Academic Trainings

  • Computational Fluid Dynamics by an Industry expert with  years of experience in Flow analysis, solving of equations etc
    • Course content includes:

Introduction to Computational Fluid Dynamics

•Examples of CFD applications.
•Basics of partial differential equations (PDEs) in fluid dynamics and Heat Transfer
• Initial value problems
•Boundary conditions.
•Spatial discretization methods
• Finite difference method
• consistency, stability, convergence
• Finite volume method
•Time discretization methods: Explicit and implicit methods
•Numerical solution of diffusion problems
•Numerical solution of conservation laws : incompressible Navier-Stokes equations
•Introduction of Commercial CFD tools for Meshing and Solver
•Hands on Tutorials on Basic flow, Heat transfer and Multiphase simulations
Interpretation and Analysis of simulation results



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