ENME 5100 - Computational Fluid Dynamics I

(3) Credit Hours

Review of integral and differential form of fluid dynamic equations; transformation from Cartesian to general curvillinear coordinates; review of relevant numerical analysis; development of various numerical schemes as applied to model equations; introduction to development of finite difference and finite volume methods for addressing time-dependent, multi-dimensional, compressible, inviscid (Euler) and viscous (Navier-Stokes) flow fields; introduction to computational boundary conditions; relevant literature. Prerequisite: department head approval. (Elementary knowledge of FORTRAN or C/C++ programming is assumed.) Differential Course Fee will be assessed