Overview
- Numerical solution of electrostatic and magnetostatic field problems
- Based on boundary element methods and volume integral equation methods
- Matrix compression with fast multipole method
- Electromechanical systems / electromagnetic forces
- Adaptive meshing / remeshing
- Material modelling / hysteresis
- Linear, non-linear and hysteretic problems
- Isotropic and orthotropic matter
- Examples
Interfaces
Altair HyperMesh- Sandia Cubit
HLRS Covise- Rhinoceros
- Origin
- Mathsoft Axum
- Microsoft Office
- IGES
- VRML
Requirements
- Main memory: minimum 512 MB, recommended 2 GB
- Operating system : Windows, Linux, ...
- General: platform with C++-compiler, BLAS
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