CFD (Computational Fluid Dynamics) CourseSEED Infotech
Price on request
- 120 hours of class
Frequent Asked Questions
BE (Civil, Mechanical, Industrial, Production, Chemical, Petrochemical, Aerospace and Biomedical) Two-Five years of experience of working in Engineering or Engineering services industry. Good understanding of mathematics, fluid mechanics and heat transfer.
Revisiting fundamentals: Fluid mechanics, Heat transfer, Mathematics & Numerical methods
Derivation of Navier Stokes equations.
Solution techniques: Finite difference, Finite element and Finite volume methodologies
Detailed formulation using Finite difference and Finite volume methods
Steps in CFD: Preprocessing (Geometry and grid generation, Solving and Post Processing)
Impact of grids, schemes, boundary conditions on the solution
Turbulence modeling: Physical nature of turbulence, concept of modeling and solution strategies
Advanced numerical methods implemented in commercial tools
Hands-on sessions based on state of the art commercial tool (Gambit and FLUENT)
Evaluation: Examination and Project presentation