Hochauflösende thermo-elastische Simulation auf massiv-parallelen Rechnerarchitekturen
The aim of the SFB/TR 96 is to establish a tool development process considering different correction and compensation methods and to evaluate their cost efficiency. This evaluation uses reduced models (A06) for each component and complete models, where components are coupled together. The coupled model will be used to validate the reduced models, which was successfully done in the first phase. In the second phase, we have to combine different tool components, leading to the following tasks:
- Thermo-mechanical simulations of moving components
- Development of efficient and stable coupling strategies, which are efficient on HPC-systems within our FEM software AMDiS
- Development of parallel time integrators, which are capable to resolve long process cycles
- Parallel simulation of fluid dynamics (A04) in complex geometries.
All tasks combined will enable us, to simulate the virtual demonstrators and validate the corresponding reduced coupled models from A06.
Projektlaufzeit: 07/2011 - 06/2019
Drittmittelgeber: DFG, SFB/TR 96