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Achieving An Affordable Low Emission Steel Vehicle; An Economic Assessment of the ULSAB-AVC Program Design
ISSN: 0148-7191, e-ISSN: 2688-3627
Published March 04, 2002 by SAE International in United States
Annotation ability available
Vehicle weight reduction, reduced costs and improved safety performance are the main driving forces behind material selection for automotive applications. These goals are conflicting in nature and solutions will be realized by innovative design, advanced material processing and advanced materials. Advanced high strength steels are engineered materials that provide a remarkable combination of formability, strength, ductility, durability, strain-rate sensitivity and strain hardening characteristics essential to meeting the goals of automotive design. These characteristics act as enablers to cost- and mass-effective solutions. The ULSAB-AVC program demonstrates a solution to these conflicting goals and the advantages that are possible with the utilization of the advance high strength steels and provides a prediction of the material content of future body structures.
This paper provides an overview of the materials utilized in the ULSAB-AVC body structure and describes how these advanced materials, combined with effective design and advanced material processing, deliver a cost effective light-weight structure that satisfies the demanding crash performance requirements anticipated for 2004. The paper compares the ULSAB-AVC design to the previous ULSAB body structure program to provide a comparison of the influence increased crash performance requirements and materials have on the overall mass and cost of a vehicle body structure. This paper also describes the cost assessment of the ULSAB-AVC, which encompasses the entire vehicle manufacturing and assembly process.
CitationShaw, J. and Roth, R., "Achieving An Affordable Low Emission Steel Vehicle; An Economic Assessment of the ULSAB-AVC Program Design," SAE Technical Paper 2002-01-0361, 2002, https://doi.org/10.4271/2002-01-0361.
- UltraLight Steel Auto Body Final Report Porsche Engineering Services, Inc. March 1998
- UltraLight Steel Auto Body Electronic Report American Iron and Steel Institute May 1998
- UltraLight Steel Auto Closures Final Report Porsche Engineering Services, Inc. May 2001
- UltraLight Steel Auto Suspension Final Report Lotus Engineering Services, Inc. January 2001
- ULSAB-Advanced Vehicle Concepts Final Report Porsche Engineering Services, Inc. June 2001
- ULSAB-Advanced Vehicle Concepts Virtual Exhibit, ULSAB-AVC Consortium January 2002
- Shaw J. Zuidema B. “New High Strength Steels Help Automakers Reach Future Goals for Safety, Affordability, Fuel Efficiency and Environmental Responsibility,” SAE Paper 2001-01-3041
- SAE Paper 2002-01-0036 ULSAB-Advanced Vehicle Concepts - Overview and Design. Thorpe Mike Stelco Adam Henrik Stahl Thyssen Krupp
- SAE Paper 2002-01-0044 ULSAB-Advanced Vehicle Concepts - Materials Shaw Jody US Steel et al.
- SAE Paper 2002-01-0360 ULSAB-Advanced Vehicle Concepts - Environment for Green Vehicles, Efficient is Better. Peterson Pete US Steel
- SAE Paper 2002-01-0361 Achieving an Affordable Low Emission Steel Vehicle; An Economic Assessment of the ULSAB-AVC Program Designs. Shaw Jody US Steel Roth Richard Massachusetts Institute Of Technology
- SAE Paper 2002-01-0638 ULSAB-Advanced Vehicle Concepts - Safety/Crash Management. Zuidema Blake National Steel Corp.
- SAE Paper 2002-01-0039 ULSAB-Advanced Vehicle Concepts - Manufacturing and Processes Schurter Paul G. Dofasco Inc.
- SAE Paper 2002-01-0045 ULSAB-Advanced Vehicle Concepts - Chassis and Suspension van Schaik Marcel American Iron and Steel Institute
- SAE Paper (number unknown) ULSAB-Advanced Vehicle Concepts - Powertrain Hughes Ron Rouge Steel
- IBEC (SAE) Paper 2001-01-3116 Advanced High-Strength Steels and Hydroforming Reduces Mass and Improves Dent Resistance of Light Weight Doors van Schaik Marcel American Iron and Steel Institute