Applied Mechanics and Advanced Materials Processing: mechanics of soft and hard matter, properties of ceramic and metallic materials and coatings, optical ceramics, photonic crystals, optical fibers, thin films, polymer and composite materials processing, micro-fabrication processes.
Affiliated Center: Institute of Materials Science
3
advance propulsion|applied mechanics|Applied Mechanics and Advanced Materials Processing|computational mechanics|emeritus faculty|gas turbine engines|heat transfer|material modeling|non-linear finite element modeling|programming|re-entry vehicles|super computing
brice.cassenti@uconn.edu
Applied Mechanics and Advanced Materials Processing|Current|Energy Systems|fire dynamics|fluid mechanics|heat transfer|optical diagnostics|turbulent combustion
baki.cetegen@uconn.edu
Applied Mechanics and Advanced Materials Processing|batteries|carbon nanomaterials|Current|electrolyzers|energy materials|Energy Systems|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
Applied Mechanics and Advanced Materials Processing|Current|emeritus faculty|experimental mechanics|high temperature materials|Micro and Nano-scale Systems|theoretical mechanics
eric.jordan@uconn.edu
Applied Mechanics and Advanced Materials Processing|Current|fatigue mechanics|fracture mechanics|solid mechanics|Structural mechanics
vito.moreno@uconn.edu
Applied Mechanics and Advanced Materials Processing|biomechanics|computational mechanics|computational solid mechanics|Current|finite element methods
david.pierce@uconn.edu
