PSI - Issue 75

Laurent Dastugue et al. / Procedia Structural Integrity 75 (2025) 334–343 Laurent Dastugue et al. / Structural Integrity Procedia (2025)

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Acknowledgements Acknowledgements go to all developers at INTES, who have again managed to set new standards in terms of accuracy, process reliability and calculation speed with this functionality. References Bernd, A., Michy, J., Ast, M. Heinemeyer, E., Klein, M., 2022. Reduktion der Prozesskomplexität durch Integration der Lebensdauerberechnung in die FEM-Simulation, VDI SIMVEC, November 22 nd – 23 rd 2022 Bernd, A., Michy, J., Klein, M., 2022. Integrated Fatigue Lifetime Prediction of a Differential Case, PERMAS Web Conference, June 29 th – July 7 th , 2022 Dastugue, L., Marchesini, J., Klein, M., 2023. Integration of fatigue analysis in FEM solver for faster more reliable process, Procedia Structural Integrity, Volume 57, 2024, Pages 355-364, ISSN 2452-3216, https://doi.org/10.1016/j.prostr.2024.03.038. Häckh, J., Schünemann, A., 2021. Integrated Fatigue Analysis in PERMAS – Development Preview –, PERMAS Tech Meeting, April 22 nd , 2021 Heinemeyer, E., PERMAS V20 – Integrated Fatigue Analysis in PERMAS, PERMAS Users’ Conference, April 25 th -26 th , 2024 Willmerding, G., Häckh, J., 2019. Fatigue Life estimation using winLIFE and PERMAS, PERMAS Technologietag, April 11 th , 2019