Lightweighting is a key component in all Auto/Steel Partnership (A/SP) projects. Combining advanced high-strength steel with new manufacturing processes enables engineers to apply thinner high-strength steels to produce lighter-weight parts, while maintaining or improving strength and other performance properties. The A/SP has accelerated technical developments leading to mass reduction with steel, helping automakers design lighter-weight vehicles to meet fuel economy requirements.
7/13/2013 - Lightweight steel twist beam achieves 30 percent mass reduction at lower cost than alternative materials.
1/13/2013 - AHSS front lower control arm achieves equivalent structural performance and function relative to a forged aluminum at 34 percent lower cost.
1/1/2010 - Guidelines that provide direction on how to design parts for maximum manufacturability, and provide direction on how to best design die processes for AHSS grades.
6/1/2007 - The study concludes that with rigorous use of advanced high-strength steel and efficient optimized design mass savings of 31.4 percent relative to 2004 baseline vehicles is ...
6/1/2007 - This report defines and quantifies the mass compounding effect during vehicle design with current mass influence coefficients developed from mass data of 35 contemporary ...
10/1/2005 - An analysis that studied the cost and mass effect of practical variations, in automotive front end structure design, required to accommodate vehicle options within a given ...
6/19/2014 - Kavanagh shares the weight, cost and sustainability advantages of steel at the Steel Success Strategies XXIX in NYC.
5/14/2014 - Advanced High-Strength Steels Application Guidelines Version 5.0 combines metallurgy, forming and joining experiences from around the world.
5/14/2014 - The team was recognized this afternoon during the 13th annual Great Designs in Steel (GDIS) seminar in Livonia, Mich.