M. Ruhul Amin

M. Ruhul Amin is a Professor in the Mechanical & Industrial Engineering Department at Montana State University's College of Engineering. His research focuses on heat transfer, fluid mechanics, and energy systems with applications spanning from advanced manufacturing to environmental sustainability. With over three decades of academic experience, he maintains an active research program with numerous publications in leading journals.

Dr. Amin's research interests center on computational heat transfer and fluid flow phenomena. His work includes modeling of solidification processes, analysis of nanofluid behavior, development of compact heat exchangers, and investigation of thermal management systems. His research bridges fundamental thermal science with practical engineering applications in energy systems, manufacturing processes, and environmental engineering.

His recent publications demonstrate a strong focus on advanced manufacturing techniques including laser welding, friction stir welding, and additive manufacturing processes. He also investigates energy applications ranging from fuel cell systems to solar thermal technologies and emission control systems for developing countries. His work consistently applies computational methods to solve complex thermal-fluid problems.

• Fulbright Scholar Award, 2008
• Montana State University Alumni Association/Bozeman Chamber of Commerce Award for Excellence, 2008
• Multiple Outstanding Researcher awards from Montana State University
• Outstanding Teacher awards in both Mechanical Engineering and Mechanical Engineering Technology
• Recognition as ASME Faculty Advisor
• Multiple listings in Who's Who publications across science, engineering, and education

Dr. Amin has secured significant research funding for projects including software development for pulse detonation engine optimization, analysis of heat transfer in porous media, thermal management of magnetohydrodynamics systems, and development of compact recuperators for hybrid fuel cell systems. His research has practical applications in space vehicles, aircraft engines, geothermal energy, and manufacturing processes.

His laboratory work focuses on computational modeling of thermal-fluid systems with applications in advanced manufacturing, energy systems, and environmental engineering. Current projects include numerical analysis of nanoparticle diffusion during solidification, additive manufacturing process modeling, compact recuperator design for fuel cell systems, and analysis of permanent ice covers in Antarctic lakes.