Heat Transfer Physics: Efficient and Innovative Energy Transport and Conversion (transformation) Through Atomic Tailoring of the Principal Energy Carriers (phonon, Electron, Fluid Particle, and Photon). Current Energy-Related Projects Include Thermoelectricity, Phonoelectricity, Thermal Switch, and Multidimensional Wicks for Record Conductance and Heat Flux.
1 faculty research Heat Transfer Physics: Efficient and Innovative Energy Transport and Conversion (transformation) Through Atomic Tailoring of the Principal Energy Carriers (phonon, Electron, Fluid Particle, and Photon). Current Energy-Related Projects Include Thermoelectricity, Phonoelectricity, Thermal Switch, and Multidimensional Wicks for Record Conductance and Heat Flux. on GradNova.
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Professor, Mechanical Engineering Professor, Applied Physics
Heat Transfer Physics: Efficient and Innovative Energy Transport and Conversion (transformation) Through Atomic Tailoring of the Principal Energy Carriers (phonon, Electron, Fluid Particle, and Photon). Current Energy-Related Projects Include Thermoelectricity, Phonoelectricity, Thermal Switch, and Multidimensional Wicks for Record Conductance and Heat Flux.
Thermal Properties of Materials
Heat Transfer and Optimization
Heat Transfer and Boiling Studies
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