Course Description MENG555 Computational Fluid Dynamics (CFD) Year and Semester: Graduate Credit Hour: (3,0) 3 Pre/Corequisite(s): - Catalog Description: Conservation laws of fluid motion and boundary conditions.The finite volume method for convection- diffusion problems. Solution algorithms for pressure-velocity coupling in steady flows. Solution of discretized equations. The finite volume method for unsteady equations. Implementation of boundary conditions. Turbulence and its modeling. Methods for dealing with complex geometries. Prerequisite by Topic: The student will be expected to have a good background in heat transfer and fluid dynamics and should have some programming experience with FORTRAN. Textbook: “An Introduction ...
Course Syllabus AE546 - COMPUTATIONAL FLUID DYNAMICS ON UNSTRUCTURED GRIDS Instructor : Dr. Ismail H. TUNCER E-Mail : tuncer@ae.metu.edu.tr Phone : 210-4289 Oce : 212 DESCRIPTION Navier-Stokes equations in integral form, boundary conditions, entropy condition. Unstructured grid generation, advancing front triangulation, Delaunay triangulation, data structures. Finite Volume method, convective and diusive uxes, Euler backward/forward time integration, ux vector splitting methods. Shock-tube and Riemann problem, Godunov method and approximate Riemann solvers. Turbulence and its modeling, zero, one and two equation turbulence models. higher order reconstruction of ow variables. REQUIREMENTS • Consent of the instructor • Fluency in Fortran ...
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