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2583 results:
  • 1281. Lifetime calculation according to the SteBLife method
    Date: 27.10.2023
    The fatigue tests are carried out at a constant force amplitude Fa or stress amplitude σa and the material response (MR) is recorded using various measuring methods. Due to the geometry of the specimen, 5 alternating deformation curves can be recorded simultaneously. The alternating deformation curves form the basis for the σa-MR correlations
  • 1282. Lifetime calculation according to the SteBLife method
    Date: 27.10.2023
    Following the SteBLifemsb approach, the results of the 5 tests carried out are analyzed with respect to the number of cycles NB and the sa-NB relationship (Fig. 4). Both NB and the σa-NB relationship show scatter, which can be attributed to material inhomogeneities, among other things. According to the Gaussian distribution, NB can be determined
  • 1283. Lifetime calculation according to the SteBLife method - Lifetime calculation according to the SteBLife method
    Date: 27.10.2023
    Lifetime calculation according to the SteBLife method
  • 1284. Lightweight Design
    Date: 06.07.2022
    Overview t3://page?uid=2480 Members t3://page?uid=2488 Projects t3://page?uid=2483 Research Areas t3://page?uid=2484 Facilities & Equipment t3://page?uid=2485 Publiactions t3://page?uid=2486 Cooperative PhDs t3://page?uid=2682 Archive t3://page?uid=2487 Related Links Applied Engineering Applied Logistics and Polymer
  • 1285. Lightweight Design
    Date: 03.12.2019
  • 1286. Lightweight Design
    Date: 06.02.2025
    Overview t3://page?uid=2480 Members t3://page?uid=2488 Projects t3://page?uid=2483 Research Areas t3://page?uid=2484 Facilities & Equipment t3://page?uid=2485 Publiactions t3://page?uid=2486 Cooperative PhDs t3://page?uid=2682 Archive t3://page?uid=2487 Related Links Applied Engineering Applied Logistics and Polymer
  • 1287. Lightweight Design
    Date: 16.08.2018
    Contact HTS "Lightweight Design" Research Area: Lightweight Design The increasing scarcity and increase in the cost of natural resources is increasing the pressure to develop weight-optimized components in all areas and making the development of resource-efficient means of transportation indispensable. Lightweight construction plays a centra
  • 1288. Lightweight Design
    Date: 16.08.2018
    Facilities & Equipment "Lightweight Design" The equipment of the IKW at the location Pirmasens is according to the expert opinion of the ASIIN on university level: Ultrasonic testing system with diving tank lateral / rotary, 0.5 - 30 MHz Ultrasonic testing system with air coupling 200 kHz Universal testing machine Zwick 20 kN with optic
  • 1289. Lightweight Design - Facilities & Equipment "Lightweight Design"
    Date: 14.04.2020
    Facilities & Equipment "Lightweight Design" The equipment of the IKW at the location Pirmasens is according to the expert opinion of the ASIIN on university level: Ultrasonic testing system with diving tank lateral / rotary, 0.5 - 30 MHz Ultrasonic testing system with air coupling 200 kHz Universal testing machine Zwick 20 kN with optical
  • 1290. Lightweight Design - Research Area: Lightweight Design
    Date: 02.12.2019
    Research Area: Lightweight Design The increasing scarcity and increase in the cost of natural resources is increasing the pressure to develop weight-optimized components in all areas and making the development of resource-efficient means of transportation indispensable. Lightweight construction plays a central role in moving systems, but especiall
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