Mechanical and Aerospace Engineering
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Research Areas |
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Continuum mechanics, computational mechanics, computer modeling and simulation, integrated product and process design, damage tolerance and structural integrity, failure prevention, computational microelectronics. |
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Prof.
Satya N. Atluri |
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Turbulence and the dynamics of fluids, large-scale dynamics of turbulent flows, dynamics of turbulent fluid interfaces, large-Reynolds-number turbulent flows, turbulent flow control and regularization, mixing efficiency of turbulent flows, speed-of-light propagation through fluids, fluid-optical interactions and control, laser-beam propagation in turbulence, aerooptics and high-speed turbulence, aeronautics and planetary defense. |
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Prof. Haris J.
Catrakis |
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Combustion, optical particle sizing, particle aerodynamics, laser diagnostics and spectroscopy. |
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Prof. Derek
Dunn-Rankin |
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Direct numerical simulation of turbulent chemically reacting and dispersed two-phase flows. |
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Prof.
Said E. Elghobashi |
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Fluid mechanics, heat transfer, turbulence, instrumentation. |
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Prof.
John C. LaRue |
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Computational fluid dynamics, turbomachinery, propulsion. |
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Prof.
Feng Liu |
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Jet noise, mixing enhancement, compressible turbulence, supersonic shear flows, advanced diagnostics. |
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Prof. Dimitri Papamoschou |
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Fluid dynamics and heat transfer, spray vaporization and combustion, metal spray processing and solidification. |
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Prof. Roger H. Rangel |
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Combustion, sprays, laser diagnostics, turbulent transport, alternative fuels, modeling reacting flows, practical systems. |
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Prof.
G. Scott
Samuelsen |
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Combustion theory and computational methods, multiphase flows, turbulent reacting flows. |
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Prof.
William A.
Sirignano |
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