D-17

Citation:

D-17. Deutsches Institut fur Normung E.V. (DIN) Euronorm (EN), DIN EN 10268, “Cold rolled steel flat products with high yield strength for cold forming – Technical delivery conditions“.

Filter by

Post Page

homepage-featured-top main-blog Steel Grades AHSS Blog Joining Joining Dissimilar Materials Resistance Welding Processes Resistance Spot Welding RSW of Dissimilar Steel RSW Modelling and Performance Tool & Die Professionals Automotive Welding Process Comparison Laser Welding High Energy Density Welding Forming Modes

Sort by

Resistance Spot Welding with Advanced High-Strength Steels: Cold Stamped and Hot Formed

The discussions relative to cold stamping are applicable to any forming operation occurring at room temperature

Resistance Spot Welding AHSS to Magnesium

This blog is a short summary of a published comprehensive research work titled:

Resistance Spot Welding: 5T Dissimilar Steel Stack-ups for Automotive Applications

Urbanization and waning interest in vehicle ownership point to new transport opportunities in megacities around the

Resistance Spot Welding: 3T and 4T Dissimilar Steel Stack-ups for Automotive Applications

Car body-in-white (

Hot cracking investigation in HSS laser welding with multi-scale modelling approach

This article summarizes the findings of a paper entitled, “Hot cracking investigation during laser welding of h

Hybrid Laser-Arc Welding (HLAW) Pore Formation and Prevention

This is a summary of a paper by M. Mazar Atabaki, et al, entitled, “Pore formation and its mitigation during

Microstructural Effects of Adding Colloidal Graphite to Al-Si-Coated PHS

Optimizing weld morphology and mechanical properties of laser welded Al-Si coated 22MnB5 by surface

Formation mechanism of LME in laser lap welding of zinc-coated 3rd Gen steels

In this study by Shanghai Jiao Tong University

Microstructural Evolution and Effect on Joint Strength in Laser Welding of DP to Aluminium

Given the use of many different metals in the Body in White construction, it is important to understand the effects

Bending

top-of-page

Citation:

Search