroom A1 5:00 PM-7:00 PM For Part 2 see MS133 Slender-body theories, such as rod continued Room:Society Hill Ballroom A2 and shell theories, are important For Part 2 see MS132 for modelling materials such as The dynamics of suspensions of rigid or biomembranes, graphene, nanotubes, 5:30-5:55 Spectral Analysis and flexible micron-scale particles that are semiconductor films, and smart fabrics. Computation of Effective Diffusivities either passive or active (self-propelled) This minisymposium brings together for Steady Random Flows is of great technological and biological researchers working on the wrinkling, N. Benjamin Murphy, Elena Cherkaev, interest. A number of numerical methods delamination, confinement, and and Jingyi Zhu, University of Utah, for modeling of periodic suspensions of motion of slender elastic bodies, and USA; Jack Xin, University of Brownian spherical particles have been on the rigorous derivation of slender- California, Irvine, USA; Kenneth M. developed over the years; fewer methods body theories from three-dimensional Golden, University of Utah, USA exist capable of simulating suspensions nonlinear elasticity. The purpose of this 6:00-6:25 Fast Algorithm for Computing of particles of more complex shapes minisymposium is also to exchange new Effective Properties of Two-Phase in confined geometries. Of particular tools in applied analysis and the calculus Composites interest are methods that address active of variations, to allow us to face the Miao-Jung Y. Ou, University of Delaware, suspensions, the incorporation Brownian mathematical challenges in developing USA; Y.-H. Richard Tsai, University of motion, and self-assembly. Focus will the materials of tomorrow. Texas at Austin, USA; Wai-Yip Chan, be on the development of mathematical Chinese University of Hong Kong, and computational tools, but relevant Organizer: David P. Bourne Hong Kong; Seong Jun Kim, Georgia scientific applications are also of interest. Durham University, United Kingdom Institute of Technology, USA Organizer: Aleksandar Donev Organizer: Patrick Dondl 6:30-6:55 Soret Effects in Courant Institute of Mathematical Albert-Ludwigs-Universitat Freiburg, Electrokinetically-Driven Heat Sciences, New York University, USA Germany Exchangers for Electronics 5:00-5:25 Rigid Multiblob Models 5:00-5:25 Large Motions of Nonlinearly Applications. of Suspensions of Rigid Particles of Viscoelastic Rods and Shells Silvia Jimenez Bolanos, Colgate Complex Shapes in Confinement Stuart S. Antman, University of University, USA; Burt S. Tilley and Aleksandar Donev, Courant Institute Maryland, College Park, USA; Alexey Bogdan M. Vernescu, Worcester of Mathematical Sciences, New York Stepanov, University of Maryland, Polytechnic Institute, USA University, USA USA; Suleyman Ulusoy, Zirve University, Turkey 5:30-5:55 Modeling the Effect of Hydrophobicity on Nanoparticle 5:30-5:55 A Model For Dislocations In Suspensions Epitaxially Strained Elastic Films Nikolaos Voulgarakis, Washington State Giovanni Leoni, Carnegie Mellon University, USA University, USA 6:00-6:25 Immersed Particle Dynamics 6:00-6:25 On a Variational Model for in Fluctuating Fluids with Memory the Elasticity of Biomembranes Christel Hohenegger, University of Utah, Luca Lussardi, Università Cattolica del USA; Scott McKinley, University of Sacro Cuore, Italy Florida, USA 6:30-6:55 Island Formation in 6:30-6:55 Frictional Interactions in Epitaxially Strained Films Viscous Suspensions: Discontinuous Barbara Zwicknagl, University of Bonn, Shear Thickening and Shear Jamming Germany Jeffrey Morris, City College of New York, USA 2016 SIAM Conference on Mathematical Aspects of Materials Science 73

Wednesday, May 11 Wednesday, May 11 Wednesday, May 11 MS124 MS125 MS126 Soft Elastic Materials: Non-Equilibrium Mechanics, Electro- and Nonlinear Constitutive Phenomena for Liquid Hydro- dynamics of Drops Models, Mathematical and Crystals: Mathematical and Vesicles - Part III of III Mechanical Aspects - Case Studies - Part II of IV 5:00 PM-7:00 PM Part III of III 5:00 PM-6:30 PM Room:Claypoole 5:00 PM-6:00 PM Room:Bromley For Part 2 see MS116 Room:Flower For Part 1 see MS115 Drops and vesicles (self-enclosing unilamellar lipid bilayer) are ubiquitous For Part 2 see MS114 For Part 3 see MS135 Soft materials like rubber of soft Liquid crystals (LCs) are partially in material sciences as their mechanics biological tissues are subject to large ordered materials. The mathematics and dynamics are relevant to a wide elastic deformations. Anisotropy and of LCs for example, the Landau-de range of engineering applications. other nonlinear effects in such materials Gennes theory, raises challenging Vesicles are used as biomimetic model leads to complex nonlinear models. problems across the calculus of membranes to shed light on how cell The objective of the Minisymposium variations, partial differential equations, membranes uptake nano-particles and is to provide an overview of up-to-date geometry and numerical analysis. remodel under forces. The electro- research in the field and foster further This minisymposium is dedicated hydrodynamics of particles on the drop interdisciplinary collaborations, through to non- equilibrium phenomena for surface is investigated to understand how the consideration of both mechanical LCs, in a non-variational setting charged macromolecules transport on and mathematical aspects. The following that abound in applications such as membranes. This minisymposium brings topics will be addressed: - Advances nematic microfluidics, active matter together experts in different aspects of in theoretical approaches - Symmetry and bio-materials. The talks address this field to discuss new discoveries and analysis of BVPs in nonlinear elasticity fundamental questions such as existence novel mathematics for modeling the - Exact solutions - Numerical aspects and regularity of solutions, effects of complex mechanics and dynamics of - Formulation and identification of curvature and multiscale LC dynamics. drops and vesicles as they interact with constitutive models - Wave propagation A large proportion of the invited particles, charges and fluid in the context aspects - Applications to soft biological speakers are from under- represented of biological soft materials. tissues (arteries, biomembranes) - research groups in the Far East, who Organizer: Yuan-Nan Young Stability issues have made recent contributions to the New Jersey Institute of Technology, USA field. Organizer: Alexei F. Cheviakov 5:00-5:25 Deformation-Relaxation of University of Saskatchewan, Canada Organizer: Changyou Wang Vesicles Purdue University, USA Miao Yu, Rutgers University, USA; Organizer: Jean-François Rafael Lira, Max Planck Institute of Organizer: Apala Majumdar Ganghoffer Colloids and Interfaces, Germany; University of Bath, United Kingdom LEMTA, Université de Lorraine, France Karin Riske, Universidade Federal de 5:00-5:25 Isotropic-Nematic Phase Organizer: Pingwen Zhang São Paulo, Brazil; Rumiana Dimova, Transitions in Elastic Rigid Rod Newtorks Peking University, China Max Planck Institute of Colloids and Carlos A. Garavito Garzon and Carme 5:00-5:25 Defect Behaviors of Liquid Interfaces, Germany; Hao Lin, Rutgers Calderer, University of Minnesota, Crystals on a Spherical Surface: University, USA USA A Self-consistent Field Theory 5:30-5:55 Fluctuation and Dynamics 5:30-5:55 Fractional Modeling of Simulation of a Lipid Bilayer Membrane Under an Viscoelasticity in Cerebral Arteries and Qin Liang, Xiangtan University, China Electric Field Aneurysms 5:30-5:55 On the Local Controllability Yuan-Nan Young, New Jersey Institute Yue Yu, Lehigh University, USA; Paris of Nematic Liquid Crystal Flow of Technology, USA; M.J. Miksis, Perdikaris, Massachusetts Institute Yuning Liu, New York University- Northwestern University, USA of Technology, USA; George Em Shanghai, China Karniadakis, Brown University, USA 6:00-6:25 Front Propagation for Nematic Liquid Crystals Apala Majumdar, University of Bath, United Kingdom continued on next page 74 2016 SIAM Conference on Mathematical Aspects of Materials Science

Wednesday, May 11 Thursday, May 12 Thursday, May 12 MS126 IP12 Mechanics, Electro- and The 3D Structural Geometry Hydro- dynamics of Drops Registration of Nanoporous Gold and its and Vesicles - Part III of III 7:30 AM-3:30 PM Influence on Mechanical 5:00 PM-7:00 PM Room:Society Hill Ballroom Foyer Response Room:Claypoole 9:00 AM-9:45 AM continued Room:Society Hill Ballroom B,C,D,E Remarks The mechanical properties of nanoporous 8:00 AM-8:15 AM gold, a bicontinuous network structure, 6:00-6:25 Multiscale Modeling of Room:Society Hill Ballroom B,C,D,E are strongly dependent on the size of Mechanosensing Channels on Vesicles the gold ligaments, and thus can be and Cell Membranes in 3D Constricted exploited through targeted annealing in Flows and Shear Flows order to tailor the structures for specific Zhangli Peng, University of Notre Dame, IP11 applications. While classical scaling USA; On Shun Pak, Santa Clara laws for cellular materials have been University, USA; Yuan-Nan Young, Issues in the Multiscale shown to be poor predictors of modulus New Jersey Institute of Technology, Modeling and Methods of and strength due in part to the lack of USA Solids explicit lengths in the constitutive laws, 6:30-6:55 Complex Viscoelasticity 8:15 AM-9:00 AM we show that the structural geometry of Shape Changes and Surface envisaged is a more critical issue. The Hydrodynamics of Membrane Room:Society Hill Ballroom B,C,D,E use of FIB-based tomography applied Protrusions I shall discuss certain critical issues in to representative volumes provides Mohammad Rahimi, Princeton the multiscale modeling and multiscale the needed morphological and – most University, USA; Marino Arroyo, methods in the simulation of crystalline importantly - topological description Universitat Politecnica de Catalunya, solids. In particular, the consistency of this unique cellular material, while Spain; Margarita Staykova, Durham and stability problems incurred by the micromechanical testing allows its University, United Kingdom; Howard coarse-graining procedure, multiscale correlation to stress-strain response A. Stone, Princeton University, USA approximation, and model reduction will and, in turn, additional insight into the be addressed through two representative observed size effects. This work was examples: quasicontinuum method and done with Kaixiong Hu and Markus Cauchy-Born rule. Our discussion covers Ziehmer, Helmholtz Zentrum Geesthacht, both perfect crystal and defects. Germany. Pingbing Ming Erica Lilleodden Chinese Academy of Sciences, China Helmholtz Zentrum Geesthacht, Germany

Coffee Break 9:45 AM-10:15 AM Room:Hamilton Room 2016 SIAM Conference on Mathematical Aspects of Materials Science 75

Thursday, May 12 Thursday, May 12 10:45-11:10 Numerical Approximation of the Ericksen Leslie Equations MS127 MS128 Noel J. Walkington, Carnegie Mellon University, USA Mathematical and Mathematical Problems 11:15-11:40 Computational Modeling Computational Issues in in Nematic Colloids and of Tactoid Dynamics in Chromonic Electromagnetic Materials - Chromonic Liquid Crystals - Liquid Crystals Part IV of V Part VI of VII Chiqun Zhang, Noel J. Walkington, and Amit Acharya, Carnegie Mellon 10:15 AM-11:45 PM 10:15 AM-12:15 PM University, USA; Oleg Lavrentovich, Room:Society Hill Ballroom B Room:Society Hill Ballroom C Kent State University, USA For Part 3 see MS117 For Part 5 see MS118 11:45-12:10 Exotic New Phases in For Part 5 see MS137 For Part 7 see MS138 Confined Chiral Liquid Crystals The aim of this minisymposium is to Colloidal nematic liquid crystals arise Juan Hernandez-Ortiz, Universidad bring together researchers working in a host of new applications including Nacional de Colombia, Colombia on fundamental questions related to electrophoresis, microfluidic and display electromagnetic waves and materials and devices. Chromonic liquid crystals to highlight recent progress in this area. offer new perspectives and modeling Topics of focus in this minisymposium tools in biology, e.g., in studies of include slow light, band gap solitons, DNA encapsulation. Both areas add photonics, metamaterials, and resonance. new perspectives and challenges across Organizer: Aaron T. Welters liquid crystal research, including Florida Institute of Technology, USA newly observed defect structures and novel liquid crystal flow problems. Organizer: Robert P. Lipton This minisymposium will focus on Louisiana State University, USA understanding of defects, flows with Organizer: Stephen P. Shipman charged particles, mechanical properties Louisiana State University, USA of encapsulated anisotropic systems, as well as other related problems. The Organizer: Aaron T. Welters minisymposium will bring together Florida Institute of Technology, USA physicists, mathematicians, and 10:15-10:40 Mechanism of Absorption biologists who will discuss their recent Suppression in Gyroscopic Systems work encompassing experiments, Composed of High-Loss and Lossless modeling, and analysis. Components Alexander Figotin, University of Organizer: Dmitry Golovaty California, Irvine, USA; Aaron University of Akron, USA T. Welters, Florida Institute of Organizer: Maria-Carme Technology, USA Calderer 10:45-11:10 Effective Properties of University of Minnesota, USA Periodic Tubular Structures Yuri Godin, University of North Carolina, Organizer: Oleg Lavrentovich Charlotte, USA Kent State University, USA 11:15-11:40 Electric 10:15-10:40 A Finite Element Method Quadrupolarizability of a Source- for Nematic Liquid Crystals with Driven Dielectric Sphere Variable Degree of Orientation Arthur D. Yaghjian, Electromagnetics Ricardo Nochetto, University of Research Consultant, USA Maryland, College Park, USA; Shawn W. Walker, Louisiana State University, USA; Wujun Zhang, University of Maryland, USA

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Thursday, May 12 Thursday, May 12 11:15-11:40 Modified Wenzel and Cassie Equations for Wetting on Rough MS129 Surfaces MS130 Xianmin Xu, Chinese Academy of Multiscale Modelling and Wetting/Dewetting in Sciences, China; Xiaoping Wang, Simulations of Dislocations Complex Fluids and Thin Hong Kong University of Science and for Continuum Plasticity- Solid Films - Part III of IV Technology, Hong Kong Part II of III 10:15 AM-12:15 PM 11:45-12:10 Modeling and Simulation of Moving Contact Line Problem for 10:15 AM-12:15 PM Room:Society Hill Ballroom E Two-Phase Complex Fluids Flow Room:Society Hill Ballroom D For Part 2 see MS120 Zhen Zhang, South University of Science For Part 1 see MS119 For Part 4 see MS140 and Technology of China, China; For Part 3 see MS139 Tremendous progress has been Weiqing Ren, National University of This minisymposium is aimed to provide achieved in recent years on wetting/ Singapore and IHPC, Singapore a platform for exchanging ideas over dewetting problems in complex fluids recent progress made in theoretical and thin solid films, such as complex or computational considerations of wetting phenomena on liquids, solid- dislocations on a multiscale basis. state dewetting of thin films and Attentions will be paid especially to the moving contact lines dynamics. This understanding of the connection between minisymposium aims to promote dislocation behaviour and continuum interdisciplinary research collaborations plasticity. among applied and computational Organizer: Katrin Schulz mathematicians, and material Karlsruhe Institute of Technology, scientists. Active experts and research Germany groups in this field will deliver their thoughts and experiences on topics of Organizer: Yichao Zhu wetting/dewetting from applied and Hong Kong University of Science and computational mathematics, theoretical Technology, Hong Kong and experimental materials sciences, 10:15-10:40 Accounting for the Effect and discuss recent developments, of Dislocations in Continuum Plasticity possible collaborations and exciting by Means of a Non-Local Spectral future directions in the field of wetting/ Formulation dewetting. Ricardo Lebensohn, Los Alamos National Laboratory, USA; Alan Needleman, Organizer: Weizhu Bao Texas A&M University, USA National University of Singapore, Singapore 10:45-11:10 Homogenization of Dislocation Interactions in Regions of Organizer: Wei Jiang High Stress Concentrations Wuhan University, China Katrin Schulz, Karlsruhe Institute of 10:15-10:40 The Dynamics of Three- Technology, Germany Phase Triple Junction and Contact Line 11:15-11:40 Modeling the Annealing Xiaoping Wang, Hong Kong University of Thin Films on Lattice-Mismatched of Science and Technology, Hong Kong Substrates with Discrete Dislocation 10:45-11:10 Modeling and Simulation Dynamics of Moving Contact Lines in Multi-Phase James J. Ramsey, U.S. Army Research Fluids Laboratory, USA Weiqing Ren, National University of 11:45-12:10 An A/C Study for Nano- Singapore and IHPC, Singapore Indentation and Homogeneous Dislocation Nucleation Lei Zhang, Shanghai Jiao Tong University, China

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Thursday, May 12 Thursday, May 12 Thursday, May 12 MS131 MS132 MS133 Mathematical Modeling of Numerical Methods for Variational Methods for Rods Microstructured Materials - Low Reynolds Number and Shells - Part II of III Part III of IV Suspensions of Passive and 10:15 AM-12:15 PM 10:15 AM-12:15 PM Active Particles - Part II of II Room:Cook Room:Society Hill Ballroom A1 10:15 AM-11:45 AM For Part 1 see MS123 For Part 3 see MS142 For Part 2 see MS121 Room:Society Hill Ballroom A2 For Part 4 see MS141 Slender-body theories, such as rod and For Part 1 see MS122 The goal of the minisymposium is to shell theories, are important for modelling The dynamics of suspensions of rigid or discuss the latest development in the materials such as biomembranes, flexible micron-scale particles that are area among mathematicians, material graphene, nanotubes, semiconductor films, either passive or active (self-propelled) scientists and engineers, and identify and smart fabrics. This minisymposium is of great technological and biological important open problems. The list of topics brings together researchers working on interest. A number of numerical includes but not limited to mathematical the wrinkling, delamination, confinement, methods for modeling of periodic modeling of nanomaterials and biological and motion of slender elastic bodies, and suspensions of Brownian spherical nano-structures, homogenization and on the rigorous derivation of slender- particles have been developed over the effective properties of composite body theories from three-dimensional years; fewer methods exist capable materials, anisotropic behavior of nonlinear elasticity. The purpose of this of simulating suspensions of particles composites with arbitrarily oriented minisymposium is also to exchange new of more complex shapes in confined inclusions and microcracks, analytical tools in applied analysis and the calculus geometries. Of particular interest are and numerical methods in periodic and of variations, to allow us to face the methods that address active suspensions, random composites, inverse problems and mathematical challenges in developing the the incorporation Brownian motion, microelectronic modeling. materials of tomorrow. and self-assembly. Focus will be on Organizer: Lyudmyla Barannyk the development of mathematical Organizer: David P. Bourne University of Idaho, USA and computational tools, but relevant Durham University, United Kingdom Organizer: Yuri Godin scientific applications are also of Organizer: Patrick Dondl University of North Carolina, Charlotte, USA interest. Albert-Ludwigs-Universitat Freiburg, Germany Organizer: Yuliya Gorb Organizer: Aleksandar Donev 10:15-10:40 The Intrinsic Bending and University of Houston, USA Courant Institute of Mathematical Sciences, New York University, USA Twisting of a Rod with Misfit Organizer: Alexander Robert V. Kohn and Ethan O’Brien, 10:15-10:40 Transition to Collective Panchenko Motion and Mixing in Suspensions of Courant Institute of Mathematical Washington State University, USA Micro-Rotors Sciences, New York University, USA 10:15-10:40 Exact Relations and Links Enkeleida Lushi, Brown University, 10:45-11:10 Nonlinear Bending Theories for Fiber-Reinforced Elastic Composites USA for Intrinsically Strained Plates Yury Grabovsky, Temple University, USA 10:45-11:10 Understanding Particle Peter Hornung, Technische Universität 10:45-11:10 Discrete Breathers in a Diffusion in Active Suspensions: A Dresden, Germany Resonant Granular Chain Multiscale Study 11:15-11:40 Plates with Incompatible Lifeng Liu, University of Pittsburgh, Blaise Delmotte, Courant Institute of Strains USA; Guillaume James, Inria Grenoble, Mathematical Sciences, New York Marta Lewicka, University of Pittsburgh, France; Panayotis Kevrekidis, University University, USA USA of Massachusetts, USA; Anna 11:15-11:40 Stochastic Model of 11:45-12:10 Interpenetration of Matter Vainchtein, University of Pittsburgh, Clogging in a Microfluidic Device for in Plate Theories Obtained as Gamma- USA Sorting Flexible Cells Limits Thomas Fai, Harvard University, USA 11:15-11:40 Optimal Structures of Three- Heiner Olbermann, University of Bonn, Dimensional Composites Germany; Eris Runa, Max Planck Andrej V. Cherkaev, University of Utah, Institute for Mathematics in the USA Sciences, Germany 11:45-12:10 Mesoscopic Modeling of Active Suspensions Alexander Panchenko, Washington State University, USA 78 2016 SIAM Conference on Mathematical Aspects of Materials Science

Thursday, May 12 Thursday, May 12 Thursday, May 12 MS134 MS135 MS136 Materials Science Non-Equilibrium Phenomena On Limiting Strain Behaviour Applications to Cellular and for Liquid Crystals: of Elastic Materials - Molecular Structures - Mathematical Case Studies - Part I of II Part I of II Part III of IV 10:15 AM-12:15 PM 10:15 AM-11:45 AM 10:15 AM-11:45 AM Room:Claypoole Room:Flower Room:Bromley For Part 2 see MS145 In classical elasticity theory, there cannot For Part 2 see MS143 For Part 2 see MS125 In the last decades, it has become clear For Part 4 see MS144 be a nonlinear relationship between the that the genome is much more than the Liquid crystals (LCs) are partially linearized strain and the stress, which, in ATCG’s that made up the DNA molecule, ordered materials. The mathematics of fact, is observed in some experiments. yet much remains unknown about its LCs for example, the Landau-de Gennes In this minisymposium we are interested behavior in living cells. The genome theory, raises challenging problems in investigating the behaviour of elastic is far from being a static information across the calculus of variations, partial solids that are best described by implicit warehouse. Rather, it is a mechanically differential equations, geometry and constitutive relations allowing for active entity that is constantly altering its numerical analysis. This minisymposium approximations where the linearized shape. Since DNA molecules are in fact is dedicated to non- equilibrium strain is a nonlinear function of the very long polymer molecules, a wealth phenomena for LCs, in a non-variational stress. This class of implicit constitutive of information can be gained about the setting that abound in applications such models, developed by Rajagopal, are behavior of the genome by applying as nematic microfluidics, active matter called strain-limiting models and their principles from polymer theory. This and bio-materials. The talks address advantage is that they allow for the minisymposium focuses on applications fundamental questions such as existence linearized strain to be bounded in all of polymer science to the studies of and regularity of solutions, effects of circumstances, even when the stress is cellular organization and function. curvature and multiscale LC dynamics. A very large. Organizer: Erik Palmer large proportion of the invited speakers Organizer: Yasemin Sengul University of South Carolina, USA are from under- represented research Ozyegin University, Turkey groups in the Far East, who have made Organizer: Paula A. Vasquez 10:15-10:40 On Implicit and Strain- recent contributions to the field. Limiting Theories for Describing the University of South Carolina, USA Organizer: Changyou Wang Elastic Response of Bodies 10:15-10:40 Polymeric Aspects of DNA Purdue University, USA K. R. Rajagopal, Texas A&M University, Repair USA Paula A. Vasquez, University of South Organizer: Apala Majumdar Carolina, USA; Kerry Bloom, University of Bath, United Kingdom 10:45-11:10 Limiting Strain Models in Elasticity Theory and Variational University of North Carolina, USA; M. Organizer: Pingwen Zhang Integrals with Linear Growth Gregory Forest and Josh Lawrimore, Peking University, China Miroslav Bulicek, Charles University in University of North Carolina at Chapel Prague, Czech Republic Hill, USA 10:15-10:40 Singular Limit Problem for Smectic Liquid Crystals 11:15-11:40 On a Family of 10:45-11:10 ChromoShake: A Jinhae Park, Chungnam National Inhomogeneous Torsional Creep Chromosome Dynamics Simulator University, South Korea Problems Josh Lawrimore, Joseph Aicher, Patrick 10:45-11:10 Title Not Available Marian Bocea, Loyola University of Hahn, Alyona Fulp, and Ben Kompa, Chicago, USA University of North Carolina at Chapel Margarida M. Telo Da Gama, University Hill, USA; Leandra Vicci, University of Lisbon, Portugal 11:45-12:10 Finitely Extensible Polymer Chains in Nematic Elastomers of North Carolina, USA; Michael Falvo 11:15-11:40 Global Existence and Jamie M. Taylor, University of Oxford, and Russell M. Taylor II, University of Regularity of Solutions for the Active United Kingdom North Carolina at Chapel Hill, USA; Liquid Crystal System Kerry Bloom, University of North Gui-Qiang Chen, University of Oxford, Carolina, USA United Kingdom; Apala Majumdar, University of Bath, United Kingdom; 11:15-11:40 Cell-Ecm Interactions Lunch Break Dehua Wang and Rongfang Zhang, During Cancer Invasion 12:15 PM-1:30 PM Yi Jiang, Georgia State University, USA University of Pittsburgh, USA Attendees on their own 2016 SIAM Conference on Mathematical Aspects of Materials Science 79

Thursday, May 12 Thursday, May 12 Thursday, May 12 IP13 MS137 MS138 Can you Print your Mathematical and Mathematical Problems Toughness? Computational Issues in in Nematic Colloids and 1:30 PM-2:15 PM Electromagnetic Materials - Chromonic Liquid Crystals - Room:Society Hill Ballroom B,C,D,E Part V of V Part VII of VII Recent advances in material synthesis 2:45 PM-4:15 PM 2:45 PM-4:45 PM enable us to control material Room:Society Hill Ballroom B Room:Society Hill Ballroom C microstructure with unprecedented detail. For Part 4 see MS127 For Part 6 see MS128 This talk explores whether this ability The aim of this minisymposium is to Colloidal nematic liquid crystals arise can be exploited to create materials with bring together researchers working in a host of new applications including unprecedented properties. Of particular on fundamental questions related to electrophoresis, microfluidic and display interest are phenomena like fracture, electromagnetic waves and materials devices. Chromonic liquid crystals dislocation dynamics, phase boundary and to highlight recent progress in offer new perspectives and modeling propagation and peeling that are governed this area. Topics of focus in this tools in biology, e.g., in studies of by the evolution of a free boundary or minisymposium include slow light, band DNA encapsulation. Both areas add free discontinuity. In these phenomena, gap solitons, photonics, metamaterials, new perspectives and challenges across the effective behavior is not characterized and resonance. liquid crystal research, including by averaging, but instead dominated newly observed defect structures and Organizer: Aaron T. Welters by critical events. Thus, the effective novel liquid crystal flow problems. Florida Institute of Technology, USA behavior can be qualitatively different This minisymposium will focus on from the local behavior. However, their Organizer: Robert P. Lipton understanding of defects, flows with characterization also raises difficult, Louisiana State University, USA charged particles, mechanical properties but interesting, mathematical questions. of encapsulated anisotropic systems, This talk will explore these issues with Organizer: Stephen P. Shipman as well as other related problems. The selected examples. minisymposium will bring together Louisiana State University, USA Kaushik Bhattacharya physicists, mathematicians, and California Institute of Technology, USA Organizer: Aaron T. Welters biologists who will discuss their recent Florida Institute of Technology, USA work encompassing experiments, 2:45-3:10 Nonlinear Models of Lasers, modeling, and analysis. Noise, and the Salt Equations Organizer: Dmitry Golovaty Steven Johnson, Massachusetts Institute University of Akron, USA Coffee Break of Technology, USA Organizer: Maria-Carme 2:15 PM-2:45 PM 3:15-3:40 Time-reversal Symmetry Calderer Room:Hamilton Room Bounds for Electromagnetic Devices Andrea Au and Dimitrios Sounas, The University of Minnesota, USA University of Texas at Austin, USA Organizer: Oleg Lavrentovich 3:45-4:10 Lossless Polariton Solitary Kent State University, USA Waves 2:45-3:10 Electrokinetic Flows in Stephen P. Shipman, Louisiana State Nematic Films with Prescribed University, USA Anchoring Patterns Oleh Tovkach, University of Akron, USA

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Thursday, May 12 Thursday, May 12 Thursday, May 12 MS138 MS139 MS140 Mathematical Problems Multiscale Modelling and Wetting/Dewetting in in Nematic Colloids and Simulations of Dislocations Complex Fluids and Thin Chromonic Liquid Crystals - for Continuum Plasticity- Solid Films - Part IV of IV Part VII of VII Part III of III 2:45 PM-4:15 PM 2:45 PM-4:45 PM 2:45 PM-4:15 PM Room:Society Hill Ballroom E Room:Society Hill Ballroom C Room:Society Hill Ballroom D For Part 3 see MS130 Tremendous progress has been For Part 2 see MS129 continued achieved in recent years on wetting/ This minisymposium is aimed to provide dewetting problems in complex fluids a platform for exchanging ideas over and thin solid films, such as complex recent progress made in theoretical wetting phenomena on liquids, solid- or computational considerations of 3:15-3:40 Simulating Finite-Energy state dewetting of thin films and Disclination Dynamics by Modeling dislocations on a multiscale basis. moving contact lines dynamics. This Discontinuous Director Fields Attentions will be paid especially to the minisymposium aims to promote Chiqun Zhang, Carnegie Mellon understanding of the connection between interdisciplinary research collaborations University, USA; Xiaohan Zhang, dislocation behaviour and continuum among applied and computational Stanford University, USA; Amit plasticity. mathematicians, and material scientists. Acharya, Carnegie Mellon University, Organizer: Katrin Schulz USA; Dmitry Golovaty, University Active experts and research groups in Karlsruhe Institute of Technology, of Akron, USA; Noel J. Walkington, this field will deliver their thoughts Germany Carnegie Mellon University, USA and experiences on topics of wetting/ Organizer: Yichao Zhu dewetting from applied and computational 3:45-4:10 Orientation of a Liquid Hong Kong University of Science and mathematics, theoretical and experimental Crystal Layer with Arbitrary Anchoring materials sciences, and discuss recent Conditions Technology, Hong Kong developments, possible collaborations and Eric P. Choate, Radford University, USA 2:45-3:10 Discrete Dislocation Dynamics with Anisotropic Elasticity exciting future directions in the field of 4:15-4:40 Liquid Crystal Models of Viral Using Fast Fourier Transforms wetting/dewetting. Capsids Javier Arsuaga, University of California, Anthony Rollett, Carnegie Mellon Organizer: Weizhu Bao Davis, USA University, USA; John Graham and National University of Singapore, Richard LeSar, Iowa State University, Singapore USA Organizer: Wei Jiang 3:15-3:40 Homogenisation of a Row of Wuhan University, China Dislocation Dipoles Jon Chapman, University of Oxford, 2:45-3:10 A Phase Field Approach for Simulating Solid-State Dewetting of Thin United Kingdom; Yang Xiang and Films Yichao Zhu, Hong Kong University of Rachel Zucker, University of California, Science and Technology, Hong Kong Berkeley, USA; Rainer Backofen and 3:45-4:10 The Application of the String Axel Voigt, Technische Universität Method to the Dislocation Dynamics Dresden, Germany; W. Craig Carter Congming Jin, Zhejiang Sci-Tech and Carl V. Thompson, Massachusetts University , China; Yang Xiang, Institute of Technology, USA Hong Kong University of Science and 3:15-3:40 Numerical Study of Vapor Technology, Hong Kong; Weiqing Ren, Condensation and Wetting Transition National University of Singapore and on Patterned Surface Using String IHPC, Singapore; Gang Lu, California Method State University, Northridge, USA Yunzhi Li, National University of Singapore, Singapore 3:45-4:10 A Parametric Finite Element Method for Simulating Solid-State Dewetting Problems Quan Zhao, National University of Singapore, Singapore 2016 SIAM Conference on Mathematical Aspects of Materials Science 81

Thursday, May 12 3:45-4:10 Network Representations of Thursday, May 12 Mechanical Percolation MS141 Sam B. Heroy, University of North MS142 Mathematical Modeling of Carolina at Chapel Hill, USA; Dane Variational Methods for Rods Taylor, University of Colorado Microstructured Materials - Boulder, USA; Bill Shi, University and Shells - Part III of III Part IV of IV of Chicago, USA; Peter J. Mucha, 2:45 PM-4:45 PM University of North Carolina, USA; 2:45 PM-4:45 PM Room:Cook Greg Forest, University of North Room:Society Hill Ballroom A1 Carolina at Chapel Hill, USA For Part 2 see MS133 For Part 3 see MS131 Slender-body theories, such as rod 4:15-4:40 The Morphology of Lath and shell theories, are important The goal of the minisymposium is to Martensite: A New Perspective for modelling materials such as discuss the latest development in the area Anton Muehlemann, University biomembranes, graphene, nanotubes, among mathematicians, material scientists of Oxford, United Kingdom; semiconductor films, and smart fabrics. and engineers, and identify important Konstantinos Koumatos, Gran Sasso This minisymposium brings together open problems. The list of topics includes Science Institute, Italy but not limited to mathematical modeling researchers working on the wrinkling, of nanomaterials and biological nano- delamination, confinement, and motion of structures, homogenization and effective slender elastic bodies, and on the rigorous properties of composite materials, derivation of slender-body theories from anisotropic behavior of composites three-dimensional nonlinear elasticity. with arbitrarily oriented inclusions and The purpose of this minisymposium is microcracks, analytical and numerical also to exchange new tools in applied methods in periodic and random analysis and the calculus of variations, composites, inverse problems and to allow us to face the mathematical microelectronic modeling. challenges in developing the materials of tomorrow. Organizer: Lyudmyla Barannyk University of Idaho, USA Organizer: David P. Bourne Durham University, United Kingdom Organizer: Yuri Godin University of North Carolina, Charlotte, Organizer: Patrick Dondl USA Albert-Ludwigs-Universitat Freiburg, Germany Organizer: Yuliya Gorb University of Houston, USA 2:45-3:10 A Bending Theory for Nematic Elastomers Organizer: Alexander Paul Plucinsky and Kaushik Panchenko Bhattacharya, California Institute of Washington State University, USA Technology, USA 2:45-3:10 Physically Motivated Model 3:15-3:40 Elastic Curves and for Creep of Microstructured Materials Surfaces in Riemannian Spaces with to Study the Composite Effects at High Applications to Interpolation of Shells Temperatures P.-A. Absil and Gousenbourger Pierre- Jürgen Albiez, Ioannis Sprenger, Yves, Université Catholique de Anke Scherf, Martin Heilmaier, and Louvain, Belgium; Paul Striewski and Thomas Böhlke, Karlsruhe Institute of Benedikt Wirth, Universität Münster, Technology, Germany Germany 3:15-3:40 Fast Numerical Calculation of Percolation and Effective Diffusivity of Random Continuum Microstructures Thomas J. Hardin and Christopher A. Schuh, Massachusetts Institute of Technology, USA

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Thursday, May 12 Thursday, May 12 Thursday, May 12 MS142 MS143 MS144 Variational Methods for Rods Materials Science Non-Equilibrium Phenomena and Shells - Part III of III Applications to Cellular and for Liquid Crystals: 2:45 PM-4:45 PM Molecular Structures - Mathematical Case Studies Room:Cook Part II of II - Part IV of IV 2:45 PM-4:15 PM 2:45 PM-4:15 PM continued Room:Flower Room:Bromley For Part 1 see MS134 For Part 3 see MS135 In the last decades, it has become clear Liquid crystals (LCs) are partially 3:45-4:10 Geodesic Calculus for that the genome is much more than the ordered materials. The mathematics of Smooth and Discrete Shells ATCG’s that made up the DNA molecule, LCs for example, the Landau-de Gennes Behrend Heeren and Martin Rumpf, yet much remains unknown about its theory, raises challenging problems University of Bonn, Germany; Peter behavior in living cells. The genome across the calculus of variations, partial Schroeder, California Institute of is far from being a static information differential equations, geometry and Technology, USA; Max Wardetzky, warehouse. Rather, it is a mechanically numerical analysis. This minisymposium University of Göttingen, Germany; active entity that is constantly altering its is dedicated to non- equilibrium Benedikt Wirth, Universität Münster, shape. Since DNA molecules are in fact phenomena for LCs, in a non-variational Germany very long polymer molecules, a wealth setting that abound in applications such 4:15-4:40 Phase Field Models with of information can be gained about the as nematic microfluidics, active matter Topological Constraints behavior of the genome by applying and bio-materials. The talks address Stephan Wojtowytsch, Durham University, principles from polymer theory. This fundamental questions such as existence United Kingdom minisymposium focuses on applications and regularity of solutions, effects of of polymer science to the studies of curvature and multiscale LC dynamics. A cellular organization and function. large proportion of the invited speakers are from under- represented research Organizer: Erik Palmer groups in the Far East, who have made University of South Carolina, USA recent contributions to the field. Organizer: Paula A. Vasquez Organizer: Changyou Wang University of South Carolina, USA Purdue University, USA 2:45-3:10 Mathematical Insight in Biofilm Structure and Function Organizer: Apala Majumdar Jia Zhao, University of South Carolina, University of Bath, United Kingdom USA Organizer: Pingwen Zhang 3:15-3:40 Numerical Approximation Peking University, China of Non-Newtonian Fluid Structure 2:45-3:10 Tensor Model for Bent-Core Interaction Problems Molecules Based on Molecular Theory Hyesuk Lee, Clemson University, USA Jie Xu, Peking University, China 3:45-4:10 A Three-Dimensional Elastic 3:15-3:40 Liquid-Crystalline Model for Hydrogel Mechanics Behavior and Elastic Properties of Hao Chen, Georgia State University, Homopolymer Interfaces Containing USA Rod-Coil Diblock Copolymers Pingwen Zhang, Peking University, China 3:45-4:10 Decoupled, Energy Stable Scheme for Continuum Hydrodynamics Allen-Cahn and Cahn-Hilliard Phase Field Model Hui Zhang, Beijing Normal University, China 2016 SIAM Conference on Mathematical Aspects of Materials Science 83

Thursday, May 12 MS145 On Limiting Strain Behaviour of Elastic Materials - Part II of II 2:45 PM-4:15 PM Room:Claypoole For Part 1 see MS136 In classical elasticity theory, there cannot be a nonlinear relationship between the linearized strain and the stress, which, in fact, is observed in some experiments. In this minisymposium we are interested in investigating the behaviour of elastic solids that are best described by implicit constitutive relations allowing for approximations where the linearized strain is a nonlinear function of the stress. This class of implicit constitutive models, developed by Rajagopal, are called strain- limiting models and their advantage is that they allow for the linearized strain to be bounded in all circumstances, even when the stress is very large. Organizer: Yasemin Sengul Ozyegin University, Turkey 2:45-3:10 Implicit Theories for Fluids Giuseppe Saccomandi, Università di Perugia, Italy 3:15-3:40 On Hyperelasticity and Rank-­-1 Convexity for Strain--limiting­ Theories of Elasticity Jay R. Walton, Texas A&M University, USA 3:45-4:10 Traveling Waves in One- Dimensional Nonlinear Models of Strain-Limiting Viscoelasticity Yasemin Sengul, Ozyegin University, Turkey 84 2016 SIAM Conference on Mathematical Aspects of Materials Science

Notes

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Abstracts

Abstracts are printed as submitted by the authors.

19086 2016 SIAM Conference on Mathematical Aspects of Materials Science

Notes 2016 SIAM Conference on Mathematical Aspects of Materials Science 191

Speaker and Organizer Index 192 2016 SIAM Conference on Mathematical Aspects of Materials Science

A B Bocea, Marian, MS136, 11:15 Thu A.H. Shehadeh, Hala, MS43, 10:15 Mon Ball, John, MS108, 2:30 Wed Boechler, Nicholas, MS96, 5:30 Tue A.H. Shehadeh, Hala, MS43, 10:45 Mon Banerjee, Amartya S., MS15, 3:30 Sun Boffi, Nicholas M., PP1, 8:00 Mon A.H. Shehadeh, Hala, MS54, 2:30 Mon Bao, Weizhu, MS99, 10:15 Wed Bonnet-Ben Dhia, Anne Sophie, MS56, 5:00 Mon A.H. Shehadeh, Hala, MS65, 5:00 Mon Bao, Weizhu, MS110, 2:30 Wed Bonnetier, Eric, MS45, 2:30 Mon Abeynanda, Gayan S., PP1, 8:00 Mon Bao, Weizhu, MS120, 5:00 Wed Booty, Michael R., MS116, 3:30 Wed Acharya, Amit, MS119, 5:00 Wed Bao, Weizhu, MS120, 6:00 Wed Borcea, Ciprian S., MS1, 10:15 Sun Acharya, Amit, MS138, 3:15 Thu Bao, Weizhu, MS130, 10:15 Thu Borg, Matthew K., MS74, 11:45 Tue Ackerman, David, MS75, 11:45 Tue Bao, Weizhu, MS140, 2:45 Thu Bou-Rabee, Nawaf, MS85, 2:30 Tue Aharoni, Hillel, MS2, 11:45 Sun Barajas-Solano, David A., MS84, 3:00 Bourne, David P., MS24, 5:00 Sun Aharoni, Hillel, MS104, 11:45 Wed Tue Bourne, David P., MS123, 5:00 Wed Ahn, Surl-Hee, MS10, 10:15 Sun Barannyk, Lyudmyla, MS93, 5:30 Tue Bourne, David P., MS133, 10:15 Thu Al Mosleh, Salem H., MS13, 4:00 Sun Barannyk, Lyudmyla, MS111, 2:30 Wed Bourne, David P., MS142, 2:45 Thu Alaimo, Francesco, MS49, 4:00 Mon Barannyk, Lyudmyla, MS121, 5:00 Wed Bouzid, Mehdi, PP1, 8:00 Mon Alali, Bacim, MS51, 2:30 Mon Barannyk, Lyudmyla, MS131, 10:15 Thu Bradley, R. Mark, MS80, 3:00 Tue Alali, Bacim, MS62, 5:00 Mon Barannyk, Lyudmyla, MS141, 2:45 Thu Braun, Benjamin, MS55, 3:00 Mon Alali, Bacim, MS73, 10:15 Tue Bardsley, Patrick, MS91, 5:00 Tue Braun, Julian, MS72, 10:15 Tue Alali, Bacim, MS83, 2:30 Tue Barmak, Katayun, MS25, 5:00 Sun Bronsard, Lia, MS88, 5:00 Tue Alali, Bacim, MS83, 2:30 Tue Barrales-Mora, Luis, MS14, 3:30 Sun Bulatov, Vasily, IP3, 1:30 Sun Alali, Bacim, MS93, 5:00 Tue Baskaran, Arvind, MS43, 11:15 Mon Bulicek, Miroslav, MS136, 10:45 Thu Alama, Stan, MS98, 10:45 Wed Baskaran, Arvind, MS68, 11:45 Tue Burke, Christopher J., MS18, 4:00 Sun Albiez, Jürgen, MS141, 2:45 Thu Bauman, Patricia, MS118, 6:00 Wed Albin, Nathan, MS62, 6:00 Mon Beach, Geoffrey, MS55, 2:30 Mon C Alix-Williams, Darius, PP1, 8:00 Mon Begau, Christoph, MS119, 6:30 Wed Calderer, Maria-Carme, MS78, 2:30 Tue Alu, Andrea, MS87, 5:00 Tue Beller, Daniel, MS88, 6:00 Tue Calderer, Maria-Carme, MS88, 5:00 Tue Antman, Stuart S., MS123, 5:00 Wed Bellis, Cedric, MS71, 11:15 Tue Calderer, Maria-Carme, MS98, 10:15 Aqua, Jean-Noel, MS70, 11:15 Tue Berdichevsky, Victor, MS111, 3:00 Wed Wed Aristoff, David, MS75, 10:15 Tue Berezovski, Mihhail, MS87, 6:30 Tue Calderer, Maria-Carme, MS108, 2:30 Wed Aristoff, David, MS85, 2:30 Tue Beris, Antony N., PP1, 8:00 Mon Bernacki, Marc, MS14, 4:00 Sun Calderer, Maria-Carme, MS118, 5:00 Aronson, Igor S., MS49, 2:30 Mon Wed Bernstein, Noam, MS39, 11:45 Mon Aronson, Igor S., MS52, 2:30 Mon Calderer, Maria-Carme, MS118, 5:00 Aroyo, Mois I., MS23, 5:00 Sun Bevan, Jonathan J., MS114, 3:30 Wed Wed Arroyave, Ray, MS95, 5:00 Tue Bhattacharya, Kaushik, IP13, 1:30 Thu Calderer, Maria-Carme, MS128, 10:15 Arsuaga, Javier, MS138, 4:15 Thu Bian, X, MS74, 10:15 Tue Thu Asta, Mark, MS3, 10:45 Sun Bian, Xin, MS74, 10:15 Tue Calderer, Maria-Carme, MS138, 2:45 Thu Atherton, Timothy J., MS7, 10:15 Sun Bian, Xin, MS84, 2:30 Tue Cances, Eric, MS4, 10:15 Sun Atherton, Timothy J., MS18, 2:30 Sun Bian, Xin, MS94, 5:00 Tue Cances, Eric, MS48, 2:30 Mon Atherton, Timothy J., MS29, 5:00 Sun Birnir, Bjorn, MS46, 2:30 Mon Cances, Eric, MS59, 5:00 Mon Atherton, Timothy J., MS29, 5:00 Sun Biskup, Marek, MS11, 10:15 Sun Canevari, Giacomo, MS108, 4:00 Wed Atherton, Timothy J., MS40, 10:15 Mon Blum, Volker, MS26, 5:00 Sun Capella Kort, Antonio, MS66, 6:00 Mon Au, Andrea, MS137, 3:15 Thu Bluman, George, MS104, 10:15 Wed

Italicized names indicate session organizers 2016 SIAM Conference on Mathematical Aspects of Materials Science 193

Cassier, Maxence, MS5, 10:15 Sun Csányi, Gábor, IP6, 8:15 Tue Emelianenko, Maria, MS3, 10:15 Sun Cassier, Maxence, MS16, 2:30 Sun Cui, Colin, MS10, 11:45 Sun Emelianenko, Maria, MS14, 2:30 Sun Cassier, Maxence, MS16, 2:30 Sun Cuitino, Alberto, MS20, 4:00 Sun Emelianenko, Maria, MS25, 5:00 Sun Cassier, Maxence, MS27, 5:00 Sun Emelianenko, Maria, MS36, 10:15 Mon Cassier, Maxence, MS38, 10:15 Mon D Emelianenko, Maria, MS47, 2:30 Mon Dahmen, Karin, MS18, 2:30 Sun Cassier, Maxence, MS71, 10:15 Tue Emelianenko, Maria, MS53, 3:30 Mon Dai, Shibin, MS113, 4:00 Wed Cassier, Maxence, MS81, 2:30 Tue Emelianenko, Maria, MS58, 5:00 Mon Dai, Shuyang, MS99, 10:45 Wed Cassier, Maxence, MS91, 5:00 Tue Emelianenko, Maria, MS95, 5:00 Tue Damle, Anil, MS4, 11:45 Sun Cassier, Maxence, MS91, 6:00 Tue Emelianenko, Maria, MS105, 10:15 Das, Shuvrangsu, PP1, 8:00 Mon Wed Cassier, Maxence, MS101, 10:15 Wed Dassbach, Paula, PP1, 8:00 Mon Engel, Michael, MS9, 11:15 Sun Ceniceros, Hector D., MS17, 2:30 Sun Davidovitch, Benny, MS13, 2:30 Sun Eon, Jean-Guillaume, MS1, 10:15 Sun Chattoraj, Joyjit, MS40, 11:45 Mon Davtyan, Aram, MS31, 6:00 Sun Eon, Jean-Guillaume, MS12, 2:30 Sun Chen, Bryan G., MS67, 11:45 Tue Dayal, Kaushik, MS31, 5:00 Sun Eon, Jean-Guillaume, MS23, 5:00 Sun Chen, Hao, MS143, 3:45 Thu Dayal, Kaushik, MS82, 2:30 Tue Eon, Jean-Guillaume, MS34, 10:15 Mon Chen, Huajie, MS37, 10:45 Mon de las Penas, Ma. Louise N., MS1, 10:45 Epshteyn, Yekaterina, MS36, 10:45 Mon Chen, Xian, MS69, 11:15 Tue Sun Esedoglu, Selim, MS3, 10:15 Sun Cherednichenko, Kirill, MS33, 5:00 Sun Debenedictis, Andrew, PP1, 8:00 Mon Esedoglu, Selim, MS6, 10:15 Sun Cherkaev, Andrej V., MS131, 11:15 Thu Del Gado, Emanuela, MS19, 2:30 Sun Esedoglu, Selim, MS14, 2:30 Sun Cherkaev, Elena, MS27, 5:30 Sun D’Elia, Marta, MS17, 4:00 Sun Esedoglu, Selim, MS25, 5:00 Sun Cherkaev, Elena, MS62, 5:00 Mon Delmotte, Blaise, MS132, 10:45 Thu Esedoglu, Selim, MS36, 10:15 Mon Cherkaev, Elena, MS81, 3:30 Tue Di Fratta, Giovanni, MS44, 11:45 Mon Esedoglu, Selim, MS47, 2:30 Mon Cherkos, Alemayehu, PP1, 8:00 Mon Diehl, Patrick, MS93, 6:00 Tue Esedoglu, Selim, MS58, 5:00 Mon Cheviakov, Alexei F., MS104, 10:15 Wed Dirr, Nicolas, MS22, 2:30 Sun Esedoglu, Selim, MS68, 10:15 Tue Cheviakov, Alexei F., MS104, 10:45 Wed Dobson, Matthew, MS85, 4:30 Tue Espanol, Malena I., MS43, 10:15 Mon Cheviakov, Alexei F., MS114, 2:30 Wed Dondl, Patrick, MS123, 5:00 Wed Espanol, Malena I., MS54, 2:30 Mon Cheviakov, Alexei F., MS124, 5:00 Wed Dondl, Patrick, MS133, 10:15 Thu Espanol, Malena I., MS54, 2:30 Mon Chirikjian, Gregory, MS34, 10:45 Mon Dondl, Patrick, MS142, 2:45 Thu Espanol, Malena I., MS65, 5:00 Mon Choate, Eric P., MS138, 3:45 Thu Donev, Aleksandar, MS122, 5:00 Wed Evans, Davis, PP1, 8:00 Mon Choi, Minseok, MS74, 11:15 Tue Donev, Aleksandar, MS122, 5:00 Wed Evans, James, MS9, 10:15 Sun Clemmer, Joel T., MS7, 11:45 Sun Donev, Aleksandar, MS132, 10:15 Thu Evans, James, MS42, 10:45 Mon Collins, Lincoln, MS91, 6:30 Tue Donovan, Preston, PP1, 8:00 Mon Evans, James, MS57, 6:00 Mon Comer, Jeffrey, MS85, 4:00 Tue Du, Qiang, MS103, 11:45 Wed Evans, Jim W., MS9, 10:15 Sun Constantin, Costel, MS65, 5:30 Mon Evans, Jim W., MS20, 2:30 Sun Cook, L. Pamela, MS73, 10:15 Tue E E, Weinan, MS46, 3:00 Mon Evans, Jim W., MS31, 5:00 Sun Copic, Martin, MS88, 6:30 Tue Earls, Ashley, PP1, 8:00 Mon Costa, Timothy, MS83, 3:00 Tue Ehrlacher, Virginie, MS28, 5:30 Sun F Cromer, Michael, MS8, 10:15 Sun Fai, Thomas, MS132, 11:15 Thu Elbanna, Ahmed, MS40, 10:15 Mon Cromer, Michael, MS8, 10:15 Sun Falk, Michael L., MS7, 10:15 Sun El-Borai, Mahmoud M., PP1, 8:00 Mon Cromer, Michael, MS19, 2:30 Sun Falk, Michael L., MS7, 10:45 Sun Elder, Ken, MS64, 5:30 Mon Cromer, Michael, MS30, 5:00 Sun Falk, Michael L., MS18, 2:30 Sun Elder, Ken, MS68, 10:45 Tue Crone, Joshua C., MS119, 6:00 Wed Falk, Michael L., MS29, 5:00 Sun

Italicized names indicate session organizers 194 2016 SIAM Conference on Mathematical Aspects of Materials Science

Falk, Michael L., MS40, 10:15 Mon Genovese, Luigi, MS26, 5:30 Sun Griva, Igor, MS105, 10:15 Wed Farmer, Brittan A., MS54, 3:00 Mon Gibou, Frederic G., MS42, 10:15 Mon Gu, Yejun, MS89, 5:30 Tue Fattebert, Jean-Luc, PP1, 8:00 Mon Gibou, Frederic G., MS53, 2:30 Mon Guenneau, Sebastien, MS77, 3:00 Tue Fichthorn, Kristen, MS9, 10:45 Sun Gibou, Frederic G., MS53, 2:30 Mon Guevara Vasquez, Fernando, MS71, 10:15 Tue Figotin, Alexander, MS127, 10:15 Thu Gibou, Frederic G., MS64, 5:00 Mon Guevara Vasquez, Fernando, MS81, 2:30 Fischer, Julian, MS80, 4:00 Tue Gill, Simon, MS90, 6:00 Tue Tue Foiles, S. M., MS3, 11:15 Sun Giomi, Luca, MS60, 5:00 Mon Guevara Vasquez, Fernando, MS91, 5:00 Foldes, Robert, PP1, 8:00 Mon Giorgi, Tiziana, MS108, 3:00 Wed Tue Fonseca, Irene, MS103, 10:15 Wed Glicksman, Martin E., MS47, 3:00 Mon Guevara Vasquez, Fernando, MS101, Forest, M. Gregory, MS30, 5:00 Sun Godin, Yuri, MS111, 2:30 Wed 10:15 Wed Forest, M. Gregory, MS41, 10:15 Mon Godin, Yuri, MS111, 4:00 Wed Guevara Vasquez, Fernando, MS121, 5:00 Wed Forest, M. Gregory, MS41, 10:45 Mon Godin, Yuri, MS121, 5:00 Wed Gustafsson, Mats, MS16, 3:30 Sun Forest, M. Gregory, MS52, 2:30 Mon Godin, Yuri, MS131, 10:15 Thu Gygi, Francois, MS15, 2:30 Sun Forest, M. Gregory, MS63, 5:00 Mon Godin, Yuri, MS127, 10:45 Thu Friesecke, Gero, MS4, 10:15 Sun Godin, Yuri, MS141, 2:45 Thu H Friesecke, Gero, MS15, 2:30 Sun Golden, Kenneth, MS16, 3:00 Sun Haataja, Mikko, IP2, 9:00 Sun Friesecke, Gero, MS26, 5:00 Sun Golden, Kenneth M., MS81, 2:30 Tue Han, Yilong, MS109, 3:00 Wed Friesecke, Gero, MS37, 10:15 Mon Golovaty, Dmitry, MS3, 10:15 Sun Hardin, Thomas J., MS141, 3:15 Thu Fu, Szu-Pei, MS116, 4:00 Wed Golovaty, Dmitry, MS14, 2:30 Sun Harmandaris, Vagelis, MS39, 10:15 Mon Fukushima, Ryoki, MS11, 11:15 Sun Golovaty, Dmitry, MS25, 5:00 Sun Harmandaris, Vagelis, MS39, 10:45 Mon Furer, Joshua, PP1, 8:00 Mon Golovaty, Dmitry, MS36, 10:15 Mon Harmandaris, Vagelis, MS50, 2:30 Mon G Golovaty, Dmitry, MS47, 2:30 Mon Harmandaris, Vagelis, MS61, 5:00 Mon Ganghoffer, Jean-François, MS104, Golovaty, Dmitry, MS58, 5:00 Mon Harmon, Michael D., PP1, 8:00 Mon 10:15 Wed Golovaty, Dmitry, MS78, 2:30 Tue Harrison, Matt P., MS90, 6:30 Tue Ganghoffer, Jean-François, MS104, 11:15 Golovaty, Dmitry, MS88, 5:00 Tue Harutyunyan, Davit, MS35, 10:15 Mon Wed Golovaty, Dmitry, MS98, 10:15 Wed Hashmi, Javeria, PP1, 8:00 Mon Ganghoffer, Jean-François, MS114, 2:30 Golovaty, Dmitry, MS108, 2:30 Wed Hawkins, Rhoda, MS49, 3:30 Mon Wed Golovaty, Dmitry, MS108, 3:30 Wed Heeren, Behrend, MS142, 3:45 Thu Ganghoffer, Jean-François, MS124, 5:00 Wed Golovaty, Dmitry, MS118, 5:00 Wed Heitzinger, Clemens, MS75, 10:45 Tue Gao, Weiguo, MS109, 2:30 Wed Golovaty, Dmitry, MS128, 10:15 Thu Henao, Duvan, MS24, 5:30 Sun Garavito Garzon, Carlos A., MS124, 5:00 Golovaty, Dmitry, MS138, 2:45 Thu Henao, Duvan, MS98, 11:45 Wed Wed Golubovic, Leonardo, MS70, 10:45 Tue Hernandez, Efrain, MS21, 4:00 Sun Garcia Cervera, Carlos, MS6, 10:15 Sun Gorb, Yuliya, MS111, 2:30 Wed Hernandez-Ortiz, Juan, MS128, 11:45 Garcia Cervera, Carlos, MS17, 2:30 Sun Gorb, Yuliya, MS121, 5:00 Wed Thu Garcia Cervera, Carlos, MS28, 5:00 Sun Gorb, Yuliya, MS131, 10:15 Thu Heroy, Sam B., MS141, 3:45 Thu Garcia-Cervera, Carlos, MS44, 10:45 Gorb, Yuliya, MS141, 2:45 Thu Herrmann, Michael, MS86, 3:00 Tue Mon Grabovsky, Yury, MS131, 10:15 Thu Hiltner, Lindsey, PP1, 8:00 Mon Garcia-Cervera, Carlos, MS75, 11:15 Tue Grason, Gregory M., MS35, 11:45 Mon Hinkle, Adam R., PP1, 8:00 Mon Garikipati, Krishna, MS40, 11:15 Mon Griffiths, Ian, MS115, 2:30 Wed Hochrainer, Thomas, MS82, 3:30 Tue Garroni, Adriana, MS72, 10:45 Tue Grimm, Uwe, MS34, 11:15 Mon Hochrainer, Thomas, MS119, 5:30 Wed Gavini, Vikram, MS26, 6:00 Sun Griva, Igor, MS95, 5:00 Tue Hoffman, Aaron, MS86, 3:30 Tue Gemmer, John A., MS35, 11:15 Mon Griva, Igor, MS95, 6:30 Tue Hohenegger, Christel, MS122, 6:00 Wed

Italicized names indicate session organizers 2016 SIAM Conference on Mathematical Aspects of Materials Science 195

Holm, Elizabeth, MS14, 2:30 Sun Katsoulakis, Markos A., MS20, 2:30 Lavrentovich, Oleg, MS118, 5:00 Wed Holmes-Cerfon, Miranda, MS12, 3:00 Sun Lavrentovich, Oleg, MS128, 10:15 Thu Sun Kattner, Ursula, MS95, 5:30 Tue Lavrentovich, Oleg, MS138, 2:45 Thu Hornung, Peter, MS133, 10:45 Thu Kaxiras, Efthimios, MS48, 2:30 Mon Lawrimore, Josh, MS134, 10:45 Thu Hu, Jilong, MS115, 4:00 Wed Kent, Andrew, MS44, 10:15 Mon Lazar, Emanuel A., PP1, 8:00 Mon Hu, Xiangyu, MS112, 3:00 Wed Kevrekidis, Panayotis, MS96, 6:00 Tue Lazar, Emanuel A., MS79, 4:00 Tue Huang, Tao, MS115, 3:00 Wed Kfoury, Ralph, MS106, 11:15 Wed Lebensohn, Ricardo, MS129, 10:15 Thu Hubenthal, Mark, MS101, 10:15 Wed Khenner, Mikhail V., MS70, 10:15 Tue Lee, Hyesuk, MS143, 3:15 Thu Hurley, Ryan C., MS18, 3:00 Sun Khenner, Mikhail V., MS80, 2:30 Tue Lehoucq, Richard B., MS112, 2:30 Wed J Khenner, Mikhail V., MS80, 2:30 Tue Lei, Huan, MS10, 10:15 Sun Jabin, Pierre-Emmanuel, MS113, 2:30 Khenner, Mikhail V., MS90, 5:00 Tue Lei, Huan, MS10, 10:45 Sun Wed Khenner, Mikhail V., MS100, 10:15 Lei, Huan, MS21, 2:30 Sun Wed James, Guillaume, MS86, 2:30 Tue Lei, Huan, MS32, 5:00 Sun Kinderlehrer, David, IP5, 9:00 Mon Jedrasiak, Patryk, PP1, 8:00 Mon Leimkuhler, Ben, MS61, 5:00 Mon Knees, Dorothee, MS22, 3:00 Sun Jensen, Katharine E., MS18, 3:30 Sun Leimkuhler, Benedict, MS39, 10:15 Mon Knezevic, Marko, MS14, 3:00 Sun Jiang, Jiahua, PP1, 8:00 Mon Leimkuhler, Benedict, MS50, 2:30 Mon Kohn, Robert V., MS2, 10:15 Sun Jiang, Shidong, MS89, 6:00 Tue Leimkuhler, Benedict, MS61, 5:00 Mon Kohn, Robert V., MS13, 2:30 Sun Jiang, Wei, MS110, 2:30 Wed Leiter, Kenneth, PP1, 8:00 Mon Kohn, Robert V., MS24, 5:00 Sun Jiang, Wei, MS120, 5:00 Wed León Baldelli, Andrés A, MS24, 6:00 Jiang, Wei, MS120, 6:30 Wed Kohn, Robert V., MS35, 10:15 Mon Sun Jiang, Wei, MS130, 10:15 Thu Kohn, Robert V., MS133, 10:15 Thu Leoni, Giovanni, MS123, 5:30 Wed Jiang, Wei, MS140, 2:45 Thu Kordy, Michal A., MS101, 10:45 Wed Lewicka, Marta, MS29, 5:30 Sun Jiang, Yi, MS134, 11:15 Thu Koukkari, Pertti S., MS95, 6:00 Tue Lewicka, Marta, MS133, 11:15 Thu Jimenez Bolanos, Silvia, MS51, 2:30 Kraczek, Brent, PP1, 8:00 Mon Li, Jing, MS10, 10:15 Sun Mon Kraft, Daniela J., MS115, 3:30 Wed Li, Jing, MS10, 11:15 Sun Jimenez Bolanos, Silvia, MS62, 5:00 Krajcevski, Mile, MS1, 10:15 Sun Li, Jing, MS21, 2:30 Sun Mon Krajcevski, Mile, MS12, 2:30 Sun Li, Jing, MS32, 5:00 Sun Jimenez Bolanos, Silvia, MS73, 10:15 Krajcevski, Mile, MS23, 5:00 Sun Li, Xiantao, MS6, 10:15 Sun Tue Krajcevski, Mile, MS34, 10:15 Mon Li, Xiantao, MS4, 11:15 Sun Jimenez Bolanos, Silvia, MS83, 2:30 Krill III, Carl E., IP4, 8:15 Mon Tue Li, Xiantao, MS17, 2:30 Sun Kupferman, Raz, MS29, 6:30 Sun Jimenez Bolanos, Silvia, MS93, 5:00 Li, Xiantao, MS28, 5:00 Sun Tue L Li, Xingjie, MS21, 3:30 Sun Jimenez Bolanos, Silvia, MS121, 6:30 Lagarias, Jeffrey, MS23, 5:30 Sun Li, Xingjie, MS99, 11:15 Wed Wed Lai, Ru-Yu, MS71, 10:45 Tue Li, Yunzhi, MS140, 3:15 Thu Jin, Congming, MS139, 3:45 Thu Lamacz, Agnes, MS33, 5:30 Sun Li, Zhen, MS102, 11:45 Wed Johnson, Steven, MS137, 2:45 Thu Laux, Tim, MS25, 6:30 Sun Liang, Qin, MS125, 5:00 Wed Jonoska, Natasha, MS12, 2:30 Sun Lavrentovich, Maxim O., MS35, 10:45 Lilleodden, Erica, IP12, 9:00 Thu Joo, Sookyung, MS78, 3:30 Tue Mon Lin, Lin, MS4, 10:15 Sun K Lavrentovich, Oleg, MS78, 2:30 Tue Lin, Lin, MS6, 11:45 Sun Kamien, Randall, MS78, 2:30 Tue Lavrentovich, Oleg, MS88, 5:00 Tue Lin, Lin, MS15, 2:30 Sun Kang, Hyeonbae, MS56, 6:00 Mon Lavrentovich, Oleg, MS98, 10:15 Wed Lin, Lin, MS26, 5:00 Sun Lavrentovich, Oleg, MS108, 2:30 Wed Lin, Lin, MS37, 10:15 Mon

Italicized names indicate session organizers 196 2016 SIAM Conference on Mathematical Aspects of Materials Science

Lin, Lin, MS37, 11:45 Mon Manning, Lisa, MS40, 10:45 Mon Montero, Alberto, MS98, 11:15 Wed Lipton, Robert P., MS51, 2:30 Mon Margetis, Dionisios, MS9, 10:15 Sun Morris, Jeffrey, MS122, 6:30 Wed Lipton, Robert P., MS97, 10:15 Wed Margetis, Dionisios, MS20, 2:30 Sun Moskow, Shari, MS81, 3:00 Tue Lipton, Robert P., MS97, 10:15 Wed Margetis, Dionisios, MS31, 5:00 Sun Muehlemann, Anton, MS141, 4:15 Thu Lipton, Robert P., MS107, 2:30 Wed Margetis, Dionisios, MS42, 10:15 Mon Muratov, Cyrill B., MS44, 10:15 Mon Lipton, Robert P., MS117, 5:00 Wed Margetis, Dionisios, MS53, 2:30 Mon Muratov, Cyrill B., MS55, 2:30 Mon Lipton, Robert P., MS127, 10:15 Thu Margetis, Dionisios, MS64, 5:00 Mon Muratov, Cyrill B., MS66, 5:00 Mon Lipton, Robert P., MS137, 2:45 Thu Margetis, Dionisios, MS64, 5:00 Mon Murphy, N. Benjamin, MS121, 5:30 Wed Liu, Andrea, MS7, 11:15 Sun Margetis, Dionisios, MS103, 10:15 Wed Mwasame, Paul, MS30, 6:30 Sun Liu, Chun, MS41, 11:15 Mon Margetis, Dionisios, MS113, 2:30 Wed Liu, Chun, MS73, 11:15 Tue Maroudas, Dimitrios, MS80, 3:30 Tue N Needleman, Dan, MS63, 5:30 Mon Liu, Da-Jiang, MS20, 3:00 Sun Masnada, Elian, MS19, 4:00 Sun Nepomnyashchy, Alexander, MS25, 5:30 Liu, Di, MS48, 3:30 Mon Mason, Daniel, MS89, 5:00 Tue Sun Liu, Liping, MS6, 11:15 Sun Massoudi, Mehrdad, PP1, 8:00 Mon Nepomnyashchy, Alexander, MS70, Liu, Yuning, MS125, 5:30 Wed Matthews, Charles, MS50, 3:00 Mon 11:45 Tue liverpool, Tanniemola, MS52, 3:00 Mon McColm, Gregory, MS1, 10:15 Sun Nespolo, Massimo, MS23, 6:00 Sun Lowengrub, John, IP7, 9:00 Tue McColm, Gregory, MS12, 2:30 Sun Neukamm, Stefan, MS11, 10:15 Sun Lu, Jianfeng, MS4, 10:15 Sun McColm, Gregory, MS23, 5:00 Sun Neukamm, Stefan, MS11, 10:45 Sun Lu, Jianfeng, MS15, 2:30 Sun McColm, Gregory, MS34, 10:15 Mon Neukamm, Stefan, MS22, 2:30 Sun Lu, Jianfeng, MS17, 3:00 Sun Mchenry, Emily A., PP1, 8:00 Mon Neukamm, Stefan, MS33, 5:00 Sun Lu, Jianfeng, MS26, 5:00 Sun McPhedran, Ross, MS5, 10:45 Sun Neumann, Philipp, MS94, 6:00 Tue Lu, Jianfeng, MS37, 10:15 Mon Melcher, Christof, MS55, 4:00 Mon Nguyen, Dinh Liem, MS87, 5:30 Tue Lu, Jianfeng, MS39, 11:15 Mon Mengesha, Tadele, MS51, 3:30 Mon Nguyen, Hoai-Minh, MS45, 2:30 Mon Lu, Jianfeng, MS79, 3:00 Tue Menon, Govind, MS36, 11:15 Mon Nguyen, Hoai-Minh, MS56, 5:00 Mon Lu, Jianfeng, MS103, 10:15 Wed Mießen, Christian, MS89, 6:30 Tue Nguyen, Hoai-Minh, MS67, 10:15 Tue Lu, Jianfeng, MS113, 2:30 Wed Miksis, Michael, MS106, 10:15 Wed Nguyen, Hoai-Minh, MS77, 2:30 Tue Lund, Ross, MS66, 6:30 Mon Militzer, Matthias, MS58, 5:30 Mon Nguyen, Hoai-Minh, MS87, 5:00 Tue Luo, Tao, MS79, 3:30 Tue Miller, Owen D., MS38, 10:45 Mon Nguyen, Hoai-Minh, MS101, 11:45 Wed Lushi, Enkeleida, MS132, 10:15 Thu Millien, Pierre, MS56, 5:30 Mon Nguyen, Hoang Loc, MS91, 5:30 Tue Lussardi, Luca, MS123, 6:00 Wed Milton, Graeme, MS5, 10:15 Sun Nguyen, Loc, MS45, 3:30 Mon Milton, Graeme W., MS5, 10:15 Sun Nie, Qin, MS41, 11:45 Mon M Milton, Graeme W., MS16, 2:30 Sun Nigam, Nilima, MS117, 5:30 Wed Ma, Xiao, PP1, 8:00 Mon Milton, Graeme W., MS27, 5:00 Sun Nochetto, Ricardo, MS128, 10:15 Thu Maday, Yvon, MS15, 3:00 Sun Milton, Graeme W., MS38, 10:15 Mon Nolte, Florian, MS44, 11:15 Mon Mahadevan, L, MS2, 11:15 Sun Milton, Graeme W., MS71, 10:15 Tue Novick-Cohen, Amy, MS25, 6:00 Sun Majumdar, Apala, MS115, 2:30 Wed Milton, Graeme W., MS67, 11:15 Tue Novick-Cohen, Amy, MS110, 3:30 Wed Majumdar, Apala, MS125, 5:00 Wed Ming, Pingbing, IP11, 8:15 Thu Majumdar, Apala, MS125, 6:00 Wed O Ming, Pingbing, MS6, 10:15 Sun Majumdar, Apala, MS135, 10:15 Thu Ola, Petri, MS45, 3:00 Mon Ming, Pingbing, MS17, 2:30 Sun Majumdar, Apala, MS144, 2:45 Thu Olbermann, Heiner, MS133, 11:45 Thu Ming, Pingbing, MS28, 5:00 Sun Maksov, Artem, PP1, 8:00 Mon Olmsted, Peter, MS8, 11:15 Sun Mitchell, John A., MS3, 11:45 Sun Mamonov, Alexander V., MS101, 11:15 Olson, Derek, MS69, 11:45 Tue Wed Mohammadi, Ali, PP1, 8:00 Mon

Italicized names indicate session organizers 2016 SIAM Conference on Mathematical Aspects of Materials Science 197

O’Neil, Michael, MS117, 6:00 Wed Peletier, Mark, MS82, 2:30 Tue R Onofrei, Daniel, MS77, 3:30 Tue Peletier, Mark, MS92, 5:00 Tue Rabkin, Eugen, MS110, 3:00 Wed Otis, Richard, MS105, 10:45 Wed Peletier, Mark, MS103, 10:45 Wed Radu, Petronela, MS93, 5:00 Tue Otto, Felix, IP1, 8:15 Sun Peng, Zhangli, MS126, 6:00 Wed Rahimi, Mohammad, MS126, 6:30 Wed Ou, Miao-Jung Y., MS51, 2:30 Mon Perdikaris, Paris, MS84, 3:30 Tue Rajagopal, K. R., MS136, 10:15 Thu Ou, Miao-Jung Y., MS62, 5:00 Mon Pham, Trung, PP1, 8:00 Mon Ramaswamy, Rajesh, MS60, 6:00 Mon Ou, Miao-Jung Y., MS73, 10:15 Tue Phillips, Daniel, MS78, 3:00 Tue Ramsey, James J., MS129, 11:15 Thu Ou, Miao-Jung Y., MS73, 10:45 Tue Pick, Adi, PP1, 8:00 Mon Ratsch, Christian, MS42, 10:15 Mon Ou, Miao-Jung Y., MS83, 2:30 Tue Pierre-Louis, Oliver, MS53, 3:00 Mon Ratsch, Christian, MS42, 10:15 Mon Ou, Miao-Jung Y., MS121, 6:00 Wed Pierre-Louis, Oliver, MS90, 5:30 Tue Ratsch, Christian, MS53, 2:30 Mon Ou, Miao-Jung Y., MS93, 5:00 Tue Pierre-Louis, Oliver, MS110, 4:00 Wed Ratsch, Christian, MS64, 5:00 Mon Ou, Yvonne, MS38, 11:15 Mon Pierre-Louis, Olivier, PP1, 8:00 Mon Ratsch, Christian, MS57, 5:30 Mon Pikovsky, Arkady, MS76, 10:45 Tue Reina, Celia, MS82, 3:00 Tue Ö Pinaud, Olivier, MS75, 10:15 Tue Özer, Teoman, MS114, 2:30 Wed Ren, Weiqing, MS6, 10:45 Sun Pinaud, Olivier, MS85, 2:30 Tue Ren, Weiqing, MS130, 10:45 Thu P Piro, Markus, MS105, 10:15 Wed Ren, Xinguo, MS48, 3:00 Mon Palmer, Erik, MS30, 5:30 Sun Plechac, Petr, MS9, 10:15 Sun Renardy, Michael, MS8, 10:45 Sun Palmer, Erik, MS134, 10:15 Thu Plechac, Petr, MS20, 2:30 Sun Rey, Alejandro D., MS41, 10:15 Mon Palmer, Erik, MS143, 2:45 Thu Plechac, Petr, MS31, 5:00 Sun Rinderspacher, B. Chistopher, MS31, Pan, W., MS84, 2:30 Tue Plechac, Petr, MS68, 11:15 Tue 6:30 Sun Pan, Wenxiao, MS74, 10:15 Tue Plucinsky, Paul, MS65, 6:00 Mon Robbins, Jonathan, MS66, 5:30 Mon Pan, Wenxiao, MS84, 2:30 Tue Plucinsky, Paul, MS142, 2:45 Thu Rollett, Anthony, MS58, 6:00 Mon Pan, Wenxiao, MS94, 5:00 Tue Polizzi, Eric, MS75, 10:15 Tue Rollett, Anthony, MS139, 2:45 Thu Pan, Wenxiao, MS102, 10:15 Wed Ponte Castaneda, Pedro, MS62, 5:30 Ruan, Dihui, PP1, 8:00 Mon Pan, Wenxiao, MS112, 2:30 Wed Mon Rycroft, Chris H., MS7, 10:15 Sun Pan, Wenxiao, MS112, 3:30 Wed Potestio, Raffaello, MS94, 5:00 Tue Panagiotou, Eleni, MS8, 11:45 Sun Pradhan, Dr. Sahadev, MS47, 3:30 Mon S Saccomandi, Giuseppe, MS114, 3:00 Panchenko, Alexander, MS111, 2:30 Praprotnik, Matej, MS74, 10:45 Tue Wed Wed Pribram-Jones, Aurora, MS15, 4:00 Sun Saccomandi, Giuseppe, MS145, 2:45 Panchenko, Alexander, MS121, 5:00 Prodan, Emil, MS4, 10:45 Sun Thu Wed Prodan, Emil, MS5, 11:15 Sun Salac, David, MS116, 3:00 Wed Panchenko, Alexander, MS131, 10:15 Proserpio, Davide M., MS1, 11:15 Sun Thu Salipante, Paul, MS106, 10:45 Wed Purohit, Prashant K., MS76, 11:45 Tue Panchenko, Alexander, MS131, 11:45 Santangelo, Christian, MS2, 10:15 Sun Thu Putinar, Mihai, MS5, 10:15 Sun Sbalzarini, Ivo F., MS60, 5:30 Mon Panchenko, Alexander, MS141, 2:45 Thu Putinar, Mihai, MS16, 2:30 Sun Scardia, Lucia, MS72, 11:15 Tue Pankov, Alexander, MS97, 11:15 Wed Putinar, Mihai, MS27, 5:00 Sun Schäffner, Mathias, MS33, 6:00 Sun Park, Jinhae, MS135, 10:15 Thu Putinar, Mihai, MS38, 10:15 Mon Schäffner, Mathias, PP1, 8:00 Mon Patrone, Paul, MS43, 10:15 Mon Putinar, Mihai, MS38, 10:15 Mon Schlömerkemper, Anja, MS28, 5:00 Sun Pearson, Daniel A., MS100, 10:15 Wed Schneider, Reinhold, MS37, 10:15 Mon Q Schöberl, Markus, MS21, 4:30 Sun Pego, Robert, MS46, 3:30 Mon Quer, Jannes, MS50, 3:30 Mon Peletier, Mark, MS72, 10:15 Tue Schotland, John, MS107, 3:30 Wed Schroeder, Joerg, MS92, 5:30 Tue

Italicized names indicate session organizers 198 2016 SIAM Conference on Mathematical Aspects of Materials Science

Schulte, Egon, MS34, 10:15 Mon Sjöberg, Daniel, MS27, 6:00 Sun Theil, Florian, MS92, 5:00 Tue Schulz, Katrin, MS119, 5:00 Wed Slastikov, Valery, MS44, 10:15 Mon Thomas, Spencer L., MS109, 3:30 Wed Schulz, Katrin, MS129, 10:15 Thu Slastikov, Valery, MS55, 2:30 Mon Thompson, Carl V., MS110, 2:30 Wed Schulz, Katrin, MS129, 10:45 Thu Slastikov, Valery, MS66, 5:00 Mon Tian, Xiaochuan, MS83, 3:30 Tue Schulz, Katrin, MS139, 2:45 Thu Song, Dawei, PP1, 8:00 Mon Tibballs, John E., PP1, 8:00 Mon Schulze, Tim, MS46, 2:30 Mon Souvignier, Bernd, MS23, 6:30 Sun Tobasco, Ian, MS2, 10:45 Sun Schulze, Tim, MS57, 5:00 Mon Spencer, Brian J., MS90, 5:00 Tue Torquato, Salvatore, MS111, 3:30 Wed Schulze, Tim, MS57, 5:00 Mon Srolovitz, David J., MS58, 5:00 Mon Torrejon, Diego, MS36, 11:45 Mon Schulze, Tim, MS68, 10:15 Tue Srolovitz, David J., MS69, 10:15 Tue Tovkach, Oleh, MS138, 2:45 Thu Schulze, Tim, MS69, 10:45 Tue Srolovitz, David J., MS120, 5:00 Wed Trask, Nathaniel, MS102, 10:15 Wed Schütte, Christof, IP10, 1:30 Wed Stachura, Eric, MS45, 4:00 Mon Trask, Nathaniel, MS102, 10:45 Wed Schweizer, Ben, MS77, 2:30 Tue Stachura, Eric, MS97, 11:45 Wed Trask, Nathaniel, MS112, 2:30 Wed Seleson, Pablo, MS43, 11:45 Mon Starosvetsky, Yuli, MS76, 10:15 Tue Tretiakov, Oleg, MS55, 3:30 Mon Seleson, Pablo, MS51, 3:00 Mon Starosvetsky, Yuli, MS76, 11:15 Tue Triki, Faouzi, MS67, 10:45 Tue Sen, Surajit, MS96, 5:00 Tue Starosvetsky, Yuli, MS86, 2:30 Tue Trstanova, Zofia, MS61, 5:30 Mon Senechal, Marjorie, MS1, 10:15 Sun Starosvetsky, Yuli, MS96, 5:00 Tue Tsagkarogiannis, Dimitrios, MS61, 6:00 Mon Senechal, Marjorie, MS12, 2:30 Sun Stinis, Panos, MS21, 2:30 Sun Turc, Catalin, MS97, 10:45 Wed Senechal, Marjorie, MS23, 5:00 Sun Stoltz, Gabriel, MS50, 2:30 Mon Twarock, Reidun, IP9, 9:00 Wed Senechal, Marjorie, MS34, 10:15 Mon Stoltz, Gabriel, MS59, 5:00 Mon Sengul, Yasemin, MS136, 10:15 Thu Streinu, Ileana, MS1, 11:45 Sun U Sengul, Yasemin, MS145, 2:45 Thu Strubbe, David A., MS59, 5:30 Mon Urata, Shingo, MS28, 6:30 Sun Sengul, Yasemin, MS145, 3:45 Thu Stukowski, Alexander, MS54, 3:30 Mon Shang, Xiaocheng, MS39, 10:15 Mon Sukhinin, Alexey, MS107, 4:00 Wed V Vainchtein, Anna, MS76, 10:15 Tue Shang, Xiaocheng, MS50, 2:30 Mon Sullivan, Daniel, PP1, 8:00 Mon Vainchtein, Anna, MS76, 10:15 Tue Shang, Xiaocheng, MS61, 5:00 Mon Sun, Jonathan, MS66, 5:00 Mon Vainchtein, Anna, MS86, 2:30 Tue Shang, Xiaocheng, MS61, 6:30 Mon Vainchtein, Anna, MS96, 5:00 Tue Shankar, Varun, MS102, 11:15 Wed T Tadmor, Ellad B., MS39, 10:15 Mon Vainchtein, Anna, MS131, 10:45 Thu Shapeev, Alexander, MS92, 5:00 Tue Tang, Yu-Hang, MS112, 4:00 Wed Van Koten, Brian, MS85, 3:30 Tue Sharon, Eran, MS29, 6:00 Sun Tao, Yunzhe, MS73, 11:45 Tue Vasquez, Paula A., MS134, 10:15 Thu Shelley, Michael J., MS63, 5:00 Mon Taylor, Jamie M., MS136, 11:45 Thu Vasquez, Paula A., MS134, 10:15 Thu Shipman, Stephen P., MS137, 3:45 Thu Taylor, Jean, MS12, 3:30 Sun Vasquez, Paula A., MS143, 2:45 Thu Shipman, Stephen P., MS97, 10:15 Wed Teich, Erin G., MS12, 4:00 Sun Veerapaneni, Shravan, MS116, 2:30 Wed Shipman, Stephen P., MS107, 2:30 Wed Telo Da Gama, Margarida M., MS135, Vella, Dominic, MS13, 3:30 Sun Shipman, Stephen P., MS107, 2:30 Wed 10:45 Thu Venkataramani, Shankar C., MS13, 3:00 Shipman, Stephen P., MS117, 5:00 Wed Thaler, Andrew E., MS71, 10:15 Tue Sun Shipman, Stephen P., MS127, 10:15 Thu Thaler, Andrew E., MS81, 2:30 Tue Venkatesh, Vishwas, PP1, 8:00 Mon Shipman, Stephen P., MS137, 2:45 Thu Thaler, Andrew E., MS81, 4:00 Tue Vinals, Jorge, MS118, 5:30 Wed Shirokoff, David, PP1, 8:00 Mon Thaler, Andrew E., MS91, 5:00 Tue Vinoles, Valentin, MS87, 6:00 Tue Silling, Stewart, MS102, 10:15 Wed Thaler, Andrew E., MS101, 10:15 Wed Vlachos, Dion, MS20, 3:30 Sun Simpson, Gideon, MS85, 3:00 Tue Theil, Florian, MS72, 10:15 Tue Voigt, Axel, MS42, 11:15 Mon Simpson, Gideon, MS107, 3:00 Wed Theil, Florian, MS82, 2:30 Tue Voigt, Axel, MS49, 2:30 Mon Sinno, Talid, MS31, 5:30 Sun

Italicized names indicate session organizers 2016 SIAM Conference on Mathematical Aspects of Materials Science 199

Voigt, Axel, MS49, 3:00 Mon Welters, Aaron T., MS107, 2:30 Wed Young, Yuan-Nan, MS106, 10:15 Wed Voigt, Axel, MS60, 5:00 Mon Welters, Aaron T., MS117, 5:00 Wed Young, Yuan-Nan, MS116, 2:30 Wed Voigt, Axel, MS57, 6:30 Mon Welters, Aaron T., MS117, 5:00 Wed Young, Yuan-Nan, MS126, 5:00 Wed Voorhees, Peter, MS3, 10:15 Sun Welters, Aaron T., MS127, 10:15 Thu Young, Yuan-Nan, MS126, 5:30 Wed Voulgarakis, Nikolaos, MS122, 5:30 Wed Welters, Aaron T., MS137, 2:45 Thu Yu, Jianguo, PP1, 8:00 Mon Wilber, J. Patrick, MS65, 5:00 Mon Yu, Miao, MS126, 5:00 Wed W Wilkinson, Mark, MS113, 3:00 Wed Yu, Yue, MS124, 5:30 Wed Wagner, Caroline, MS30, 6:00 Sun Wilkinson, Mark, MS118, 6:30 Wed Walker, Shawn W., MS88, 5:30 Tue Wirth, Benedikt, MS113, 3:30 Wed Z Walkington, Noel J., MS128, 10:45 Thu Zahedi, Ramin, PP1, 8:00 Mon Wirth, Benedikt, MS142, 3:15 Thu Walton, Jay R., MS145, 3:15 Thu Zarnescu, Arghir, MS98, 10:15 Wed Wojtowytsch, Stephan, MS142, 4:15 Wan, Xiaoliang, MS21, 3:00 Sun Zeiner, Peter, MS34, 11:45 Mon Thu Wang, Changyou, MS115, 2:30 Wed Zemlyanova, Anna, MS111, 2:30 Wed Wright, Doug, MS86, 4:00 Tue Wang, Changyou, MS125, 5:00 Wed Zhang, Chiqun, MS128, 11:15 Thu Wu, Xiaojie, MS28, 6:00 Sun Wang, Changyou, MS135, 10:15 Thu Zhang, Hai, MS99, 11:45 Wed Wynne, Patrick M., PP1, 8:00 Mon Wang, Changyou, MS144, 2:45 Thu Zhang, Hui, MS63, 6:00 Mon Wang, Dehua, MS135, 11:15 Thu X Zhang, Hui, MS144, 3:45 Thu Wang, Lin-Wang, MS59, 6:00 Mon Xiang, Yang, MS69, 10:15 Tue Zhang, Lei, MS17, 3:30 Sun Wang, Qi, MS41, 10:15 Mon Xiang, Yang, MS79, 2:30 Tue Zhang, Lei, MS129, 11:45 Thu Wang, Qi, MS52, 2:30 Mon Xiang, Yang, MS89, 5:00 Tue Zhang, Luchan, MS109, 4:00 Wed Wang, Qi, MS52, 3:30 Mon Xiang, Yang, MS99, 10:15 Wed Zhang, Pingwen, MS115, 2:30 Wed Wang, Qi, MS63, 5:00 Mon Xiang, Yang, MS103, 11:15 Wed Zhang, Pingwen, MS125, 5:00 Wed Wang, Xiaoping, IP8, 8:15 Wed Xiang, Yang, MS109, 2:30 Wed Zhang, Pingwen, MS135, 10:15 Thu Wang, Xiaoping, MS130, 10:15 Thu Xu, Jie, MS144, 2:45 Thu Zhang, Pingwen, MS144, 2:45 Thu Wang, Xin Cindy, MS37, 11:15 Mon Xu, Xianmin, MS130, 11:15 Thu Zhang, Pingwen, MS144, 3:15 Thu Warren, James, MS47, 2:30 Mon Y Zhang, Wei, MS50, 4:00 Mon Watson, Stephen J., MS70, 10:15 Tue Yaghjian, Arthur D., MS127, 11:15 Thu Zhang, Xuewei, PP1, 8:00 Mon Watson, Stephen J., MS70, 10:15 Tue Yang, Chao, MS26, 6:30 Sun Zhang, Yong-Wei, MS120, 5:30 Wed Watson, Stephen J., MS80, 2:30 Tue Yang, Chao, MS48, 2:30 Mon Zhang, Zhen, MS130, 11:45 Thu Watson, Stephen J., MS90, 5:00 Tue Yang, Chao, MS59, 5:00 Mon Zhao, Jia, MS41, 10:15 Mon Watson, Stephen J., MS100, 10:15 Wed Yang, Jiang, MS51, 4:00 Mon Zhao, Jia, MS52, 2:30 Mon Waurick, Marcus, MS22, 3:30 Sun Yang, Jinkyu, MS96, 6:30 Tue Zhao, Jia, MS52, 4:00 Mon Weare, Jonathan, MS9, 11:45 Sun Yang, Xiu, MS10, 10:15 Sun Zhao, Jia, MS63, 5:00 Mon Wei, Chaozhen, MS100, 10:45 Wed Yang, Xiu, MS21, 2:30 Sun Zhao, Jia, MS143, 2:45 Thu Weinstein, Michael I., MS67, 10:15 Tue Yang, Xiu, MS32, 5:00 Sun Zhao, Quan, MS140, 3:45 Thu Wellander, Niklas, MS11, 11:45 Sun Yang, Zhijian, MS6, 10:15 Sun Zhou, Lin, MS8, 10:15 Sun Welters, Aaron T., MS5, 10:15 Sun Yang, Zhijian, MS17, 2:30 Sun Zhou, Lin, MS19, 2:30 Sun Welters, Aaron T., MS16, 2:30 Sun Yang, Zhijian, MS28, 5:00 Sun Zhou, Lin, MS19, 3:30 Sun Welters, Aaron, MS27, 5:00 Sun Yasuda, Shugo, MS94, 5:30 Tue Zhou, Lin, MS30, 5:00 Sun Welters, Aaron T., MS27, 5:00 Sun Yazdani, Alireza, MS84, 4:00 Tue Zhou, Zhi, MS83, 4:00 Tue Welters, Aaron, MS38, 10:15 Mon Yi, Xin, MS106, 11:45 Wed Zhu, Yichao, MS119, 5:00 Wed Welters, Aaron T., MS97, 10:15 Wed Yip, Aaron, MS79, 2:30 Tue Zhu, Yichao, MS129, 10:15 Thu

Italicized names indicate session organizers 200 2016 SIAM Conference on Mathematical Aspects of Materials Science

Zhu, Yichao, MS139, 2:45 Thu Zhu, Yichao, MS139, 3:15 Thu Zoellner, Dana, MS3, 10:15 Sun Zoellner, Dana, MS14, 2:30 Sun Zoellner, Dana, MS25, 5:00 Sun Zoellner, Dana, MS36, 10:15 Mon Zoellner, Dana, MS36, 10:15 Mon Zoellner, Dana, MS47, 2:30 Mon Zoellner, Dana, MS58, 5:00 Mon Zou, Weizhong, MS19, 3:00 Sun Zucker, Rachel, MS140, 2:45 Thu Žumer, Slobodan, MS78, 4:00 Tue Zwicknagl, Barbara, MS123, 6:30 Wed Zyskin, Maxim, PP1, 8:00 Mon

Italicized names indicate session organizers 2016 SIAM Conference on Mathematical Aspects of Materials Science 201

MS16 Budget

Conference Budget SIAM Conference on Mathematical Aspects of Materials Science May 8-12, 2016 Philadelphia, PA

Expected Paid Attendance 450

Revenue Registration Income $164,655 Total $164,655

Expenses Printing $4,084.00 Organizing Committee $3,000.00 Invited Speakers $15,800.00 Food and Beverage $19,194.00 AV Equipment and Telecommunication $18,500.00 Advertising $3,700.00 Conference Labor (including benefits) $40,952.00 Other (supplies, staff travel, freight, misc.) $5,759.00 Administrative $10,643.00 Accounting/Distribution & Shipping $5,710.00 Information Systems $10,584.00 Customer Service $3,853.00 Marketing $6,019.00 Office Space (Building) $3,914.00 Other SIAM Services $3,980.00 Total $155,692

Net Conference Revenue $8,963

Estimated Support for Travel Awards not included above:

Early Career and Students 14 $10,985 202 2016 SIAM Conference on Mathematical Aspects of Materials Science

Sheraton Philadelphia Society Hill Hotel