![Load-bearing element made of thin high-strength sheet steel using localized laser hardening (laser peening) under bending loads from an experimental collision Load-bearing element made of thin high-strength sheet steel using localized laser hardening (laser peening) under bending loads from an experimental collision](/en/technologyfields/cutting-and-joining/component-design-and-special-technologies/simulation-and-component-design/projects/laserverfestigte_karosseriestrukturen/jcr:content/contentPar/sectioncomponent/sectionParsys/textblockwithpics/imageComponent1/image.img.jpg/1646683273488/laserverfestigte-karosseriestruktur-450x600.jpg)
Load-bearing element made of thin high-strength sheet steel using localized laser hardening (laser peening) under bending loads from an experimental collision
![Load-bearing element made of thin high-strength sheet steel using localized laser hardening (laser peening) under bending loads in a simulated collision Load-bearing element made of thin high-strength sheet steel using localized laser hardening (laser peening) under bending loads in a simulated collision](/en/technologyfields/cutting-and-joining/component-design-and-special-technologies/simulation-and-component-design/projects/laserverfestigte_karosseriestrukturen/jcr:content/contentPar/sectioncomponent/sectionParsys/textblockwithpics/imageComponent2/image.img.jpg/1646683223626/laserverfestigte-karosseriestruktur-simulation-600x400.jpg)
Load-bearing element made of thin high-strength sheet steel using localized laser hardening (laser peening) under bending loads in a simulated collision
- localized hardening of sheet steel components in areas subject to high stresses using laser hardening (laser peening) and laser remelting
- development of a component design with suitable load capacity with the goals of:
- increasing the absorption of crash energy
- controlling the failure behavior