Research projects
- GRK 2430: Interactive Fiber-Rubber-Composites
- Analysis of the correlation between fatigue behavior of remote laser cut fiber reinforced composites and process parameters
- Characterization of the influence of laser cut surfaces on the fatigue behavior of Ti-6Al-4V-ELI
- Influence of process-related microstructural and geometrical inhomogeneities on the fatigue behavior of two steel types considering the influence of chemical composition
- Strength and deformation of precious high entropy alloys
- Influence of dislocation behavior and chemical prehistory on the fatigue behavior in the VHCF regime
- Development of new Ti-based alloys for improvement of the anchoring and fracture healing of diseased bones ((01) M01)
- Investigation of fatigue crack growth near the threshold at very high load cycles for a nickel-based superalloy CMSX-4 and pure nickel considering the grain size and morphology
- Investigation of fatigue behavior of aluminum welded joints in the very high load cycle regime
- Development of a lifetime prediction model for the VHCF regime on based on covariant microstructural characteristics
- Characterisation and simulation of VHCF damage evolution on the based resonance behavior for a metastable austenitic stainless steel
- Characterization of the very early and very reduced fatigue crack growth in Al-alloys under very low loading conditions