The aim of the thesis is to optimize the manufacturing processes in order to enable a high and application-oriented use of recycled materials in structural components.
The goal of your work will be to investigate the crash behavior of recycled plastics.
As part of your work, you will test various physical blowing agents such as carbon dioxide or nitrogen and blowing agent mixtures based on these in order to produce low-density starch foam films.
In your thesis, you will use the LCA method to develop the evaluation of different process routes for the production of type IV hydrogen pressure vessels.
The aim of your work is to use practical tests to evaluate the influence of the structure geometry, arrangement or process control in the back-injection process on the load-path-compatible bond as well as the releasability.
The aim of this thesis is to validate and expand design recommendations for thermoset direct screw connections using simulation.
The aim of your thesis is to investigate the ink removal of differently structured film systems.
Produce test specimens using the injection molding process, carry out tensile tests and analyze the effects of plastic deformation.
The aim is to investigate the behavior of foamed thermoplastics during laser transmission welding. To what extent do different foaming processes, glass fiber contents or post-expansion effects affect the weld seam quality, for example?
The aim of your work will be to carry out dynamic-cyclic tests on SFT and thus induce pre-damage. The resulting microscopic damage is visualized and examined using suitable methods.
