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F a c u l t y
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J.S. Allen |
| acoustics, bubblology, biomedical
applications |
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| P. J. Berkelman |
| haptic interfaces, surgical robotics,
magnetic levitation |
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| Brian Bingham |
autonomous robotics, navigation, dynamics and controls
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| Anyuan Cao |
| nanoscale structures, nanomaterials,
nanocomposites |
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| B. H. Chao |
| combustion, perturbation
methods |
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L. H. Hihara |
| materials, corrosion, mechanical
behavior of materials |
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K. M. Htun |
| properties of
materials, materials processing |
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| M. H. Kobayashi |
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computational fluid
dynamics, applied mathematics, aeroelasticity |
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R. H. Knapp |
| solid mechanics, design |
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B. E. Liebert
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| materials,
corrosion, solid state ionics |
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| M. N. G. Nejhad |
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thermomechanics, composite materials
processing |
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W. Qu |
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boiling heat
transfer, microscale heat transfer, heat sinks |
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A. K. Sanyal
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| control, dynamical
systems, geometric mechanics |
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| Scott F Miller |
| design of medical devices and
healthcare systems, Biomedical engineering |
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| Reza Ghorbani |
| robotics, controls, alternative energy |
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Yi
Zuo |
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Colloids and surfaces, lung surfactant, AFM, biomedical
applications |
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Adjunct..Faculty
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J. Yuh
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| control, robotics, design |
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Retired ..Faculty.on..Teaching .Recall
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Cooperative...Graduate
.Faculty
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M. J. Antal
Jr.
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| alternate energy, combustion |
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C. M. Kinoshita |
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| combustion, energy systems,
thermochemical systems |
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B. Y. Liaw |
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| materials, energy conversion,
solid-state ionics |
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S. M. Masutani |
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| combustion, turbulent transport
phenomena, energy systems |
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R. Rocheleau |
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| thin film ceramic materials |
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| S. Q. Turn |
| biomass conversion, sugar industry
processes |
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