Advanced computer fluid dynamics

Lecture

1. Introduction to computational fluid dynamics. lec. 2

2. The governing equations of fluid dynamics. lec. 2

3. Mathematical behavior of partial differential equations. Boundary conditions. lec. 2

4. Main aspect of discretization. lec. 2

5. Advanced topics in modern CFD. The future of CFD. lec. 2

Seminar

1. Building of virtual model of airfoil. Building of mesh to numerical research of flow around airfoil. sem. 4

2. Building of virtual model two-dimensional cascade. Discretization two-dimmensional cascade to numerical research of flow by cascade. sem. 4

3. Mesh preparing to Couette flow. sem. 2

4. Building of simple three-dimensional objects. Discretization of simple three-dimensional objects to numerical research. sem. 4

5. Preparing complex virtual object to volume discretization. sem. 6

6. Discretization of complex virtual object to numerical research. sem. 6

7. Building of three-dimensional cascade. sem. 6

8. Discretization of three-dimensional cascade to numerical research. sem. 4

9. Numerical simulation of flow around airfoil. sem. 4

10. Numerical simulation flow by two-dimensional cascade. sem. 4

11. Mesh adaptation. sem. 4

12. Parallel computing. sem. 2

1. Scott Post , Applied and computational fluid mechanics, Jones and Bartlett Publishers, 2011, 69058/Hd.057

2. Charles HIRSCH - Numerical computation of internal and external flows, vol. 1, vol. 2 - II79651

3. Ansys Fluent User Manual.