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  • 1271. LGTBIQ
    Date: 06.01.2025
    Diversity is valued, promoted, and recognized as a source of ideas and a driver of innovation at the University of Kaiserslautern. People of all sexual identities, as well as trans*, intersex*, and other non-binary individuals, are warmly welcomed. The University of Kaiserslautern is committed to fostering respectful and appreciative interac
  • 1272. LGTBIQ
    Date: 22.03.2022
    Contact Persons LGBTIQ Diversity is valued, promoted, and recognized as a source of ideas and a driver of innovation at the University of Kaiserslautern. People of all sexual identities, as well as trans*, intersex*, and other non-binary individuals, are warmly welcomed. The University of Kaiserslautern is committed to fostering respectf
  • 1273. LGTBIQ
    Date: 06.01.2025
    The abbreviation LGBTIQ stands for "Lesbians, Gays, Bisexuals, Transgender, Intersex, & Queers." In German, the acronym LSBTIQ ("Lesben, Schwule, Bisexuelle, Trans*, Inter* und Queers") is often used. This is by no means a homogeneous group, and a fundamental distinction must be made between sexual orientation and gender identity. Gende
  • 1274. LGTBIQ - LGBTIQ
    Date: 06.01.2025
    LGBTIQ
  • Name Change for Trans* and Intersex* Students Gender diversity is a reality, and the University of Kaiserslautern considers it its responsibility to create conditions that enable studying with minimal discrimination. The goal is to make gender diversity visible and to strengthen it. Following this principle, an environment should be created that a
  • Lifetime calculation according to the SteBLife method The specimens used in SteBLife are characterized by a stepped geometry with different test section diameters, which leads to different local stress amplitudes along the specimen axis under cyclic loading (Fig. 2, bottom left). The fatigue tests are carried out at a constant force ampli
  • Based on the calculated NB and bM values, the Wöhler curves are then calculated with scatter bands for Pf = 5%, 50% and 95%. The results are shown in Fig. 5 together with the fracture load cycles of 11 ESV performed with conventional Hourglass specimens.
  • Fig. 5 illustrates that the conventionally determined service lives can be reliably described by the scatter bands calculated on the basis of SteBLifemsb. The fatigue strength coefficients and exponents of the calculated and conventionally determined Wöhler data are in the same value range.
  • Back to SteBLife
  • The specimens used in SteBLife are characterized by a stepped geometry with different test section diameters, which leads to different local stress amplitudes along the specimen axis under cyclic loading (Fig. 2, bottom left).
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