Research

The research at the Chair of Fluid Mechanics ranges from fundamental theoretical investigations over the development of physical models and numerical methods, their application in high-resolution simulations such as Direct and Large Eddy Simulation, as well as fundamental experimental studies to applications in aerodynamics, energy technology, e-mobility and other fields of application. One of the focal points is the development of tailored algorithms for multi-phase flows with bubbles and particles, as well as their application in medical technology, bioprocess engineering and in the extraction of raw materials through flotation processes, to name but a few. Similar methods are being developed for fluid-structure coupling. Another field of research addresses high-order discretization methods. They can be adapted better to upcoming heterogeneous computer architectures and have high application potential in aerodynamics and turbulence research. In the laboratory of the chair, experimental methods are used to analyze complex multiphase effects, such as cavitating flows, for example.

The research conducted at the chair also finds its way into the teaching activities. An example is a textbook on Large Eddy Simulation. Our goal is a tight coupling between research and teaching, and to expose students to the newest methods and results. Sie werden daher auch früh in Forschungsarbeiten mit einbezogen

As passioned fluid dynamicists we are keen on discussing fluid mechanical topics, in particular related to our research activities. Approach us whenever you like, in person, via email or by telephone.