Research on various topics is done within final theses at the ISD. If you are interested in a final thesis related to our research topics, take a look at the current thesis opportunities below or visit our research pages.
Bachelor's Theses
Experimental mechanics:
Optimizing Energy Absorption of 3D-Printed Auxetic Cylindrical Structures
General subjects:
Numerical simulations of Antarctic pancake sea ice formation
General subjects:
Master's Theses
General subjects:
Numerical Simulation of Liquid-Filled, Fibre-Reinforced Materials
Numerical Simulation of Growth Effects in the Human Liver
Simulation of Function-Perfusion Processes in in the Human Liver
Hybrid Data- and Knowledge-Driven Methods in Liver Modeling
Specific subjects:
Derivation and implementation of a multiphase model for the description of diseases in the liver
General subjects:
Hybrid Data- and Knowledge-Driven Methods in Liver Modeling
Specific subjects:
Generative Networks for Designing Auxetic Materials Maximizing Poisson Ratio
Contact
Nicola Oster
M.A.Office