D-9

Citation:

D-9. I. Diallo, T. Dupuy, C. Kaczynski, “High Strength Steel spot weld strength improvement through in situ Post Weld Heat Treatment,” presentation at AWS Sheet Metal Welding Conference XVI, Livonia, Michigan, 2014.

Filter by

Post Page

homepage-featured-top main-blog Steel Grades AHSS Blog Joining Joining Dissimilar Materials Conventional HSS Laser Welding Mechanical Properties Resistance Spot Welding RSW of Dissimilar Steel RSW Joint Performance Testing

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

High Strength Low Alloy Steel

Interstitial-Free High Strength

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

Yield Strength

Forming forces need to exceed the yield strength for plastic deformation to occur and an engineered stamping to be

Tensile Strength

Engineering stress-strain units are based on the starting dimensions of the tensile test sample: Engineering stress

Spot Weld Strength Improvement by PWHT

This article summarizes a paper entitled, “High Strength Steel Spot Weld Strength Improvement through in situ

Higher than Expected Strengths

This article summarizes a paper entitled, “Higher than Expected Strengths from Dissimilar

Spot Welds Fatigue Strength

In a comparative study

RSW of Advanced High-Strength Steels

In general, if any type of AHSS [

Spot Weld Strength Improvement by PWHT »

« RSW of 4T Stack Up

Categories: Citations

Tags: C. KaczynskI. DialloT. Dupuy

Kate Hickey:

T-48
Citation T-48. “Body Structure Materials and Allowed Operations” section in the “Model Y Collision Repair…
W-11
Citation W-11. WorldAutoSteel. (2010) “FutureSteelVehicle Results and Reports & Cost Models.”
J-25
Citation J-25: Japan European New Car Assessment Program