New team member at WWHK
Mr. Srinivasa Raghavan Raghuraman will join the WWHK team as an assistant in the future. After his successful master's degree, he will work on the project "Evaluation of fracture surfaces with regard to damage development of cyclically loaded specimens made of C22E and 20MnCrS5" in the next 6 months.
Extension of the infrastructure in the field of fatigue at WWHK
At the WWHK, the field of fatigue infrastructures can be upgraded again.
In August, a new servo-hydraulic fatigue testing machine from Shimadzu (EHF-E) with a maximum load of 20 kN is installed. In the future, the testing system will be used primarily in the BMWi projects running at
Further expansion of the experimental infrastructure at WWHK
The testing infrastructure at the WWHK was further expanded via various research projects and own funds. Together with the Department of Building and Design, a digital microscope (Olympus DSX 1000) and a digital controller (DHM Prüftechnik) for an existing Schenck testing system (160 kN)
New BMBF joint project with WWHK participation
In September 2021, the new BMBF joint project in the "FH-Kooperativ" programme will start with the title "Micro- and nanostructured hard magnetic materials and components for microtechnical applications (MiNaMag)". In addition to the WWHK, Prof. Monika Saumer (Department of Chemical Processes in Micro
What funding opportunities are there?
Scholarships Students at Kaiserslautern University of Applied Sciences can apply for scholarships from the following funding lines:
PROMOS
You can find further information under Funding
Specialist Exhibitions
The Department for Research and Project Coordination supports in the field of presenting research results on internationals exhibitions. Our university regularly takes part in:
CeBIT HMI Achema Medica
For your guest/ Erasmus semester at Kaiserslautern University of Applied Sciences, you have the option of choosing English-taught modules.
Please note in which semester the modules you have chosen are offered.
Kaiserslautern University of Applied Sciences is spread over three locations: Kaiserslautern, Pirmasens and Zweibrücken. It is
Evaluation of fracture surfaces with regard to damage development of cyclically loaded specimens made of C22E and 20MnCrS5
Within the framework of the planned research project, the aim is to identify the specifics of the fracture surfaces and to record the individual areas quantitatively in order to enable conclusions to be drawn about the materia
As part of the planned research project, fatigue specimens of the steels C22R and 20MnCrS5 will be subjected to conastant amplitude loading with different stress and total strain amplitudes. Within the framework of conventional fatigue tests, it is first of all not possible to make reliable statements with regard to macrocrack formation and propa
