1702 - Virtual Element Method for Engineering Applications
Organized by: E. Artioli , L. Beirao da Vega , F. Aldakheel and P. Wriggers
Keywords: , engineering problems., 2D/3D problems, inelastic material behavior, stabilization, Virtual element method (VEM)
In the last decade, a vivid development of the virtual element method (VEM) as a new
approximation technology took place. It was applied to solid and fluid mechanics problems.
Due to the multidisciplinary nature, the range of application includes problems of
mathematics and engineering. It is constantly extended to new fields.
Engineering applications are on:
- elasticity for small and inelastic deformations,
- plasticity across the scales,
- fracture mechanics in two and three dimensions,
- homogenization techniques,
- plate problems- contact mechanics,
- coupled and multi-scale problems,
- topology optimization.
The mini symposium aims at gathering researchers in the COMPLAS communities who
work active in the VEM field. It welcomes contributions both from the theoretical, applicative
and computational point of view, and is intended as a fruitful moment of interdisciplinary
exchange of ideas.