Simulation turbulenter Strömungen auf HPC-Systemen

What it is about

You learn how to numerically model and simulate turbulent, incompressible flows on high-performance computers (HPC). This includes fundamentals of the RANS equations, turbulence modeling, numerical discretization and solution methods, as well as parallelization and visualization of simulation data. In the end you can analyze corresponding algorithms, implement them in C++ and run on distributed systems, and present results to a technical audience.

What you will be able to do

• Model turbulent flow problems
• Apply the RANS approach and fundamental turbulence concepts
• Analyze and numerically solve discrete model equations
• Implement algorithms in C++
• Parallelize programs for distributed (HPC) systems
• Validate simulations and process data
• Present results professionally (verbal and non-verbal)
• Collaborate interdisciplinarily in teams

What the module consists of

• Praktikum/ÜbungMain practical work: programming tasks in individual and group work, code extension
• Vorträge/LehrveranstaltungConveying the theoretical foundations by the supervisor
• Skript/HandoutsSupport for self-study and deepening of the content

Teaching method

• Praktisches Programmieren, Einzel- und GruppenaufgabenDeepening understanding through implementation and application to tasks
• Vorträge durch BetreuerIntroduction to theoretical foundations relevant to the tasks
• Diskussionen/Review SessionsDiscussion of solutions, debugging and reflection on different approaches
• AbschlusspräsentationTraining of presentation and dissemination skills before a technical audience
• Optionale Soft-Skill-Workshops (Zentrum für Schlüsselkompetenzen)Promotion of social and methodological skills for teamwork