Computational Fluid Dynamics - Simulation

Course contents

- Basic concepts of fluid flows
- Conservation equations (Navier-Stokes)
- Spatial and temporal discretization: finite volume method, lattice types, convergence
- Boundary conditions
- Methods of stationary and non-stationary flow
- Numerical solution methods for equation systems
- Turbulent flows and modeling
- Boundary conditions
- Boundary layers and idealized solutions
- Thermal problems
- Further simulation models (Lattice Boltzmann methods, particle simulation)
- Development of solution strategies

Department

Master's program Environmental, Process & Energy Engineering