Bachelor and Master theses

In addition to the theses advertised below, we are always looking for interested students. If you are particularly interested in a research topic for which there is currently no vacancy, do not hesitate to contact our staff.

Open Bachelor theses at ISTM
Title	Type	Contact person
Simulation of the flow interaction of plasma actuator arrays	Bachelor's thesis, numerical	Dr.-Ing. Davide Gatti Dr. Patricia Sujar-Garrido M.Sc. Saskia Pasch
Entwicklung eines CFD-Modells für PEM-Elektrolyseure und -Brennstoffzellen in OpenFOAM	Bachelorarbeit, numerisch	M.Sc. David Müller M.Sc. Sebastian Blessing

Open Master theses at ISTM
Title	Type	Contact person
Analyse der Unterbodenströmung eines Serienfahrzeugs	Masterarbeit, experimentell	M.Sc. Michael Willmann
Alterung der Elektroden bei Langzeitbetrieb von Elektroaerodynamischen Schuberzeugern	Masterarbeit, experimentell	Dominic Pöppe
Experimentelle Studie über die Eignung faseroptischer Temperatursensoren zur kalorimetrischen Geschwindigkeitsmessung	Masterarbeit, experimentell	M.Sc. David Rautemberg
Numerical simulation of secondary currents in arterial flows with stents	Master's thesis	Dr.-Ing. Alexander Stroh
Secondary flows in a turbulent pulsating channel flow	Master's thesis, numerical	Dr.-Ing. Alexander Stroh
Dynamics of mineral dust in the inlet of an aerosol spectrometer	Master's thesis, numerical	Dr. Davide Gatti Dr. Martina Klose M.Sc. Hannah Meyer
Droplet impact dynamics on heterogeneously wetting surfaces	Master's thesis, numerical	Dr.-Ing. Alexander Stroh
Masterarbeit im Bereich High Performance Computing	Master's thesis, numerical	Dr. Gregor Olenik Dr. -Ing. Davide Gatti
Simulation of the flow interaction of plasma actuator arrays	Master's thesis, numerical	Dr.-Ing. Davide Gatti Dr. Patricia Sujar-Garrido M.Sc. Saskia Pasch
Design and fabrication of patterned surfaces for advanced wetting functionalities	Master's thesis, experimental	Dr.-Ing. Jochen Kriegseis Dr.-Ing. Alexander Stroh
Electrode Aging During Long-Term Operation of Electroaerodynamic Thrust Devices	Master thesis - experimental	Dominic Pöppe
Design of a Background Oriented Schlieren Setup to Quantify Electroaerodynamic Density Fields	Bachelor’s or Master’s thesis, experimental	M.Sc. Dominic Pöppe