Traditional creep testing is time- and resource-intensive. Nanoindentation creep testing is more efficient, but has historically been limited in its accuracy due to the influx of fresh material as the contact area grows during indentation. Recent developments have worked to combat this limitation.

Join us for this webinar to see:

• How new displacement control feedback algorithms improve time-dependent measurements on the TI 990 TriboIndenter.
• Recent work combining high-throughput, high-temperature indentation strain rate jump tests (SRJT) with only a few bulk dead-load creep tests to determine creep lifetime.
• Experimental datasets from Grade 91, FeCrAl, and oxide dispersion strengthened (ODS) steels that have been engineered for service under extreme conditions.

Webinar Speakers

Prof. Nathan Mara
University of Minnesota

Douglas Stauffer, Ph.D.
Bruker