Real-time 3D particle tracking using dynamic vision sensors: A novel quantitative flow measurement technique for application in wind tunnels.
We push the boundaries of fast and accurate flow simulations of microfluidic devices and rarefied gas kinetics.
We investigate the hydrodynamic stability and noise radiation of jets with high-fidelity numerical simulations.
Browse our photo gallery to get an impression of IFD activities outside of the office or lab.
We offer a variety of courses on fluid dynamics. Practical experience can be gained in an IFD student project.
Job openings at IFD and other institutions dealing with fluid mechanics.
In our research we explore the physical complexity of fluid flows and develop new experimental techniques and simulation methods for this purpose.
Different options for project-based collaborations with IFD are available.