Student Lunch with the Experts
COFFEE_KLATCH
Abstract
Additional fee at registration. Boxed lunch will be served. An opportunity for students to join in a discussion with a professor specializing in a particular fluid dynamics area.
1. Robert Moser, University of Texas at Austin: Turbulence physics, DNS & LES, Cardiovascular fluid mechanics, UQ in computational science.
2. Eva Kanso, University of Southern California: Fundamental problems in the biophysics of cellular and subcellular processes and the physics of animal behavior.
3. Ann Karagozian, University of California, Los Angeles: Combustion, with applications to improved engine efficiency, reduced emissions, alternative fuels, and rocket propulsion.
4. Minami Yoda, Michigan State University: Experimental fluid mechanics, Optical diagnostics, phase-change heat transfer and applications to fusion & micro/nanofluidics.
5. Marcus Hultmark, Princeton University: Turbulence, such as heat and mass transfer as well as drag reduction and wind energy.
6. Michael Howland, Massachusetts Institute of Technology: Flow physics of Earth’s atmosphere and the modeling, optimization, and control of renewable energy generation systems.
7. Alban Sauret, University of Maryland: Fluid mechanics, soft matter, interfacial dynamics, and granular physics.
8. Alexander Alexeev, Georgia Tech: Fluid mechanics of complex fluids, soft materials, multiphase/granular flows, surface-tension-driven flows, aerosol mechanics.
9. Joseph Katz, Johns Hopkins University: Experimental fluid mechanics, Cavitation phenomena and multiphase flows, Transport of microscopic particles and droplets in turbulent flows
10. Richard Lueptow, Northwestern University: Modeling and experiments on the segregation and mixing of bi-and poly-disperse granular materials; Molecular level simulation of transport processes.
1. Robert Moser, University of Texas at Austin: Turbulence physics, DNS & LES, Cardiovascular fluid mechanics, UQ in computational science.
2. Eva Kanso, University of Southern California: Fundamental problems in the biophysics of cellular and subcellular processes and the physics of animal behavior.
3. Ann Karagozian, University of California, Los Angeles: Combustion, with applications to improved engine efficiency, reduced emissions, alternative fuels, and rocket propulsion.
4. Minami Yoda, Michigan State University: Experimental fluid mechanics, Optical diagnostics, phase-change heat transfer and applications to fusion & micro/nanofluidics.
5. Marcus Hultmark, Princeton University: Turbulence, such as heat and mass transfer as well as drag reduction and wind energy.
6. Michael Howland, Massachusetts Institute of Technology: Flow physics of Earth’s atmosphere and the modeling, optimization, and control of renewable energy generation systems.
7. Alban Sauret, University of Maryland: Fluid mechanics, soft matter, interfacial dynamics, and granular physics.
8. Alexander Alexeev, Georgia Tech: Fluid mechanics of complex fluids, soft materials, multiphase/granular flows, surface-tension-driven flows, aerosol mechanics.
9. Joseph Katz, Johns Hopkins University: Experimental fluid mechanics, Cavitation phenomena and multiphase flows, Transport of microscopic particles and droplets in turbulent flows
10. Richard Lueptow, Northwestern University: Modeling and experiments on the segregation and mixing of bi-and poly-disperse granular materials; Molecular level simulation of transport processes.
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