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computational dynamics|computational fluid dynamics|emeritus faculty|Energy Systems|physical fluid dyanmics|propulsion system nozzles
thomas.barber@uconn.edu
emeritus faculty|fluid mechanics turbulence|instrumentation|teaching pedagogy|turbulent combustion modeling
john.bennett@uconn.edu
Computational Shape Modeling,Design and Optimization|Computer Aided Design(CAD) modeling|design|emeritus faculty
zbigniew.bzymek@uconn.edu
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
emeritus faculty|fire dynamics|fluid mechanics|heat transfer|optical diagnostics|turbulent combustion
baki.cetegen@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
applications for design|emeritus faculty|shell stress analysis|solid mechanics|stress analysis|stress concentrations|vibrations
robert.jeffers@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
aerospace applications|biomechanics|composite materials|computational mechanics|emeritus faculty|life predictions|manufacturing|processes|Structural mechanics
herbert.koenig@uconn.edu
emeritus faculty|experimental and analytical studies of 3D flows|fluid mechanics|heat transfer|turbo machines
lee.langston@uconn.edu
