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Research Areas
Thermal-Fluids in Energy, Aerospace and Biomedicine
Application of the principles of thermal-fluids to develop solutions for renewable energy, energy storage and harvesting, electronics cooling, and efficient, safe, and sustainable transportation; creation of micro-/nanofluidic technologies to understand and control multiphase processes like condensation and evaporation, and biofluidic processes involving molecules, cells and tissues.
Research Spotlight
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Meacham, Bose receive university’s first DEPSCoR grant since 1996
They seek to understand extracellular electron uptake in bacteria using novel acoustic microfluidic devices
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Plants model more efficient cooling method
Patricia Weisensee creates a bioinspired evaporation technique.
MEMS Shared Instrument Group
MEMS has shared materials testing equipment available for use in Jubel Hall. If you are interested in using this equipment contact Barbara Semar.