| Both sides previous revisionPrevious revisionNext revision | Previous revision |
| users [2013/06/04 02:20] – mikael.ohman | users [2017/11/09 11:32] (current) – bailey.curzadd |
|---|
| | Mikael Öhman | Chalmers University of Technology, Göteborg | General design, Sets, Boundary conditions, Stokes flow, FE2, PETSc, VTK, CMake, BLAS/LAPACK | I'm developing code for OOFEM to perform multiscale computations with surface potentials. I'm always trying to improve the general design in OOFEM which hopefully makes things simpler for everyone. | | | Mikael Öhman | Chalmers University of Technology, Göteborg | General design, Sets, Boundary conditions, Stokes flow, FE2, PETSc, VTK, CMake, BLAS/LAPACK | I'm developing code for OOFEM to perform multiscale computations with surface potentials. I'm always trying to improve the general design in OOFEM which hopefully makes things simpler for everyone. | |
| | Martin Hlavačka | Czech Technical University in Prague, Prague | | I use OOFEM to investigate damage of buildings caused by tunneling. | | | Martin Hlavačka | Czech Technical University in Prague, Prague | | I use OOFEM to investigate damage of buildings caused by tunneling. | |
| | | Jim Brouzoulis | Chalmers University of Technology, Göteborg | XFEM, Large deformations, Shell elements, VTK, FractureManager (WIP) | I use OOFEM in the development of models for simulation of failure in composites. My work focus on modelling progressive failure involving multiple delaminations and crack growth using the XFEM. | |
| | | Giovanni Rinaldin | University of Sassari, Italy | UEL and UMAT interfaces, Shell elements, VTK, beams, parallel version | I use OOFEM for the simulation of shaking tests of XLam buildings. | |
| | | Bailey Curzadd | Technical University of Munich | 2D/3D continuum elements, Coupled thermal and structural simulations, VTK | I use OOFEM for topology optimization of components under high heat flux and homogenization of additively-manufactured microstructures. | |
