AISI in Collaboration with Lawrence Technological University and Michelin Kick Off Steel Wheels Design Competition
01/19/2010- The Wheels Task Force of AISI’s Steel Market Development Institute (SMDI) in partnership with Southfield, Mich.-based Lawrence Technological University (LTU) and Michelin kicked off a steel wheel competition Saturday for transportation design students to develop conceptual wheels that celebrate steel.

Lightweight, Advanced High-Strength Steel Technologies Featured on 2010 North American Car and Truck of the Year
01/11/2010- AISI’s Steel Market Development Institute is celebrating two more top honors today, as the vehicles selected as the 2010 North American Car and Truck of the Year feature a number of lightweight, advanced high-strength steel (AHSS) technologies. The Ford Fusion hybrid and Ford Transit Connect won the awards for top car and top truck of the year respectively.

Methodology Used in Future Steel Vehicle Design Wins SAE Vehicle Innovation Competition
12/19/2009- Future Steel Vehicle's (FSV) Design Methodology, Accelerated Concept to Product (ACP) process, was the winner of the 2nd Annual Society of Automotive Engineers Detroit Section / Massachusetts Institute of Technology Enterprise Forum (MITEF) Vehicle Innovation Competition.

Future Steel Vehicle - Phase I Executive Summary
Executive summary that highlights the new advanced powertrain technologies that are now being cultivated to fruition towards the year 2020 and beyond.

Advanced High-Strength Steel Applications Design and Stamping Process Guidelines - A Special Edition of In-Depth Advanced High-Strength Steel Case Studies (36MB)
The AHSS Applications Guidelines Group of the Auto/Steel Partnership (A/SP) has conducted several in-depth case studies of Advanced High-Strength Steel (AHSS) stampings for automotive structural components and has provided summaries of those studies and lessons learned in this manual

Application and Repairability of Advanced High-Strength Steels
Presentation highlighting the use, growth and repairability of advanced high-strength steels in automotive applications.