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STAMPING Journal® - May 2006
 
STAMPING Journal® May 2006

Publication Information:

Publication:

STAMPING Journal®

Issue:

May 2006

Publish Date:

Monday, May 1, 2006

Information Website:

http://www.fma-communications.com/sj/

Subscription Website:

http://fma-communications.com/Forms/Digital-Stamping-Subscription-Page.cfm

Selected articles from May 2006 issue published on TheFabricator.com:

Race to be green

Automakers are racing to introduce green technologies. Toyota is the leader in hybrid sales and plans to introduce two new models even though it will continue to lose money in the short and medium term. Instead of trying to outsell Toyota, GM has introduced flexible-fuel vehicles that run on E-85, an ethanol and gasoline mix.

Defining material specifications

The root cause of splitting problems in deep-drawn parts often is that the process is not designed and engineered to accept the full range of mechanical properties within the ASTM specifications.

Handling engineering changes in automotive parts

Control of engineering changes for automotive components and assemblies requires cooperation and communication among groups within a company, as well as with outside suppliers. Changes must be initiated, communicated, implemented, and verified enterprisewide.

Do you need a die transport system?

A die transport system may be needed if current production requirements cannot be met with existing presses, and opportunities for additional contracts are limited by current equipment production volumes; parts can be produced competitively in large batches, but not if the part count is smaller; and shop safety needs to be improved.

Structured sheet metal

Increasing sheet metal component rigidity while reducing weight can be achieved by substituting steel with aluminum, magnesium, or titanium alloys; advanced high-strength steel (AHSS); or 3-D structured sheet metal.

Structured sheet metal - Part I

Increasing sheet metal component rigidity while reducing weight can be achieved by substituting steel with aluminum, magnesium, or titanium alloys; advanced high-strength steel (AHSS); or 3-D structured sheet metal.

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