USNCCM XI - 11th US National Congress on Computational Mechanics

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USNCCM-11 - Minisymposia

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UPDATE:  The technical program is currently being finalized.  Several minisymposia have been merged, which has also resulted in a re-numbering of some of the minisymposia.  Below is the REVISED list of USNCCM-11 Minisymposia.  The old minisymposia numbers are listed in the far right column for your reference.


USNCCM-11 Minisymposia

NEW MS#

Session Numbers

NEW Title of Minisymposia Organizers OLD MS #
  MINISYMPOSIA HONORING A PROMINENT RESEARCHER

1.1

S1-S4

Minisymposium on Computational Radiative and Convective Heat Transfer in Honor of Professor George Raithby Wojciech Lipinski, Kyle Daun, Anthony Straatman

1.1

1.2

S1-S3

Minisymposium Honoring the Contributions of Gordon Johnson to Computational Mechanics for Defense Applications Kent T. Danielson, Jonathan Arata, David L. Littlefield, Bob Ferencz

1.2

1.3

S1-S4

Homogenization and topology optimization for CAE: A symposium in honor of Prof. Noboru Kikuchi's 60th birthday Kenjiro Terada, Shinji Nishiwaki, Somnath Ghosh

1.3

DEVELOPMENT OF NUMERICAL METHODS I (General Developments)

2.1

S1-S3

Computational Methods in Image Analysis Joao Manuel R.S. Tavares, Renato Natal Jorge, Yongjie Zhang, Dinggang Shen

2.1

2.2

S1-S2

Numerical Treatment of Singularities of PDEs Hengguang Li, Susanne Brenner, Victor Nistor 2.2

2.3

S4-S7

Isogeometric Methods
Alessandro Reali, Lourenco Beirao da Veiga, David J. Benson, Thomas J.R. Hughes, Trond Kvamsdal 2.3

2.4

S3-S6

Mini-Symposium on the Material Point Method, Node-Based Elements and Other Similar Methods
Jesse Thomas, Nathan Crane, Samuel Key, Zhen Chen
2.4 & 2.6

2.5

S1-S7

Symposium on Trends in Unstructured Mesh Generation - MeshTrends VIII Steven J. Owen, Matthew L. Staten, Mark S. Shephard 2.5

2.6

S4-S7, S9

Discontinuous Galerkin Methods Adrian Lew, Bernardo Cockburn
2.7

2.7

S7, S9


Geometric and Exterior Calculus Methods in Computational Mechanics Robert Haber, Douglas Arnold 2.8

2.8

S1-S4

Continuum Modeling and Computational Approaches for Hard and Soft Matter (or Tissues)
Albert Romkes, Karan S. Surana, J. N. Reddy, Vinu Unnikrishnan, Ginu Unnikrshnan, Chwee Teck Lim
2.9 & 3.2

2.9

S1-S3

Advances in Boundary Element Methods Sylvain Fata, Ernie Pan, Martin Schanz, Naoshi Nishimura, Wenjing Ye, Ahn-Vu Phan
2.10
3 DEVELOPMENT OF NUMERICAL METHODS II (Solids and Fluids)

3.1

S5-S7

Recent Advances in Nonlocal Computational Mechanics David Littlewood, Jay Foulk, Alejandro Mota, Michael L. Parks 3.3

3.2

S1-S6

Recent Advances in the Quasicontinuum Method and other Atomistic/Continuum Coupling Techniques, and Studies of Microstructural Defects in Materials
Jaime Marian, Chuin-Shan (David) Chen, Ellad Tadmor, Ronald Miller, Kaushik Dayal, Yash Kulkarni, Vikram Gavini
3.4 & 9.2

3.3

S1-S7, S9

Meshfree and Generalized/Extended Finite Element Methods J. S. Chen, Ivo Babuska, Uday Banerjee, Ted Belytschko, Armando Duarte, Hsin-Yun Hu, John Osborn, Angelo Simone 3.5
4 ADAPTIVE TECHNIQUES, MODELLING ERRORS

4.1

S4

Accomplishments and Challenges in Verification & Validation Len Schwer, Bill Oberkampf 4.1

4.2

S5-S6

Higher Order FE Adaptive Methods Leszek Demkowicz 4.2

4.3

S1-S3

Error Estimation and Adaptivity Serge Prudhomme, J. Tinsley Oden, Kris van der Zee 4.3

4.4

S7

Evaluation and Control of Computational Errors in Solid and Structural Mechanics Aram Soroushian, Peter Wriggers, M.P. Tootkaboni
4.5
5 MULTISCALE APPLICATIONS

5.1

S1-S4

Modeling and simulation of complex multiscale flows with particular emphasis on turbulent and reactive flows Victor M. Calo, Volker Gravemeier, Javier Principe, Tom Hughes, Arif Masud 5.1

5.2

S1-S5

Recent developments in computational failure analysis: from single scale to multi scale failure analysis Ted Belytschko, Jeong-Hoon Song, Haim Waisman, Robert Gracie, Jorg F. Unger 5.3

5.3

S4-S7, S9

Mathematical modeling and analysis for multiscale materials Pablo Seleson, Mitchell Luskin, Michael L. Parks, Serge Prudhomme 5.5

5.4

S5-S7, S9

Efficient and reliable multiscale modeling techniques for practical applications Suvranu De, Kenjio Terada, Maenghyo Cho, Ekkehard Ramm, Jacob Fish
5.6 & 5.2

5.5

S6

Multi-scale computational modeling of material phonon behavior Michael J. Leamy, Mahmoud Hussein, Massimo Ruzzene 5.7 & 7.10
6 COUPLED PROBLEMS (MULTIPHYSICS)

6.1

S6-S7

Large Scale Coupled Problems and Related Topics Hiroshi Kanayama, Ryuji Shioya, Shinobu Yoshimura 6.1

6.2

S1-S6

Multi-scale and Multi-physics Computations in Fluids and Solids Yozo Mikata, Jacob Fish, Caglar Oskay, Karel Matous
6.1 & 6.3

6.3

S7,S9

Computational Methods for Multiscale and Multiphysics Wave Phenomena Stefano Gonella, Massimo Ruzzene 6.4
7 MATERIALS

7.1

S5-S6

Recent Advances in Graphene Modeling and Simulations Traian Dumitrica, Cristian V. Ciobanu, Sukky Jun 7.1

7.2

S1-S4

Multiscale Damage and Failure Mechanics of Engineering Materials J. Woody Ju, Lizhi Sun, George Z. Voyiadjis 7.2

7.3

S1-S4

Recent Developments In Nanoscale Modeling of Materials Albert C. To, Sukky Jun, Shaofan Li 7.3

7.4

S7

Emerging Behavior in Material Systems Eduard Karpov, Brian J. Henz, Takumi Hawa
7.4 & 5.4

7.5

S1-S2

Molecular Modeling of Advanced Materials Gregory M. Odegard, Pavan K. Valavala, Matt Lewis, Karel Matous, Eric Harstad
7.5 & 7.6

7.6

S1-S6

Mechanics of Materials from Nano to Macro Scale James D. Lee, Ken Chong
7.7

7.7

S5-S7,S9

Computational science for soft matter in extreme environments: from molecules to finite elements Jan Andzelm, Reuben Kraft, Peter Chung 7.8

7.8

S4

Multiscale constitutive modeling of materials Arash Yavari, Tamer El-Sayed, Julian Rimoli, Amir Siddiq 7.9

7.9

S5-S6

Computational Mechanics of Semi-Flexible Biopolymer Networks Hamed Hatami-Marbini, Catalin Picu, Mohammad Mofrad 7.11

7.10

S4-S7, S9

Advances in Multiscale Methods for Complex Material Interface and Surface Dong Qian, Harold S. Park, Wing Kam Liu, Ted Belytschko, Ashfaq Adnan,
7.12 & 14.2
8 DAMAGE, FRACTURE, AND FAILURE

8.1

S1-S4

Composite Damage Modeling Ryan Karkkainen, Bazle A. Gama, Qingda Yang 8.1

8.2

S5-S7, S9

Damage and Failure Mechanics of Metals Across Different Length Scales Kiran N Solanki, David L McDowell 8.2

8.3

S1-S4

Recent Advances in Computational Fracture Mechanics Xiaosheng Gao, Hiroshi Okada, Hashem M. Mourad, Francis L. Addessio, Richard Requeiro
8.3 & 8.4

8.4

S1-S3

Continuum Modeling and Simulation of Dislocation Microstructures Thomas Hochrainer, Erik van der Giessen, Peter Gumbsch 8.5
9 SOLID MECHANICS, STRUCTURAL MECHANICS, AND GEOMECHANICS

9.1

S5-S7

Pavement Mechanics and Simulation William G. Buttlar, Ernie Pan, John E. Bolander 9.1

9.2

S4-S7

Emerging Computational Methods for Transient Non-Linear Problems with Multiple Temporal Scales Arun Prakash, Kalyana Nakshatrala, K.C. Park, Adrian Lew, Greg Hulbert
9.2 & 9.7

9.3

S7, S9

Computational Structural Stability Herbert Mang, Yeong-Bin Yang 9.4

9.4

S7, S9

Flow and transport in heterogeneous porous media Kalyana Nakshatrala, Daniel Z. Turner 9.5

9.5

S1-S4

Computational Geomechanics Richard Regueiro, Ronaldo Borja, Boris Jeremic, Stein Sture 9.6
10 FLUIDS

10.1

S1-S6

Computational Fluid Mechanics for Free and Moving Boundaries Rekha Rao, David Noble, Scott Roberts, Patrick Anderson, Jean-François Hétu 10.1

10.2

S1-S3

Advances in Hydrocode Methods and Applications David Benson, Guglielmo Scovazzi, Mikhail Shashkov 10.2

10.3

S7, S9

Unstructured High-Order Methods for Computational Fluid Dynamics Peter Vincent, Antony Jameson, Patrice Castonguay 10.3

10.4

S4-S6

Finite Element Methods and High Performance Computing for Environmental Fluid Mechanics Ethan Kubatko, Kazuo Kashiyama, Clint Dawson, Joannes Westerink 10.4
11 CONTACT, FLUID-STRUCTURE INTERACTION, INTERFACES

11.1

S9

Fluid-Structure Interaction Algorithms and Applications Jonathan S. Pitt, Scott T. Miller 11.2

11.2

S1-S2

Advances in the Modeling of Surface and Interface Mechanisms
Roger A. Sauer, Lucy Zhang, Maryam Ghazisaeidi, Dallas R. Trinkle
11.3 & 11.4

11.3

S1-S4

Advances in Numerical Modeling and Simulation of Impact and Blast Problems Howie Fang, Qing Li, Guilin Wen, David C. Weggel 11.5

11.4

S4-S6

Computational Modeling of Embedded and Contract Interfaces Michael Puso, Peter Wriggers, Tod Laursen, Jerome Solberg
11.6

11.5

S7

Innovative Methods for Fluid Structure Interaction Trond Kvamsdal, Roger Ohayon, Harald van Brummelen 11.7
12 OPTIMIZATION, INVERSE PROBLEMS

12.1

S1-S6

Recent advances in Topology Optimization

Krishnan Suresh, Glaucio H. Paulino, Emilio C.N. Silva, Kurt Maute, James Guest

12.1 & 12.3

12.2

S7, S9

Inverse Problems: Theory, Algorithms, and Applications Wilkins Aquino, Timothy F. Walsh, Assad Oberai, Paul Barbone 12.2
13 PROBABILISTIC APPROACHES

13.1

S1-S5

Uncertainty Quantification in Computational Science and Engineering Roger Ghanem, Christian Soize, Gerhart Schueller, Wing Kam Liu 13.1

13.2

S7, S9

Randomness, Fractals, and Computational Mechanics Paul N. Demmie, Martin Ostoja-Starzewski 13.2

13.3

S7, S9

Image-Based and Statistics-Based Computational Modeling of Materials Andrew B Geltmacher, Surya Kalidindi, Siddiq M Qidwai 13.3

13.4

S4-S7

Adaptive Methods for Uncertainty Quantification Michael S. Eldred, James R. Stewart 13.4

13.5

S6-S7, S9

Computational Methodologies for Uncertainty Quantification and Stochastic PDE-based Models for Predictive Simulations Abani Patra, Omar Ghattas, Ernesto Prudencio, Onkar Sahni, Karl Schulz 13.6
14 BIO- AND MEDICAL APPLICATIONS

14.1

S1-S3


Computational Mechanics of Biological Tissues Elisa Budyn, Patrick Chabrand, Thierry Hoc, Rob Krams 14.1

14.2

S3-S4

Direct and Inverse Methods for Cardiovascular and Pulmonary Biomechanics C. Alberto Figueroa, Marek Behr, Jean-Frederic Gerbeau, Wolfgang Wall 14.4

14.3

S7

Computational Bioengineering and Cancer Simulation Yusheng Feng, J. Tinsley Oden, Suvranu De, Kris Van der Zee 14.5

14.4

S5-S6

Mechanics of Biological Materials for Medicine and Bio-Inspired Engineering Franck J Vernerey, Shaofan Li, Eduard Karpov 14.6

15.1

S8

Student Poster Session Chris Hogan 15.1

16.1

S7

General Topics and Computer Sciences Henryk Stolarski 16.1
 

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