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 will be to assemble the Mould on the basis of the preparatory work, put it into operation and carry out an initial acceptance test. You will then systematically analyze the influences of the process parameters on the flow conditions of the plastic melt in the cavity.
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.
Bend your pressure measurement: A flexible membrane can be used to continuously measure the pressure and thus make a precise statement about the viscosity of the material.
Design of a test rig to characterise the long-term deformation behavior of plastics under thermomechanical and medial stress
The aim of your work is to evaluate post-consumer recyclates for use in the injection moulding process
The aim of your work is to develop and investigate an innovative control concept to increase process consistency.
Design innovative materials and processes to change FRP sustainably.
The challenge is to design a membrane that can deform sufficiently to allow measurements, but does not deform plastically or even “explode”. Your CAD-designed membrane can then be manufactured and tested in practice.
Make your contribution to establishing the fuel cell in the transport sector!
