HPC training series: CFD training*
In this course, the CATS, in cooperation with the Simulation and Data Lab for fluid of the NHR4CES, covers various techniques for solving flow problems using the finite element method. Topics related to numerical instabilities arising from the underlying formulation are presented. In addition, we will consider relevant stabilization techniques that are used to overcome such instabilities. The course consists of a combination of presentations and practical programming exercises in which the various methods are discussed and implemented within a simple finite element solver using Python
Start: 28.10.’25; 1:00 p.m. – 5:00 p.m.
Location: Online
Next Dates: 04.11.’25, 11.11.’25.
Prerequisites:
- The event will be held in English!
- Basic knowledge of Python is a plus.
Further information on the process and background details can be found here.
You can register via the respective event pages.
*HPC = High Performance Computing // CFD = Computational Fluid Dynamics
The series at a Glance
21.10.: Introduction to turbulence modeling and numerical implementation
28.10.: Introduction to Finite element methods for flow problems
04.11.: Introduction to discontinuous Galerkin methods for flow problems
11.11.: Efficient HPC implementation for the Lagrangian particle tracking
