![FE-based development of stress-adapted and production-suitable transmission components FE-based development of stress-adapted and production-suitable transmission components](/en/technologyfields/cutting-and-joining/component-design-and-special-technologies/simulation-and-component-design/projects/lasergeschweisste-getriebekomponenten-luftfahrt/jcr:content/contentPar/sectioncomponent/sectionParsys/textblockwithpics/imageComponent1/image.img.jpg/1653399477555/lasergeschweisste-luftfahrt-getriebekomponenten.jpg)
FE-based development of stress-adapted and production-suitable transmission components
![Holistic strategy for the development and design of laser welded transmission components Holistic strategy for the development and design of laser welded transmission components](/en/technologyfields/cutting-and-joining/component-design-and-special-technologies/simulation-and-component-design/projects/lasergeschweisste-getriebekomponenten-luftfahrt/jcr:content/contentPar/sectioncomponent/sectionParsys/textblockwithpics/imageComponent2/image.img.jpg/1646683524895/entwicklungsstrategie-getriebe-en.jpg)
Holistic strategy for the development and design of laser welded transmission components
- Development of stress-adapted and production-suitable component designs, based on structural mechanical FE simulations and welding process-specific requirements
- Structural welding simulations to support the laser welding process development (parameter window, evaluation of distortion and residual stresses)
- Computational validation of the component fatigue strength based on current standards for the fatigue strength assessment (supplemented if necessary by multi-axial fatigue tests)