MSE Virtual Seminar Series: Cem Tasan, MIT

Description

In-situ characterization based guidelines for designing damage-resistant metals

C.C. Tasan

Thomas B. King Associate Professor of Metallurgy

Department of Materials Science and Engineering, MIT

New physical insights from in-situ characterization experiments can guide the alloy and microstructure design efforts, to expand the property spectrum of steels, titanium alloys, high entropy alloys, and other metallic materials. In this talk, focusing on a few case studies, I will be presenting new tools and methods developed in my group for this purpose. More specifically, we will review how strain partitioning and localization takes place at the micro-scale leading to damage incidents, and then discuss potential design strategies to suppress these micro-mechanisms.

For Webinar information please contact Kyle Page (kmp265@cornell.edu)