Metallic Materials

The group brings together an interdisciplinary team focused on advancing the fundamental understanding of how processing, structure, and composition govern the properties of metallic materials. Our research integrates theoretical modeling with experimental investigation to uncover the mechanisms that control material behavior across multiple length scales, from nano and micro to meso and continuum levels. A central goal is to establish strong process–structure–property relationships and to enable the transition toward physics-based modeling and predictive materials design.

Research Focus

Key research thrusts include the study and development of advanced metallic systems, such as high entropy alloys and additively manufactured materials, where complex compositions and processing conditions lead to unique microstructures and performance.

We also investigate materials processing and synthesis, focusing on how processing pathways influence microstructural evolution and material properties. I

n parallel, work on nanostructured and composite metals, including copper-based nanocomposites, explores strategies for enhancing strength, conductivity, and multifunctionality. Together, these efforts aim to support the design of next-generation metallic materials through integrated, multiscale approaches.

High Entropy Alloys (Pataky)

Materials Processing (Abdelijawad)

Copper Nano Composite (H. Zhao)