Michel Yves Louge

Michel Yves Louge is a Professor at Cornell University's College of Engineering, specializing in multiphase and granular flows, thermal systems, and turbulence. His research integrates experimental, theoretical, and applied approaches to study granular materials, aeolian processes, and fluid-particle interactions. He has conducted field experiments in extreme environments such as microgravity aircraft, the Sahara desert, and mountain regions, utilizing advanced instrumentation like capacitance sensors to measure solid concentration and water content in complex systems.

Education: Stanford University, 1985.

Research interests focus on granular flows down inclines, heat transfer in suspensions, and the dynamics of powder snow avalanches. His work bridges chemical engineering applications (e.g., catalytic cracking, fluidized beds) and geophysical phenomena (e.g., sand dune mobility, desertification). Key experimental facilities include circulating fluidized beds, inclined chutes, and flumes, supported by collaborations with NASA and international institutions.

Major contributions include modeling pore pressure gradients in geophysical flows, statistical mechanics of triple contact lines, and microgravity studies of liquid spreading on capillary plates. His findings address real-world challenges in environmental science, industrial processes, and space exploration.