May 31, 2018 12:50 pm

The Difference Between IF, EDDS, and VDIF Steels?

By |2018-06-22T18:48:36-04:00May 31, 2018||0 Comments

NONE!!! Steel is, by minimal definition, an alloy of iron and up to 2 percent carbon (if it is more than 2 percent, the alloy is cast iron). Carbon is small enough to fit into the interstices (gaps) of a primarily iron matrix, making it an "interstitial element" in steel. If the steel alloy has an ultralow carbon level (typically less than 50 parts per million), most of these [...]

May 31, 2018 12:44 pm

Understanding Steelmaking for Better Forming

By |2018-06-27T19:50:53-04:00May 31, 2018||0 Comments

Abstract Challenges faced by stampers in the quest to produce a robust part are magnified when they form high strength steels. As materials increase in strength, the inherent tensile property variability increases. Using products from the family of grades known as the advanced high-strength steels (AHSS) complicate matters even more, since what is supplied from one mill may not be produced in the same way as that from another mill. [...]

May 31, 2018 12:15 pm

Introduction to Advanced High Strength Steels – Processing

By |2018-06-27T19:52:01-04:00May 31, 2018||0 Comments

Abstract Understanding and compensating for the challenges associated with processing advanced high strength steels (AHSS) can help you minimize springback, edge cracking, trimming, wrinkling, and die wear. Part I of this two-part series presented an overview of advanced high-strength steels (AHSS). This article addresses issues encountered when processing these grades. Using AHSS in appropriate applications offers opportunities for reduced product weight, enhanced crash performance, manufacturing process consolidation, and cost [...]

May 31, 2018 12:07 pm

Introduction to Advanced High Strength Steels – Grades

By |2018-06-27T19:53:02-04:00May 31, 2018||0 Comments

Abstract Advanced High Strength Steels that exhibit high strength and enhanced formability are being offered around the world. These steels have the potential to effect cost and weight savings while improving performance. The increased formability allows for greater part complexity, which leads to fewer individual parts (cost savings) and more manufacturing flexibility. Fewer parts mean less welding (cost and cycle-time savings) and weld flanges (mass and weight savings). Depending on [...]

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