Project, Bachelor and Master theses
The Chair of Fluid Mechanics offers different opportunities for students, graduates and students who are about to take their diploma, to assist in the education and research field.
Contact for numerical theses: Dr.-Ing. M. Meinke
Contact for experimental theses: Dr.-Ing. M. Klaas
Even in case there are no study, diploma, master, bachelor or project theses listed below, do not hesitate to contact the persons listed above.
Offered bachelor theses:
Topic | Download |
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Validation of the flame-sound interaction | --- |
Analysis of time-filtering methods for wall-stress models in LES at high Reynolds numbers | Download |
Development of a realistic three-dimensional human respiratory tract model for experimental aerosol deposition measurements | Download |
Aerodynamic parameters of speed skydiving | --- |
Offered master theses:
Topic | Download |
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Implementation of a transport equation for the air humidity to analyze nasal cavity flows | Download |
Topics in multiphase flow simulations using the Lattice Boltzmann Method | Download |
Conservative interface tracking methods for multiphase flows | Download |
Using super-resolution networks to generate highly resolved computed tomography images from recordings with low resolutions | Download |
Numerische Analyse partikelbeladener turbulenter Strömungen | Download |
Numerical analysis of control of shock-wave / boundary layer interaction using air-jet vortex-generator | Download |
Multiphysics simulations with applications to aeroacoustics | Download |
Injection and Turbulent Mixture Formation of Bio-Hybrid Fuels in Internal Combustion Engines | Download |
Landing gear noise mitigation using porous materials | Download |
Active drag reduction in turbulent boundary layer flows subjected to spanwise traveling transversal surface waves using learning-enhanced CFD | Download |
Numerical analysis of turbulent particle-laden flows | Download |
Thermoacoustic Investigations of Hydrogen-Air Flames | Download |
Rim seal gap sealing | Download |
Researching the multiphase flows of the Precise Electrochemical Machining (PECM) process | Download |
Automated assistance for diagnoses and treatments in rhinology | Download |