The aim of your work is to make elastomer injection molding more energy-efficient and to demold molded parts to the point.
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.
Work on an innovative joining approach for plastic/metal hybrid technology.
Modelling the filling behaviour of microstructures in the injection moulding process using sensor data and experimental results
Make your contribution to establishing the fuel cell in the transport sector!
Would you like to contribute to the structural optimisation of a component that is produced millions of times over? At IKV you will learn how to do this!
Learn and apply a method that makes it possible to determine the fiber orientation distribution using computed tomography scans and automated image analysis.
The aim of your work is to develop methods for optimizing components made of sustainable elastomer foam materials.
The aim of the work is to develop a unit cell model for the FE calculation of micromechanical stresses during fatigue in a short fiber reinforced thermoplastic.
The aim of the project work is to implement a solution methodology that enables the solution of the constitutive equations for nonlinear distortion and stress analysis using the FFT. This implemented solution methodology should be able to process the FE models generated by the existing RVE generator. The results are to be validated by comparing…
