Computational Fluid Dynamics
BSc course

Dr. Gergely Kristóf

Department of Fluid Mechanics

31th March 2014

Lecture notes:

1. Introduction to finite volume method

2. Boundary conditions

3. Volume sources and discontinuity conditions

4. Turbulence models

5. Fluid machinery modeling

6. Thermal processes

7. Meshing

8. Quality and trust of CFD simulations

Tutorials:

2D orifice

2D pump

3D catalytic converter

2D Transonic airfoil

3D kitchen canopy

Practices:

2D impactor

3D jet-fans

2D step (BFS)

2D exhaust pipe

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