Comput.fluid Dynamics on Unstruct.grids

Course content

Navier-Stokes equations in integral form, waves and the Riemann problem, one-equation turbulence models, unstructured grid generation, Delaunay triangulation, advancing front triangulation, Finite volume Method, flux evaluation, Euler forward/backward time integration, higher order reconstruction of flow variables, solution-adaptive unstructured grids, Total Variation Diminishing schemes and limiters, Essentially Non Oscillatory schemes, preconditioning methods for low speed flows, GMRES iterative solution method, parallel processing on unstructured grids, message-passing libraries: MPI and PVM