Drawing, Deep Drawing and Stamping

Il problema del rumore nello stampaggio a caldo

Adding flexibility to stamping operations

Adding flexibility to stamping operations – The roles of material handling and group technology analysis

High Strength Steel Stamping Design Manual

Identifying Sources of Variation in Sheet Metal Stamping

Next generation stamping dies

Next generation stamping dies – Controllability and Flexibility

Key design principles for successful deep drawing

Key design principles for successful deep drawing

Coupled Sheet Metal Forming and Fatigue Simulation

Analisi F.E.M. del ritorno elastico di componenti in lamiera stampata

Analysis and Design of Slow Build Studies During Sheet Metal Assembly Validation

Design rules for forming aluminum stampings

Design rules for forming aluminum stampings – Part 1

Optimal design of metal forming die surfaces with evolution strategies

Optimal design of metal forming die surfaces with evolution strategies

Recent Development in Inverse Simulation of Sheet Metal Forming

Deep drawing irregular sheet components: How cushion systems and die stiffness affect the operation

Deep drawing irregular sheet components: How cushion systems and die stiffness affect the operation

Quality function approach to design and optimization of stamping process: application to an industrial case

Deep drawing aluminum

Deep drawing aluminum – not as hard as it looks

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.

New requirements and recent development in sheet metal stamping simulation

The Practical Use of Simulation in the Sheet Metal Forming Industry

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