How to Design for Thermal Cycling Webinar: Tuesday, May 24

In this webinar, Dr. Blattau, nblattau@dfrsolutions.com, will review the fundamental drivers for themo-mechanical fatigue. Using physics of failure, Dr. Blattau will then relate these drivers to predictive algorithms in regards to creep and fatigue mechanisms. Having knowledge of these equations, Dr. Blattau will demonstrate how designers can be more proactive and confident of the ability of their designs to be sufficiently robust against thermal cycling environments. Click here to register.

Learn How to Design for Thermal Cycling!

SAVE THE DATE: May 24, 2011 12-1pm EDT and 8-9pm EDT Learn How to Design for Thermal Cycling. Attend this informative webinar presented jointly by IMAPS and DfR Solutions, a leading provider of quality, reliability, and durability research and services for the electronics industry. Modern electronic design is highly complex. Changes in temperatures, thermal cycling, will eventually cause materials joined together to pull apart. Good design will delay this event as long as possible. In this webinar, Dr. Nathan Blattau will: • Review the fundamental drivers for thermo-mechanical fatigue • Using Physics of Failure, relate drivers to predictive algorithms • Demonstrate how to develop more robust designs against thermal cycling environments Don’t miss out! Early Bird Registration here. Click here to view the newest webcast on Sherlock - the innovative Automated Design Analysis tool that will help you predict the future.

How to Design for Thermal Cycling - iMAPS webinar

Nathan Blattau will be presenting a broad-based iMAPS "How to Design for Thermal Cycling" webinar on the challenges of designing for an environment with temperature changes. Whether your product is military, industrial, or part of the new 'Free Air Cooling' trend, this insightful presentation will identify the mechanisms affiliated with thermal cycling and how to predict performance during product design. To register, please contact Brian Schieman, bschieman@imaps.org. For more information, contact Nathan Blattau, nblattau@dfrsolutions.com.