Undergraduate Students | Graduate Students | Alumni
Mechanical Engineering Program
Thermal-Fluids Area
Faculty
in the Thermal-Fluids Area are concerned with the transport of momentum,
heat and chemical substances in various fluids, as well as with interdisciplinary
topics such as biofluids, materials processing and fluid-structure interaction.
Several faculty and students in this area at Iowa are affiliated with IIHR—Hydroscience and Engineering.
They also interact closely with the hydraulics group within the Civil
and Environmental Engineering Department and the biofluids group in the
Biomedical Engineering Department.
Faculty
The faculty affiliated with the Thermal-Fluids Area are listed below. Descriptions of specific research projects in this area can be accessed through research links on the individual faculty pages or through the IIHR web site.
Thermal-Fluids Faculty With Primary Appointments in MIE
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Research Interests: Solidification of metal alloys and composites, transport phenomena in multi-phase, multi-component systems, heat and mass transfer in buoyancy driven systems and in porous media. |
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Research Interests: Ignition phenomena in energetic materials, real-gas thermochemical processes, reaction in supercritical water medium, detonation of gas and condensed-phase media. |
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Research Interests: Combustion, sprays, biofuels, supercritical fuels, fuel cell, airbag diagnostics and modeling, optical flow diagnostics, bio-fluid mechanics. |
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Research Interests: Boundary layer and turbulence, bubbly and free-surface flow, microfluidics, gas transport in the lungs, data assimilation, computational fluid dynamics. |
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Research Interests: Three dimensional vortex dynamics, vortex turbulence, particulate and bubbly flows, computational fluid dynamics, particle-image velocimetry. |
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Research Interests: Turbulent shear flows, computational fluid dynamics, hydraulics and biofluid dynamics. |
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Research Interests: Flame front dynamics, impact of fuel mixing on combustion instabilities, effectiveness of diagnostic techniques in accurately assessing flame state variables, hydrocarbon-based liquid rockets. |
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Research Interests: Computational and experimental fluid dynamics and uncertainty analysis, ship hydrodynamics, viscous flow, free surface waves and turbulence, propulsors and cavitation, resistance and propulsion, and ship and platform motions and maneuvering. |
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Research Interests: Computational fluid dynamics, moving boundary problems in materials processing and biofluid dynamics, simulation of wave impact and wave propogation phenomena, turbulent flow in stenosed arteries, heat and mass transfer in cryobiology. |
Thermal-Fluids Faculty with Secondary Appointments in MIE
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Research Interests: Hemodynamics, cardiac mechanics, vascular prosthesis and artificial heart valve dyanmics, fluid dynamic. |
Courses
Numerous graduate courses in the Thermal-Fluids Area are offered at both the 100- and 200-levels. Many of these courses are cross-listed with the Civil and Environmental Engineering Department.