1. Lab Course CFD Introduction Dr. Miriam Mehl

2. CFD – Applications stirrers

3. CFD – Applications biological wastewater treatment

4. CFD – Applications air pollution

5. CFD – Applications aerodynamics

6. CFD – Our Examples driven cavity (Worksheet 1)

7. CFD – Our Examples channel flow (Worksheet 2)

8. CFD – Our Examples Karman vortex street (Worksheet 2)

9. CFD – Our Examples falling drop (Worksheet 3)

10. Technical Aspects methods:  finite difference discretization  iterative solvers

11. Technical Aspects implementation:  programming language C  program frame given  parallelization with MPI visualization with ParaView

12. Organization 4 worksheets 3 weeks working time all details on the worksheets understanding the background  lecture

13. Groups up to three participants mixed skills groups fixed at first submission

14. Submission of Results email to neckel@in.tum.de (Thur, 9 am)neckel@in.tum.de personal presentation  presentation date with us (Thur)  be prepared to questions!

15. Timetable worksheet 1: April 18 – May 8 worksheet 2: May 9 – May 29 worksheet 3: May 30 – June 19 worksheet 4: June 20 – July 10

16. Where to Ask Questions questions on lectures: Miriam Mehl, Tobias Neckel, Tobias Weinzierl questions on worksheets/implementation: Tobias Neckel, Tobias Weinzierl

17. Email Adresses Miriam Mehl: mehl@in.tum.de mehl@in.tum.de Tobias Neckel: neckel@in.tum.deneckel@in.tum.de Tobias Weinzierl: weinzier@in.tum.deweinzier@in.tum.de

18. The Navier-Stokes Equations momentum equation –change of velocities in time –depends on velocities and pressure continuity equation –side condition –depends on velocities