ICME 3GAHSS Project – 2013 Update
Presentation given by Lou Hector, General Motors Company R&D, at the 2013 Great Designs in Steel, entitled, The Next Generation of Advanced High-Strength Steels – Computation, Product Design and Performance.
ICME – Lab Heat Results Supporting DOE Targets
Presented given by Grant Thomas, AK Steel, at the 2015 Great Designs in Steel, providing an additional update on this project with the DOE.
Delayed Cracking of Advanced High Strength Steel Solutions
A presentation given by Curt Horvath, General Motors Company, and Eric Batt, ArcelorMittal USA, at the 2017 Great Designs in Steel. Project goals were to develop a test method for […]
ICME 3GAHSS: Design & CAE Optimization of Lightweight Vehicle Assembly-PPT
A presentation given by Eric McCarty, A/SP Senior Project Manager, and Harry Singh, EDAG, Inc., at the 2017 Great Designs in Steel. Continuing reports on this USAMP/DOE project, which in […]
AHSS Stretch-Bend Fracture Limit Strains on Part Radii
A presentation given by M. Huang, ArcelorMittal Global R&D, and J.R. Li, Oakland University at the 2019 Great Designs in Steel. Three failures can be found on drawn parts in […]
GMAW of AHSS (2019)
A presentation given by Min Kuo, ArcelorMittal, at the 2019 Great Designs in Steel. The purpose of this project is to evaluate the effects of gas metal arc welding (GMAW) […]
GMAW of AHSS (2017)
A presentation given by Min Kuo, ArcelorMittal, at the 2017 Great Designs in Steel. The objective of this project is to evaluate the effects of gas metal arc welding (GMAW) […]
Generalized Stress Parameter Approach for Fatigue Life Prediction of Welded Joints
A presentation provided by Xiao Wu, Siva Vayugundla, and Hong-Tae Kang, A/SP Fatigue Committee Members, at the 2019 Great Designs in Steel. Project objective was to develop and validate a […]
LME Evaluation of 3rd Gen AHSS – Gleeble Evaluation
A presentation given by Hassan Ghassemi-Armaki, at the February 2020 Car Body Joining Conference. 3rd Gen advanced high-strength steel (AHSS) are extensively considered for usage in Body-In-White (BIW) with lower […]
