L-23

Citation:

L-23. T.M. Link and G.F. Chen, “Anisotropy Effects in the Axial Crash Behavior of Advanced High-Strength Steels,” Proc. International Symposium on New Developments in Advanced High-Strength Sheet Steels, Vail, Colorado, USA, p. 63-70, June 2013.

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Advanced High-Strength Steel Repairability

Introduction The introduction of Advanced High-Strength Steel (AHSS) to light vehicle body structure

RSW of Advanced High-Strength Steels

In general, if any type of AHSS [

Current Vehicle Examples

Manufacturers embrace Advanced High Strength Steels as a cost-effective way to satisfy functional and regulatory

Performance Advantages

Steel, and specifically advanced high strength steel, satisfies automotive industry requirements for safety,

Emissions and Life Cycle Assessment

Vehicle programs must balance performance, safety, fuel efficiency, affordability and the environment, while

Steel E-Motive

Steel E-Motive represents a fully autonomous ride sharing vehicle concept

ULSAB and the Early Steel Consortia

A consortium of 35 global sheet steel producers representing 22 countries began the

FutureSteelVehicle

Started in 2008, the FutureSteelVehicle

Rationale

Automakers face conflicting constraints when designing new body structures: With escalating concerns

Steel E-Motive Battery Carrier Frame System and Laser Welded Door Ring Feature Part Integration to Reduce Mass and Cost

The Steel E-Motive concept features an innovative battery housing design and laser welded blank door ring created

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Categories: Citations

Tags: G. F. chenT. M. Link

Angela Erhart:

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