Challenges of Elevated Temperature Tensile Testing for Aerospace Metals | Webinar

The aerospace industry relies on high-temperature alloys to enable safe, reliable performance of aircraft in extreme environments. Because metals behave differently in high-temperature service, elevated temperature mechanical testing is critical to ensure their suitability. In this webinar, we review standardized methods for elevated temperature testing of metals, including ISO 6892-2 and ASTM E21. We discuss solutions for common challenges as well as tips for ensuring your universal testing system is properly configured and compliant to industry standards.

Learning Objectives
• Understand the influence of temperature on the behavior of metals and characterization of mechanical properties
• Overview of test standards including ISO 6892-2 and ASTM E21
• Challenges of strain measurement, throughput, and alignment at elevated temperatures

Presenter Bios
• Casey Willis is an Applications Engineer at Instron, specializing in high force testing for metals applications.
• Dean Lovewell is the Metals Market Manager at Instron. He has degrees in materials science & engineering and mechanical engineering from the University of Pittsburgh. He is also an active member of various ASTM and ISO standards committees for metals.

Learn more about Instron's solutions for Aerospace Metals Testing
https://www.instron.com/en/industry-s...