Student assistants
Jennifer Piela Entwicklungsprojekt GaN-DC/DC-Wandler
E-Mail: jepi1001@stud.hs-kl.de Michelle Volbon Elektronik und EMV: Tutorium und Laborbetreuung
E-Mail: mivo1002@stud.hs-kl.de Max Wagner Power Electronics Development and Prototyping Project (PE-DPP)
E-Mail: mawa1002@stud.hs-kl.de
Current Tenders
We are always looking for interested students who would like to do their practical phase, project, bachelor or master thesis in our research laboratory. Please contact Prof. Schumann or one of his colleagues.
We will be happy to send you a list of current topics.
Team
Completed and Ongoing Projects
2021
Einsatz von g
Metal 3D Printer
Within the framework of the program "Major Equipment of the Federal States", major equipment at universities and university hospitals is financed by the Federal States or universities. On behalf of the federal states, the German Research Foundation (DFG) evaluates large-scale equipment from this program that is intended for use in
Resonance pulsator
The German Research Foundation (DFG) provides investment funds for the proportional (50%) financing of large-scale research equipment at universities within the framework of the funding program "Large-scale Research Equipment" according to Art.91b GG. The basis for this is the Implementation Agreement on Research Buildings, Larg
Scanning electron microscope with EDX, EBSD and STEM
The German Research Foundation (DFG) is funding universities of applied sciences (HAW) in three funding rounds within the framework of the call for proposals "Major Equipment Campaign for Universities of Applied Sciences" in order to expand and use the existing good equipment infrastructure spec
Availability of data
Within the scope of research projects, the raw data commonly used in materials testing are generated in the form of predominantly open formats (e.g. ASCII, csv or TIF). During data collection, not only experimental findings and data derived from them are taken into account, but also the methods used. All research data are comp
Quantified evaluation of the frequency influence on the fatigue behavior of unalloyed steels for implementing in resource-efficient fatigue life prediction methods
For a reliable service life prediction, it is necessary to determine comprehensive material information that takes into account the microstructure and the associated material mechanisms
The aim is to expand the established LPV for the HCF regime for a frequency of 5 Hz for higher frequencies (up to 260 Hz) and higher cycle numbers (up to 108) and thus to describe the transition between LCF/HCF and VHCF regime and to validate using conventional constant amplitude tests (CAT). In this connection a multi-parameter approach is being
