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- John D. Anderson (ENAE): computional fluid dynamics, hypersonics, history of aerodynamics
- Mikhail A. Anisimov (IPST/ENCH): mesoscopic dynamics in complex fluids
- Stuart S. Antman (IPST/MATH): continuum physics and nonlinear analysis
- Thomas M. Antonsen (ENEE/PHYS/IREAP): nonlinear dynamics, hydrodynamics and magnetohydrodynamics
- James D. Baeder (ENAE): computational fluid dynamics
- Ferdinand Baer (AOSC): numerical weather and climate prediction and atmospheric dynamics
- Antonio J. Busalacchi (ESSIC/AOSC): tropical ocean circulation, air-sea interaction, climate predictability
- Avram Bar-Cohen (ENME): thermofluid modeling, boiling and two-phase flow
- Peter S. Bernard (ENME): vortex methods, turbulent flow prediction and theory
- David I. Bigio (ENME): mixing of fluid systems and chaos theory of mixing
- Kaye L. Brubaker (ENCE): hydrology, hydrologic and water-quality modeling, global water-vapor transport
- Richard V. Calabrese (ENCH): multi-phase flow, turbulence and mixing
- James A. Carton (ESSIC/AOSC): ocean dynamics
- Gennady A. Chepurin (AOSC): ocean dynamics
- Anil Deane (IPST): fluid dynamics, MHD, computation, visualization
- Donald L. DeVoe (ENEE/ISR): bio-microfluidics and nanofluidics
- Panagiotis Dimitrakopoulos (ENCH): computational fluid dynamics: multiphase flows, mesoscale polymer dynamics, biophysics, numerical analysis
- J. Robert Dorfman (IPST/PHYS): kinetic theory and microscopic chaotic dynamics
- William D. Dorland (PHYS/IREAP/CSCAMM): plasma turbulence, kinetic algorithms
- James F. Drake (IPST/PHYS/IREAP): magnetohydrodynamics in plasmas
- James A. Duncan (ENME): experimental fluid dynamics - breaking waves, bubble dynamics and solid/fluid interactions
- Ramani Duraiswami (CSMC/UMIACS): computational fluid dynamics, multiphase flow
- Howard Elman (CSMC): computational fluid dynamics, numerical analysis, numerical linear algebra, parallel computation
- Michael J. Gollner (ENFP): experimental fire science and combustion
- Nail Gumerov (UMIACS/AMSC): computational physics, multiphase flows, bubble dynamics and linear/nonlinear waves
- Ashwani K. Gupta (ENME): swirl flows; combustion, fuel sprays, high-temperature air combustion and air pollution
- Parvez N. Guzdar (IREAP): theory and simulations for fluids and fusion/space plasmas
- Adil B. Hassam (PHYS/IREAP): magnetohydrodynamics and fusion
- Sash Hier-Majumder (GEOL/AMSC): Geodynamics, multiphase flow, magma dynamics, physical properties of suspensions, non-quilibrium thermodynamics
- Brian R. Hunt (IPST/MATH): nonlinear dynamics and chaos, numerical weather prediction
- Kayo Ide (AOSC/CSCAMM/ESSIC/IPST): data assimilation, atmospheric and oceanic variability, Lagrangian analysis, dynamical systems
- Gregory S. Jackson (ENME): combustion and flame stability
- Christopher Jarzynski (CHBC): foundations of nonequilibrium thermodynamics, thermodynamic properties of complex systems, biophysical statistical mechanics
- Eugenia E. Kalnay (IPST/AOSC): atmospheric modeling)
- Kenneth T. Kiger (ENME): multi-phase flows, turbulence and biological fluid dynamics
- Daryl Kleist (AOSC): data assimilation, numerical weather prediction, atmospheric predictability
- Jungho Kim (ENME): phase change heat transfer and fluid flow
- Daniel Kirk-Davidoff (AOSC): climate dynamics
- Johan Larsson (ENME): turbulence, reacting flows, computational science
- Daniel P. Lathrop (IPST/PHYS/IREAP): nonlinear dynamics, magnetohydrodynamics, Geophysics
- Stuart J. Laurence (ENAE): high speed flows and supersonic combustion
- C. David Levermore (IPST/MATH): fluid dynamics and applied mathematics
- Doron Levy (MATH/CSCAMM): computational fluid dynamics, bioscience
- Mark J. Lewis (ENAE): hypersonic aerodynamics, optimal aerodynamics, propulsion flowpaths
- Xin-Zhong Liang (AOSC): Climate-weather forecasting modeling
- Wolfgang Losert (IPST/PHYS/IREAP): nonlinear dynamics, granular flows, bioscience
- Dionisios Margetis (MATH/IPST/CSCAMM): mathematical materials science and statistical mechanics
- Andre W. Marshall (ENFP): fire induced flows; atomization and sprays; combustion
- Pino Martin (ENAE): physics of tubulent flows and numerical methods for simulation of turbulence
- Howard M. Milchberg (ENCE/PHYS): nonlinear optics, plasma hydrodynamics
- Laurent G. J. Montési (GEOL/AMSC): Geodynamics, nonlinear dynamics, rheology, melt migration
- Raghuram Murtugudde (ESSIC/AOSC): computational fluid dynamics and ocean modeling
- Sumant Nigam (ESSIC/AOSC): atmospheric and oceanic dynamics
- Ricardo H. Nochetto (IPST/MATH): finite-element methods, projection methods, adaptivity
- Serguei Novikov (IPST/MATH): mathematical physics and dynamics
- Elaine S. Oran (ENAE): fluid dynamics, numerical algorithms, reacting flows, explosions, turbulence
- Eve C. Ostriker (ASTR): astrophysical magnetohydrodynamics
- Edward Ott (ENEE/PHYS/IREAP): nonlinear dynamics, chaos
- Derek A. Paley (ENAE/ISR): nonlinear control, engineering dynamics, and dynamical systems theory
- K. Dennis Papadopolous (PHYS/ASTR): plasma physics and space physics
- Srinivasan R. Raghavan (ENCH): rheology of complex non-Newtonian fluids
- Amir Riaz (ENME): computational fluid mechanics, porous media flow, multiphase flow, interfacial flow stability
- Chris Reynolds (ASTR): astrophysical magenetohydrodynamics, accretion disk theory
- Derek Richardson (ASTRO): granular media
- Rajarshi Roy (IPST/PHYS/IREAP): nonlinear dynamics and noise
- Jan V. Sengers (IPST/ENCH/ENME): fluctuations and thermal transport phenomena
- Benjamin Shapiro (ENAE) modeling and control of fluid dynamics
- Adel Shirmohammadi (BIOE) computational fluid dynamics in porous media
- Elisabeth Smela (ENME): micro-systems, conjugated polymers, bio-MEMS
- Jelena Srebric (ENME): urban sustainability and microclimate
- Katepalli R. Sreenivasan (IPST/ENME): complex fluids, combustion, nonlinear dynamics and turbulence
- Peter B. Sunderland (ENFP): experimental fire science and combustion
- Eitan Tadmor (IPST/MATH/CSCAMM): mathematical analysis and computational fluid dynamics
- Konstantina Trivisa (IPST/MATH): fluid dynamics, multicomponent reactive flows, non-linear analysis, nonlinear conservation laws and related models
- Arnaud C. Trouve (ENFP): computational fluid dynamics, reacting flows
- James M. Wallace (ENME/IPST): experimental fluid mechanics and turbulence
- Peter H. Yoon (IPST): magnetohydrodynamics and plasma turbulence
- James A. Yorke (IPST/MATH/PHYS): nonlinear dynamics and chaos
- Da-Lin Zhang (AOSC): atmospheric dynamics, numerical weather prediction

- AMSC: Applied Mathematics and Scientific Computation Program
- AOSC: Department of Atmospheric and Oceanic Science
- ASTR: Department of Astronomy
- BIOE: Deparmtent of Bioengineering
- CSCAMM: Center for Scientific Computation and Mathematical Modeling
- CHBC: Department of Chemistry and Biochemistry
- CSMC: Department of Computer Science
- ENAE: Department of Aerospace Engineering
- ENCE: Department of Civil and Environmental Engineering
- ENCH: Department of Chemical and Biomolecular Engineering
- ENEE: Department of Electrical and Computer Engineering
- ENFP: Department of Fire Protection Engineering
- ENMA: Department of Materials and Nuclear Engineering
- ENME: Department of Mechanical Engineering
- ESSIC: Earth System Science Interdisciplinary Center
- GEOL: Department of Geology
- IPST: Institute for Physical Science and Technology
- IREAP: Institute for Research in Electronics and Applied Physics
- ISR: Institute for Systems Research
- MATH: Department of Mathematics
- PHYS: Department of Physics
- UMIACS: University of Maryland Institute for Advanced Computer Studies