Speaker: Suveen Mathaudhu, University of California – Riverside

Speaker: Dr. Suveen Mathaudhu

Affiliation: University of California – Riverside

Abstract: Conventional approaches to materials manufacturing have often relied on processing within a temperature range that results in liquid phase formation of some of the constituents. These methods are often limited by the equilibrium phase formation states available from the melt. In this work we will present findings on a recently-developed processing approach that enables complex, unique microstructural evolution (often to pervasively metastable states) while remaining in the solid phase state. Specifically, the Shear Assisted Processing and Extrusion (ShAPE) method will be highlighted via a number of vignettes from various classes of structural materials. Novel microstructural pathways, textural formation and mechanical properties will be discussed. These results point to the ability to design and engineering novel materials with unprecedented properties and performance.

Biography: Suveen Mathaudhu is currently the Chair of UC Riverside’s Materials Science and Engineering Program, and he studies the underpinning mechanisms that will make metallic materials and composites lighter and stronger. His research interests encompass all aspects of the fundamental processing-microstructure- property-performance relationships in metallic and composite materials. Mathaudhu is a Fellow of ASM International, the 2015 AAES Norm Augustine Award winner for Outstanding Achievement in Engineering Communication, and a 2019 PECASE Awardee. He is active in several technical societies, and also an expert on the science of superheroes as depicted in comic books and their associated movies. Mathaudhu received his B.S.E. from Walla Walla University and Ph.D. from Texas A&M University, both in Mechanical Engineering.