Computational Nonlinear Solid and Structural Mechanics
Contributions are invited in the general area of computational methods for nonlinear solid and structural mechanics.
Computational methods and simulation techniques play a central role in advancing the understanding of complex/nonlinear behavior. This mini symposium is aimed at providing a forum for the presentation of the recent advances in the theoretical formulation, the mathematical analysis and the numerical implementation of computational methods for nonlinear solid and structural mechanics.
Topics of interest include, but are not limited to:
1) Computational methods for inelasticity.
2) Computational methods for finite deformation.
3) Computational contact mechanics
4) Novel theories and computational models of beams, plates and shells
5) Computational methods for nonlinear dynamics.
Organizers
-
Ilinca Stanciulescu
Department of Civil and Environmental Engineering, UIUC
ilincas@uiuc.edu
Schedule
Wednesday 2
| Room | Time | Talk |
|---|---|---|
| Loyalty Room | 11:00 AM |
Multiscale Modeling of Indenter Penetration in Granular Media Xuxin Tu, Jose E. Andrade |
| Loyalty Room | 11:20 AM |
Toward stable treatment of fluid/solid interaction in the presence of free surfaces Jessica Sanders, Tod Laursen, John Dolbow |
| Loyalty Room | 11:40 AM |
Finite Element Analysis of Inelastic Laminated Plates using a Global-Local Formulation with Delamination Hashem Mourad, Todd Williams, Francis Addessio |
| Loyalty Room | 12:00 PM |
Application of the Generalized Finite Element Method with Global-Local Enrichment Functions to Local Plastic Analysis Carlos Armando Duarte, Dae-Jin Kim, Sergio Persival Proenca |
| Loyalty Room | 12:20 PM |
Some ideas on time integration for the simulation of the dynamic response of soft materials Adrian Lew |
Wednesday 3
| Room | Time | Talk |
|---|---|---|
| Loyalty Room | 2:00 PM |
A stabilized locking-free two-pass finite element formulation of contact Ghadir Haikal, Keith Hjelmstad |
| Loyalty Room | 2:40 PM |
Generalized Finite Element Method for Modeling Nearly Incompressible Bimaterial Hyperelastic Solids Philippe Geubelle, Karthik Srinivasan, Karel Matous |
| Loyalty Room | 3:00 PM |
Mathematical Properties of Space Discretization that Guarantee Directional Isotropy: Examples in Crack Propagation and Random Microstructures Katerina D. Papoulia |
| Loyalty Room | 3:20 PM |
Vibration Suppression in a Traversing Mass-Cantilever Beam System Birbal Singh, Sultan Siddiqui, Yue Huang |
Wednesday 4
| Room | Time | Talk |
|---|---|---|
| Loyalty Room | 4:00 PM |
A Generalized Finite Element Method for Steady-State and Transient Heat Transfer Problems Exhibiting Sharp Thermal Gradients Patrick Ohara, Armando Duarte, Thomas Eason |
| Loyalty Room | 4:20 PM |
Discrete method for solid mechanics Jia Lu, Jian Qian |
| Loyalty Room | 4:40 PM |
A New Type of Theory for the Development of Multiscale Plate Theories Todd Williams |
| Loyalty Room | 5:00 PM |
Fatigue Crack Propagation Threshold and Paris Curve Determination Using Cohesive Element Based Methodology. Spandan Maiti, Aniket D Utkur, Bob Farahmand |
