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Two factors in particular must be considered here. Relevant damage mechanisms can change from the HCF to the VHCF regime. For example, the crack initiation points shift into the volume in the field of defects, such as inclusions and precipitates, especially in the case of high-strength conditions. In the case of ductile materials, damag
Characterisation of materials and structures by means of scanning electron microscopy and EDX, EBSD and STEM analysis
Within the scope of the research project funded by the DFG, a high-resolution scanning electron microscope with EDX, EBSD and STEM detectors as well as an external FIB will be procured and scientific staff will be provided to opera
Quantified evaluation of the frequency influence on the fatigue behavior of unalloyed steels for implementing in resource-efficient fatigue life prediction methods
As a part of the program of the research project, the established fatigue life prediction methods for the HCF regime at frequencies of 5 Hz will be expanded for higher frequencies (up t
Research Associates
Benjamin Zacher, M. Eng. Contact:
Campus Kaiserslautern, Building F, Room F1.038 Phone: +49 631 3724-2242 E-Mail: benjamin.zacher(at)hs-kl.de
Profile Andreas Bauer, M. Eng. Contact:
Campus Kaiserslautern, Building F, Room F1.038 Phone: +49 631 3724-2432 E-Mail: andreas.bauer(at)hs-kl.de
Profile Simon Holzman
Dr.-Ing. Christoph Bleicher E-Mail Division Manager Structural Durability, Fraunhofer LBF Darmstadt Fraunhofer Institute for Structural Durability and System Reliability
Lecturer in Structural Durability
