The aim of our research is to reveal the complex relationships between microstructure and the mechanical and physical properties of metallic materials, composites and joining compounds.In doing so, we take into account the many influences of manufacturing and machining processes and use high-quality microstructural analysis, innovative physical measuring methods and comprehensive mechanical testing technology.
Spin + Mechanical Sensing: Investigation and characterization of strain induced spin phenomena in steel
Stochastic and analytical methods from image processing for the characterization of local mechanical properties of multiphase metallic materials
CRC 926 MICOS– Component Surfaces – Transfer Project T05
Project B05: Influence of deformation-induced martensite formation on the mechanical characteristics of metastable austenites
Project B10: Influence of the surface state on quasi static and cyclic deformation and damage behavior of TRIP/TWIP steels
SPP2086 – surface conditioning – Specific surface conditioning of 100Cr6 during cryogenic hard turning by model-based process pre-control and process control
Sub-project 1: High frequency fatigue of CFRP composites - Development of an innovative ultrasonic testing system in combination with non-destructive online measurement techniques
Fatigue behaviour of martensitic steels for use in low-pressure-steam-turbines in the very high cycle fatigue regime
Joining of carbon fibre reinforced composites by ultrasonic metal welding
Subproject 1: Fatigue and transformation behaviour of metastable austenitic steels at low temperatures
Subproject 2: Influence of low temperatures and corrosive media on the fatigue behaviour of light weight materials
Subproject 3: „Physically based life time calculation of highly stressed materials and components of traffic and systems engineering“
