tfes.mech.utah.edu
People of TFES « Thermal, Fluids, and Energy Systems
http://tfes.mech.utah.edu/people-of-tfes
Thermal, Fluids, and Energy Systems. Dept Chair, Professor. Microscale thermal fluid phenomena. Mathematical modeling of thermal fluid systems. Atmospheric Sciences and Turbulence. Wind, Energy and Turbulence. 1371 and 2235 MEB. Nanoscale heat transport,. Photovoltaic and thermophotovoltaic energy conversion. Surface polariton coupling in nanostructures. Computational Solid Mechanics and Fluid Structure Interaction. Mechanical Response of Multi-Cellular Constructs. Turbulence and Renewable Energy.
tfes.mech.utah.edu
Nanoscale Heat Transport « Thermal, Fluids, and Energy Systems
http://tfes.mech.utah.edu/nanoscale-heat-transport
Thermal, Fluids, and Energy Systems. Nanoscale heat transfer involves studying conduction, convection, and radiation at a nanoscale level. Typically involves laboratory experiments, computer simulations, and equipment development. Micro/Nanoscale Energy Transport and Conversion Laboratory. Our research interests are to understand fundamental physics of energy interactions and conversions at the micro/nanoscale and (2) to apply the obtained fundamental knowledge to various engineering applications, includ...