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Associate Head of Department
Group Leader "Fatigue and Fatigue Life Calculation"
Scientific Assistant
2025 - today Associate Professor, Associate Head of Department
2025 Doctorate (Dr.-Ing.)
2023 - 2025 Chief Engineer, Materials Science L
Student Research Assistant (Materials Science Lab in Cooperation with AG Rauch, Department of Building and Design)
Forecast models for the remaining Lifetime an continued Operation of wind Turbines (FutureWind)
2022 – today Master's Degree, Mechanical engineering, University of Applied Sciences Kaiserslautern
Scientific Assistant
Appointments Committee “Materials and Production Engineering”
2024 - heute Research Assistant Materials Science Laboratory, University of Applied Sciences Kaiserslautern
2021 – 2024 Student Research Assistant Materials Science Laboratory, University of Applied Scien
Group Leader "Analytics and Microscopy"
Scientific Assistant
2024 - today Group leader "Analytics and Microscopy"
2023 – today Scientific Assistant, University of Applied Sciences Kaiserslautern
2022 – 2023 Assistant Materials Science Laboratory, University of Applied Sciences Kaiserslau
Riko Schanzenbach
e-mail: risc1002@stud.hs-kl.de
Student Resaerch Assistant (Materials Science Lab)
2022 - today Student Research Assistant Materials Science Laboratory, University of Applied Sciences Kaiserslautern
2021 - today Bachelor's Degree, Study of Mechatronics, Production Te
M. Sc. Jonas Ziman
phone +49 631 3724-2461 e-mail: jonas.ziman@hs-kl.de building : H room: H 2.041.2
Scientific Assistant
Team leader "High frequency fatigue"
2025 - today Team leader "High frequency fatigue" at WWHK
2023 - today Scientific
Back to research projects
SteBLife – A new method for the time- and cost-efficient provision of fatigue data for the safe design of cyclically stressed components and parts for plant and machine engineering
Abstract – The service life of materials and components is limited when they are subjected to repeated mechanical stresses, which is wh
Introduction
Weight-optimized component design and the resulting estimation of the service life or service life of metallic materials require a comprehensive understanding of fatigue processes and the systematic investigation of fatigue behavior. For reasons of time and cost alone, many components can usually neither be built as prototypes nor tes
