Current Research Priorities
Characterization of fatigue behavior and fatigue life calculation using StressLife, StrainLife and SteBLife Development and application of NDT-based measurement methods for the characterization of damage evolution on specimens and components X-ray determination of residual stresses on complex com
Completed Research Projects
Use of nondestructive testing methods in a new one-sample testing strategy for estimating fatigue data
DFG STA 1133/6-1
Microstructure-based lifetime calculation "MibaLeb"
BMWi, Project Management Organisation GRS, Co-operation project with WPT, ZU Dortmund, LZFPQ, Saarland University, MPA University
Availability of data
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Note on data structure and research data management
Note on research data storage
Approved research large-scale equipment
High frequency pulsator INST 252/21-1 FUGG Scanning electron microscope with EDX, EBSD and STEM INST 252/27-1 Metal 3D Printer INST 252/23-1 LAGG
Further information:
Research at the Kaiserslautern University of Applied Sciences
The Kaiserslautern University of Applied Sciences offers attractive research areas for guest researchers in the fields of engineering, economics, design, health, and computer science.
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Department for Research and Project Coordination
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Special Areas of Research
Innovative power electronic circuit topologies Design, optimization and control processes of power electronic circuits Application of fast switching semiconductors (SiC, GaN) Power-electronical machine emulation Electronics integration into electrical machines
Ongoing Research Projects
Finished Research
THREE PILLARS, ONE GOAL – The Nanoelectronics and Biosensing Lab develops advanced technologies at the intersection of nanoelectronics, materials science, biology and integrated sensing systems.
Our research is organized into three interconnected research pillars:
Our Vision
Our vision is to bridge fundamental research and real-world impact
THREE PILLARS, ONE GOAL – The Nanoelectronics and Biosensing Lab develops advanced technologies at the intersection of nanoelectronics, materials science, biology and integrated sensing systems.
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Research
Substance evaluation and development with electrophysiological methods on heterologously expressed ion channels Technical further development of modern methods of cellular electrophysiology (MEA and patch-clamp technique) up until pharmacological screening methods Physiology and pathophysiology of CNS and ENS diseases such
