C. Cem Tasan
Max-Planck-Institut für Eisenforschung
Seminar: Noon, Friday, March 20th, Chipman Room (6–104)

Advances in heterophase materials have been the key in the immense technological progress surrounding us, from bone implants to efficient power plants to lighter cars. The climate change, however, necessitates game-changing materials solutions to sustain this progress. To this end, an integrated experimental-simulation methodology is developed that enables high resolution mapping of deforming microstructures, and associated complex micro-strain and micro-stress fields. These maps pave the way for developing quantitative guidelines to design various superior-performance, eco-friendly alloys.