The aim of your work is to increase control quality and process consistency through innovative process control.
Combine artificial intelligence and circular economy to discover new relationships between material models.
The aim of your work will be to microscopically examine quasi-static and dynamically pre-damaged material samples
During your final thesis, you will use crash tests on the drop tower to introduce different types of pre-damage into plastic samples.
The project aims to investigate the processing behavior of PCR and virgin material for different process settings in a fully automated injection molding production cell. Inline process data and quality parameters of the component can be recorded via sensors integrated into the production cell.
Develop a component geometry that will be used to test materials and validate mechanical models.
The goal of your work is to develop a membrane rheometer that achieves sufficient membrane deformation under the specified pressure levels to ensure precise measurement, without undergoing plastic deformation.
The aim of your work will be to derive requirements for the mold design based on these investigations and to design a modular mold
The aim of the work is to predict the mixing process in order to reduce raw material and energy consumption during the development of the mixture.
The aim of your work is to investigate the switching behavior from the injection to the holding pressure phase for multi-cavity molds.
