Micro and Nano-scale Systems: experimental, computational and theoretical studies on fluid and heat transport in micro devices, micro electro-mechanical systems, mechanics of structures at nanometer length scales, nano-structured materials synthesis, carbon nanotubes.
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batteries|carbon nanomaterials|Current|electrolyzers|energy materials|fuel cells|gas separation|heat transfer|mass transfer|metal foams|Micro and Nano-scale Systems|photonics|semiconductors|solar cells|waste forms
wilson.chiu@uconn.edu
boiling and condensation|emeritus faculty|Energy Systems|enhanced heat transfer|fluid mechanics|heat pipes and fuel cells|heat transfer|Micro and Nano-scale Systems|phase change and solidification|transport phenomena
amir.faghri@uconn.edu
Applied Mechanics and Advanced Materials Processing|emeritus faculty|Energy Systems|experimental mechanics|high temperature materials|Micro and Nano-scale Systems|theoretical mechanics
eric.jordan@uconn.edu
Biomechanics and Biomedical Applications:|Biomedical Related Applications|cellular mechanics|cellular membrane dynamics|Current|dynamic frictional sliding modes|incoherent interfaces|Micro and Nano-scale Systems
george.lykotrafitis@uconn.edu
