CFD-Lab
The LRZ CFD Application Lab team specializes in the development of state-of-the-art methods for Computational Fluid Dynamics. The primary objectives and goals of the LRZ CFD Lab are:
- to develop advanced numerical technologies in multi- disciplinary computational fluid dynamics simulations on high performance computer platforms,
- to provide advanced high-level support for efficient use of computational resources,
- to analyse performance, optimize and tune applications,
- to reduce the computation resources and the compute time to a reasonable amount,
- to provide a highly skilled algorithm and techniques
- to provide consultancy in the HPC-oriented application of commercial CFD packages (ANSYS CFD, Comsol, OpenFoam, StarCCM+, etc.) on all LRZ compute platforms, and
- to offer technical workshops and training courses for usage of CFD software at LRZ.
Current Projects:
- AMR simulation environment for shock-driven flows with interfaces - MPI parallelization at LRZ
- Efficient solvers for coupled problems in respiratory mechanics
- Improving scalability for the CFD software package MGLET
- Matrix-Free Finite Cell method
Former Projects:
- A highly-parallelized Boundary Integral implementation for blood flow simulations
- Improving the parallel scalability of monolithic solvers for implicit, incompressible Fluid-structure interaction
Team Members
Frank, Thomas , Ohlerich, Martin , Birang, Elmira , Pribec, Ivan Allalen, Momme Thummar, Darshan .
Contact CFD-Team at LRZ:
Please send us an LRZ Service Request with reference to the CFDLab team.