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2911 results:
  • 1. Team
    Date: 09.11.2026
    B. Eng. Christian Utzig
  • 2. Team
    Date: 09.11.2026
    B. Eng. Marcus Bäuerle  
  • 3. Publications
    Date: 09.11.2026
    2026 F. Wetzler, V. Hayna, J. Koziol, G. Falk, R. Hempelmann, P. Starke, M. Saumer, Nanoporous aluminum oxide templates to tailor magnetic anisotropy of electrodeposited cobalt phosphorus nanowires for hard magnetic micro devices, Journal of Materials Research and Technology 41 (2026) 1754-1764. L. Werner, J. Koziol, P. Jung, Linking Biocrust Ar
  • 4. Projects
    Date: 09.11.2026
    ODPfalz II Open digitization alliance for the Palatinate region Contact: Prof. Dr.-Ing. Gerd Bitsch Prof. Dr. Maria Kiss Project duration: 2023 – 2027 https://www.offenedigitalisierungsallianzpfalz.de/ MiNaMag Micro- and nanostructured hard magnetic materials and components for microtechnical applications Contact: Prof. Dr. Monika
  • 5. Team
    Date: 07.11.2026
    Mario Hristov
  • 6. Team
    Date: 07.11.2026
    Heiko Müller
  • 7. Team
    Date: 07.11.2026
    M.Sc. Jan-Malte Dellmuth Researchgate infobox Research project Mechanism-based lifetime prediction for the analysis of frequency influences on the alternating deformation behaviour of ferritic-pearlitic steels
  • 8. Team
    Date: 07.11.2026
    Roman Schürger Metallography informationbox Research project: Analysis and assessment capabilities in the context of hydrogen embrittlement: Differentiation of failure-relevant mechanisms under loading with different types of hydrogen HYDRA (HYdrogen-related Damage Risk Assessment)
  • 9. Team
    Date: 07.11.2026
    Christine Schmeißner Metallography informationbo Research project: Analysis and assessment capabilities in the context of hydrogen embrittlement: Differentiation of failure-relevant mechanisms under loading with different types of hydrogen HYDRA (HYdrogen-related Damage Risk Assessment)
  • 10. Team
    Date: 07.11.2026
    M.Sc. Marcel Burkhart Researchgate informationbox Research project: Analysis and assessment capabilities in the context of hydrogen embrittlement: Differentiation of failure-relevant mechanisms under loading with different types of hydrogen HYDRA (HYdrogen-related Damage Risk Assessment)
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