Research Interests
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Innovative solution algorithms for computational fluid
dynamics based on reliable discretization techniques
- Numerical methods for flows in complex evolving geometries
- Fluid-structure interaction simulation
- Numerical methods for multi-phase and reactive flows |
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Finite volume methods for multi-dimensional flows, especially
for hyperbolic problems
- Dynamically adaptive discontinuous Galerkin methods
- Robust and reliable high-resolution shock-capturing
schemes
- Accurate Cartesian grid methods |
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Efficient large-scale numerical simulation
of multi-dimensional fluid flows
- Fully coupled simulation of fluid-structure problems
- Reactive flows, especially detonation waves
- Large-eddy simulation of compressible turbulence |
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Development of parallel hierarchical multilevel structured
adaptive mesh refinement methods (SAMR)
- Extension of the hyperbolic Berger-Collela SAMR algorithm,
for instance to magneto-hydrodynamics
- Adaptive geometric multigrid
- Scalability on distributed memory machines
- Hierarchical multi-constraint partitioning algorithms |
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Object-oriented concepts for large simulation infra-structures |
Detailed information can be found in my research
statement.
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