Overview
- Computational Fluid Mechanics of complex turbulent flows in Mechanical and Aerospace Engineering
- Turbulence and its statistical modelling
- Large Eddy Simulation
- Numerical approximation techniques
- Efficient solution methods (multi-grid schemes in particular)
- Parallel computing with domain decomposition techniques
- Modelling shock/boundary-layer interaction
- External aerodynamics, especially for high lift and involving separation
- Modelling particle dispersion in two-phase flows
- Modelling buoyant flows
- Computational modelling of geometrically and physically complex turbulent flows - turbomachine flows, 3D jets, car aerodynamics, complex dust flows, buoyant and swirling flows