Thematic Classification of your Thesis: The application of functionalised coatings through plasma processes allows for the targeted modification of the surface properties of plastics. Consequently, characteristics such as gas permeability, scratch resistance, wettability, and resistance to various substances can be precisely controlled. Consequently, the utilisation of plasma technology offers novel perspectives in a variety of…
The aim of your work is to determine the residence time of resin systems during impregnation in the pultrusion process
Work on an innovative joining approach for plastic/metal hybrid technology.
The aim of this thesis is to validate and expand design recommendations for thermoset direct screw connections using simulation.
The aim of this work is to replicate injection moulding-like fibre architecture in additive manufacturing using an innovative path planning strategy.
The aim of your work is to experimentally extend and verify a model for determining the fiber volume content in high-pressure tanks.
The aim of your work is to optimise the process parameters for short fibre-reinforced polypropylene so that the fibres are homogeneously highly oriented across the geometry thickness. You will systematically analyse the relationship between the material used and the required process parameters.
The aim of your work is to analyse the processes involved in high-speed welding using a new simulation model you have developed.
During your work, you will develop an AI-based model to predict the mechanical properties of fiber-reinforced plastics. As part of your final thesis, you will generate experimental data by producing test specimens and testing them.
The aim of the work is the further development and validation of a material model for TPE. To this end, mechanical tests are carried out, mechanical models are expanded and model parameters are calibrated.
