System Materials Processing Lab

Overview

Our research focuses on understanding and controlling the flow, deformation, and structural evolution of complex materials through advanced rheological and electrochemical approaches. By combining experimental rheology, electrochemistry, theoretical modeling, and finite-element simulations, we develop new methods to evaluate viscoelasticity and phase behavior. Current studies span from polymer blends for biomedical applications to MXene-based slurries and battery electrode systems, aiming to link processing, structure, and functionality across multiple material platforms.