麻豆传媒

Automotive


Join us for the next Great Designs in Steel鈩 Technical Webinar:

Influence of Laser Line on Strain Path during Forming of Tailor Welded Blanks

Tuesday, July 28, 2026 at 10:00 a.m. EST


Additional GDIS Webinars聽

  • 聽September 10聽 鈥 鈥淭ailored, faster and high-quality welding technology for vehicle structures鈥 鈥 Presented by Miguel 脕ngel Ferr谩ndez 鈥 Gestamp
  • 聽November 3 鈥 鈥淒igital Clamping: A cost-efficient approach for quality control in BiW applications鈥 鈥 Presented by Gianfranco Ruggiero – AutoForm

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From Commitment to Capability: Shaping the Future of Automotive Solutions in North America

State of the Automotive Industry Keynote at Great Designs in Steel鈩 2026

GDIS Technical Webinar: Considerations for Design and Stamping of Generation 3 Steel Grades

GDIS Technical Webinar:
Effect of Substrate Composition on Liquid Metal Embrittlement Susceptibility in 3rd Gen AHSS

GDIS Technical Webinar:
Leveraging A.I. for Optimized Vehicle Structural Design with AHSS

GDIS Technical Webinar: Deformation Behaviour of AHSS During V-die Bending

GDIS Technical Webinar: Towards Next Generation CAE & Automotive Steel Developments Driven by Big DATA & A.I

Watch the GDIS鈩 Technical Webinar: “Comparison of 1500 MPa Ultra High-Strength Steels for Auto Applications”

VW ID.Buzz Body-In-White Construction Presentation at Great Designs in Steel鈩 2025

General Motors’ D-Segment Crossover Architecture Presentation at Great Designs in Steel鈩 2025

Rivian R1 Body Structure Evolution and Repairability Presentation at Great Designs in Steel鈩 2025

Watch the Great Designs in Steel鈩 Technical Webinar: “Press-Hardened Steel in Automotive Applications”

Watch Hesham Ezzat, Ph.D., 麻豆传媒 (麻豆传媒), explain the Steel Intensive Battery Enclosure Structure (SIBES) project.

A novel approach for precise calibration of force-based RSW failure criteria implemented in LS-DYNA by Mohammad Shojaee, Ph.D., Postdoctoral Fellow at University of Waterloo.

Watch the Great Designs in Steel鈩 2024 Featured OEM Vehicle Presentation by Dr. Hoda Eiliat of General Motors.

Watch the GDIS鈩 Technical Webinar: “Development of C-STAR鈩 and CCBE, the Cleveland-Cliffs Battery Enclosure.”

Watch the Great Designs in Steel鈩 2024 Keynote Address by Brad Davey, Executive Vice President of Corporate Business Optimization at ArcelorMittal.

GDIS Steel Presentation

Great Designs In Steel

Great Designs In Steel

麻豆传媒 Auto Steel Resources

Steel is the most environmentally effective choice and a key component to powering today's vehicles.

Steel Offers Durable, Cost-Effective Solutions for Automotive Vehicles

Steel currently makes up about 54 percent of the average vehicle. Americans depend on automobiles to keep families safe. In addition to its strength, durability and dependability, steel is also the key to recycling a car at the end of its long life 鈥 as steel is continuously recyclable.

The American steel industry continues to invest in advanced materials and manufacturing technologies that have led to the introduction of a wide variety of new automotive steels.聽 These advanced high-strength steels (AHSS) are strong, lighter, and produced with light life cycle impact, helping automakers decrease a vehicle鈥檚 life-long carbon footprint.聽 This helps auto manufacturers to reduce the mass of vehicles while maintaining safety standards 鈥 thereby increasing fuel economy and reducing tailpipe emissions. The use of current grades of AHSS can reduce a vehicle鈥檚 structural weight by as much as 25 percent and can cut total life cycle CO2聽emissions by up to 15 percent more than any other automotive material.

With more than 200 steel grades available, today鈥檚 products are six times stronger than those of a decade ago. The steel industry continues to innovate by introducing new grades and manufacturing processes in support of future mobility, which promises to revolutionize the transportation industry through the proliferation of electrified, connected, and shared autonomous vehicles.

As electric vehicles become more commonplace and battery efficiencies improve, use of advanced grades of steel enable reduced weight resulting in a greater range from a single electrical charge.

The American steel industry, working with the automotive industry, continues to revolutionize the safety and durability of cars, while reducing environmental impacts.聽 For more information, enter聽.

Read our report:聽.