Join ASTM’s webinar on the “Failure Analysis of Metal Fractures.” If you’re involved with failure analysis of fractured or cracked metal components or joints, this webinar is for you. Join Michael Pfeifer, Ph.D., P.E. on Wednesday September 14, 1:00 – 2:00 pm Eastern time time to learn about failure analysis of fractured and cracked components and joints.
You’ll learn concepts that will enable you to be more productive as you’ll be able to more quickly determine the root cause of fracture failures, better understand failure analysis reports, and better participate in a failure analysis.
September 14, 2016 – 1 pm EDT
For more information and to register, go to www.astm.org/TRAIN/filtrexx40.cgi?-P+ID+246+traindetail.frm
What You Will Learn
The following topics will be taught:
- How to perform a failure analysis on fractured and cracked components and joints
- Four common fracture modes and their appearance
- Relating fracture surface appearance to the fracture mode
- Common failure mechanisms associated with cracks and fracture
- Common analysis techniques used for failure analysis of fractures
Several real-life failures will be used as examples and case studies. Also, attendees will be given opportunities to apply their knowledge by answering failure quiz questions
Registering for the Webinar
The fee is $89 per person. After registering you will receive an email within a few hours with information about how to access the webinar. In addition to the webinar, you’ll get handouts of the webinar slides and 7-day access to a recording of the webinar.
About the Instructor
Michael Pfeifer is the Principal Engineer and Trainer at Industrial Metallurgists, LLC.
He received a B.S. and M.S. in Metallurgical Engineering from University of Illinois and a Ph.D. in Materials Science and Engineering from Northwestern University. After graduating he worked 13 years at Motorola as a manufacturing engineer in an integrated circuit factory and as a design/quality/cost reduction engineer for automotive electronics.
Mr. Pfeifer is the author of Materials Enabled Designs which teaches how to select materials that will optimize product performance, reliability, and cost.