Structured Grid Solvers I - Accurate and Efficient Flow Solvers for 3D Applications on Structured Meshes

This lecture is devoted to the parallelization of blockstructured grid solvers for industrial applications. It is divided into two parts. Part I describes well established numerical algorithms with emphasis on spatial discretization and time stepping schemes. Attention is focused on the multigrid technique which is one of the most promising approach to improve the efficiency of numerical methods. Finally, several large-schale computations are shown which demonstrate the ability of current blockstructured flow solvers. Part II of the lecture addresses various aspects of the parallelization of such flow solvers