The Metal Manufacturing Process Research Group focuses on advancing the science and engineering of metal processing, including forming, welding, and heat treatment. Through experimental and analytical research, we aim to understand microstructural evolution and develop innovative manufacturing solutions for advanced engineering materials.
Advancing Knowledge in Metal Manufacturing and Processing
Our mission is to advance knowledge in metal manufacturing and processing through research on metal forming, welding, and heat treatment. By investigating the relationships between processing, microstructure, and material performance, we aim to develop improved manufacturing strategies and contribute to the advancement of engineering materials and industrial technologies.
Our research investigates deformation behavior and microstructural evolution during metal forming processes. By studying thermomechanical processing and material response under different conditions, we aim to improve formability, mechanical performance, and manufacturing efficiency.
We explore welding processes and welding metallurgy to understand phase transformations, heat affected zone behavior, and microstructural changes during joining. Our work contributes to improving joint integrity, structural reliability, and performance of welded components.
Our research focuses on phase transformations and microstructure control through heat treatment processes. By optimizing thermal processing parameters, we aim to tailor material properties such as strength, hardness, and toughness for advanced engineering applications.
Our research focuses on understanding and improving metal manufacturing processes through scientific investigation and engineering innovation.
