Forming Technologies

Automotive Sheet Steel Stamping Process Variation

New requirements and recent development in sheet metal stamping simulation

The Practical Use of Simulation in the Sheet Metal Forming Industry

Warm Forming of Aluminum Sheet – A Review

Advances in warm Forming Technology for Aluminum Alloy Sheet

Advances in warm Forming Technology for Aluminum Alloy Sheet

The need for Fuel Savings and Structural Weight Reduction in vehicles is driving the replacement of Steel by Aluminum. But formability of Al alloys is half that of steels. This poses a major economic barrier to its application.

Using hydroforming aluminum components versus steel stampings

Using hydroforming aluminum components versus steel stampings

Aluminum Automotive Extrusion Manual

Aluminum Automotive Extrusion Manual

Advanced Automotive Technology: Visions of a Super-Efficient Family Car

Evaluating Multi-Dimensional Sheet Metal Assemblies Using A Biased Sample of Stamped Components

Quick Forming Hits Fast Track

Quick Forming Hits Fast Track

Automotive Body Measurement System Capability

Metal stamping and electromagnetic forming

The Importance of the Velocity Term in the Electromagnetic Forming Process

Enhancement of Sheet Metal Formability Via Local Adaptive Controllers

Design rules for forming aluminum stampings

Design rules for forming aluminum stampings – Part 2 – Addendum design methods for aluminum stampings

Hydroforming Techniques

Sheet hydroforming in automotive applications

Sheet hydroforming in automotive applications

Stamping Process Variation: An Analysis of Stamping Process Capability and Implications for Design, Die Tryout, and Process Control

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