APS Fellowship

Gray arrow DFD Deadline for APS Fellowship Nomination: Friday, April 1, 2016
Gray arrow APS Fellowship Information

APS Fellows Nominated by DFD  

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Abernathy, Frederick H. [1991]
Harvard Univ
Citation: For his many contributions to fluid mechanics, including: formation of the vortex sheet, free surface flows, drag reduction, polymer dynamics, and the structure of the near-wall region of the turbulent boundary layer.


Acrivos, Andreas [1981]
Stanford University
Citation: Not available


Adams, Nikolaus [2011]
Technische Universitat Munchen
Citation: For the development of novel numerical methods for Computational Fluid Dynamics, and for their successful application to elucidate dynamics of turbulent boundary layers and shock-turbulence interactions.


Adrian, Ronald J. [1991]
Arizona State University
Citation: For his improved understanding of laser Doppler anemometers, the development of the Particle-Image-Velocimeter, and the theoretical formation of stochastic estimation theory applied to turbulent coherent eddy structures.


Agarwal, Ramesh K. [2002]
Wichita State University
Citation: For pioneering development of Computational Fluid Dynamics methods and codes for the aerodynamic analysis and design of all categories of aerospace vehicles and outstanding contributions to aeroacoustics, magneto-hydrodynamics and rarefied gas dynamics.


Akylas, Triantaphyllos [2010]
Massachusetts Institute of Technology
Citation: For elegant and insightful theoretical investigations of nonlinear surface and internal gravity wave phenomena.


Alfredsson, P. Henrik [2012]
Royal Inst of Tech
Citation: For the development of innovative, creative and rigorous experimental methods leading to seminal contributions to our understanding of instabilities, transitional and turbulent flows


Anna, Shelley L. [2014]
Carnegie Mellon University
Citation: For contributions in extensional rheology and droplet microfluidics and in particular for elucidating and manipulating the effect of surfactants in microfluidic tip streaming.


Arndt, Roger E.A. [2009]
University of Minnesota
Citation: For his seminal contributions to our understanding of cavitation including inception physics, erosion mechanisms, noise and vibration and effects on turbomachinery performance; and for his outstanding contributions to research and education in aeroacoustics, hydroacoustics and hydroturbine technology.


Aubry, Nadine N [2005]
New Jersey Institute of Technology
Citation: For pioneering work on the derivation and analysis of reduced representations of turbulent and other complex fluid flows, as well as recent contributions to micro fluid dynamics.


Balachandar, Sivaramakrishnan [2006]
University of Illinois, Urbana-Champaign
Citation: For fundamental contributions to the understanding of thermal convection in the earth's mantle, the structure of bluff body wakes and their effect on the dynamics of small particles, the dynamics of vortices in wall turbulence, and theory of two-phase flow, including the equilibrium Euler formulation for disperse flow.


Barenghi, Carlo F. [2009]
Newcastle University
Citation: For the application of ideas and methods of modern fluid mechanics to quantum fluids, especially hydrodynamic stability, vortex dynamics and turbulence.


Barkley, Dwight [2008]
University of Warwick
Citation: For combining computation and dynamical systems analyses to obtain remarkable insights into hydrodynamic instabilities and patterns in diverse systems, including flow past a cylinder, channel flow, laminar-turbulent bands, and thermal convection.


Basaran, Osman A. [2008]
Purdue University
Citation: For computational, theoretical, and experimental work on improving fundamental understanding of pinch-off singularities, drop formation, and electrohydrodynamics, and for development of nonstandard inkjet printing applications.


Bechert, Dietrich Wolfgang [1997]
DLR (German Aerospace Research Est.)
Citation: For seminal contributions in receptivity of shear flows, vortex sound absorption, amplification of jet noise, acoustic array application on high speed train, and ingenious experiments of viscous drag reduction by using riblets.


Behringer, Robert Paul [1993]
Duke University
Citation: For the discovery of chaos near onset for large aspect ratio Rayleigh-Bernard convection, and the discovery of propagating waves in simple granular flows: and for the development of non-invasive techniques for imaging convection in porous media.


Bernard, Peter Simon [1998]
University of Maryland
Citation: For elucidating the physics of turbulent transport and incorporating this knowledge in original closure models and for unraveling knotty problems in isotropic turbulence decay.


Betchov, Robert [1977]
University of Notre Dame
Citation: Not available


Bilger, Robert William [2002]
University of Sydney
Citation: For outstanding contributions to knowledge of turbulent reactive flows through insightful experiments, theory and modelling, especially for elucidating the fundamental processes in turbulent combustion and for the development of the conditional moment closure.


Blackwelder, Ronald E. [1986]
Univ of Southern California
Citation: For his contributions to the physical understanding of the structure of turbulent boundary layers.


Blythe, Philip A. [1995]
Lehigh University
Citation: For consistent work of outstanding originality in fluid mechanics and chemically reacting flows. Specifically for seminal contributions to non-equilibrium nozzle flows, shock and detonation processes and buoyancy driven motions.


Bodenschatz, Eberhard [2003]
Cornell University
Citation: For illuminating experiments on Rayleigh-Be'nard convection and directional solidification, for ground breaking measurements of acceleration in fully developed turbulence, and for significant contributions to understanding electro-convection in liquid crystals.


Bohr, Tomas [2009]
Technical University of Denmark
Citation: For insightful analysis of and experiments on nonlinear fluid dynamical problems, including turbulence, free-surface flows, granular dynamics, and biological flows.


Bonnecaze, Roger T. [2006]
University of Texas
Citation: For seminal contributions to the understanding of suspension and interfacial flows.


Brady, John Francis [1994]
California Institute of Technology
Citation: For contributions to the fundamental understanding of transport processes in heterogeneous media, particularly the diffusive and rheological behavior of microstructured fluids, and for the invention and development of Stokesian Dynamics.


Brasseur, James G. [2009]
Pennsylvania State University
Citation: For advancements in knowledge of nonclassical interscale interactions in turbulence and in large-eddy simulation of the high Reynolds number boundary layer, and for interdisciplinary contributions to gastro-intestinal medicine by integrating physiology, mechanics, and mathematical modeling.


Brenner, Michael [2004]
Harvard University
Citation: For his creative, stimulating, and seminal contributions to various subjects in Fluid Dynamics, namely to fluid singularities, single bubble sonoluminescence, electrohydrodynamics, and sedimentation.


Breuer, Kenny [2010]
Brown University
Citation: For innovative studies of active flow control, the mechanics of flight, and micro- and nano-scale fluid mechanics, and for education leadership via Multimedia Fluid Mechanics.


Brodkey, Robert S. [1987]
Ohio State University
Citation: For his pioneering research on coherent structures in turbulent shear flows using imaginative flow visualization techniques.


Browand, Frederick Kent [1988]

Citation: For his contribution toward understanding the dynamics and evolution of large scale eddy structures and vortex pairing in mixing layers and turbulent mixing processes in stratified fluids.


Brown, Garry L. [2006]
Princeton University
Citation: For seminal contributions to the understanding of structure and mixing in turbulent shear flows.


Bruus, Henrik [2011]
Tech Univ of Denmark
Citation: For contributions to microfluidics including innovative research in lab-on-a-chip systems, electrohydrodynamics, and acoustics, and as the author of a leading textbook on theoretical microfluidics.


Buckmaster, John David [1986]
Affiliation not available
Citation: For fundamental contributions to fluid mechanics which have, in particular, helped to transform combustion theory into a mathematical science.


Bush, John W.M. [2009]
Massachusetts Institute of Technology
Citation: For novel contributions to surface-tension dominated flows, elucidation of their appearance in biological contexts, and for many illustrations of the visual beauty of fluid dynamics.


Bussee, Friedrich H [1981]
University of California at Los Angeles
Citation: Not available


Cantwell, Brian J. [1996]
Stanford University
Citation: For basic contributions to recent developments in Fluid Dynamics, particularly in unsteady, viscous flow theory, from laminar and transitional jets to organized structures in turbulence.


Caulfield, Colm-Cille P. [2014]
University of Cambridge
Citation: For fundamental advances in our understanding of the dynamics of stratified flows including finding new bounds on mixing efficiency and delineating new regimes in natural ventilation.


Ceccio, Steven L. [2009]
University of Michigan
Citation: For experimental advancements in multiphase and high-Reynolds number flows, including cavitating flows, gas-solid flows, and skin friction drag reduction using gas and polymer injection.


Chahine, Moustafa T [1977]
Jet Propulsion Laboratory
Citation: Not available


Chang, Hsueh Chia [1997]
University of Notre Dame
Citation: For his deep and elegant contributions to the mathematics and to the physical understanding of nonlinear waves on thin films.


Chen, C.F. [1987]
Affiliation not available
Citation: For his contributions to basic understanding of double0diffusive convection.


Cheng, Hsien Kei [1989]
Affiliation not available
Citation: For insightful analyses applied to a broad range of fundamental problems in aerodynamics: hypersonic inviscid-viscous interactions, unsteady separated and unseparated flows, transonic flows, and bird and fish locomotion.


Childress, William S. [2008]
New York University
Citation: For pioneering contributions to dynamo theory, geophysical fluid dynamics and biological fluid mechanics including locomotion.


Choi, Haecheon [2010]
Seoul National University
Citation: For his contributions to the fundamental physics and control of turbulent boundary layers and bluff-body flows through numerical simulations and laboratory experiments.


Chomaz, Jean-Marc [2001]
Laboratoire d'Hydrodynamique, Palaiseau, France
Citation: For his fundamental and elegant studies of linear and nonlinear global modes in shear flows, and for the discovery of a new zig-zag instability of vortices in stratified media.


Chong, Min S. [2011]
University of Melbourne
Citation: For contributions to the development of series-expansion approaches to the Navier-Stokes equations to the use of topology in the study of flow patterns in turbulence, and to our understanding of the structure of jets, wakes, wall turbulence and hot-wire anemometry.


Christensen, Kenneth T. [2013]
University of Illinois, Urbana-Champaign
Citation: For his fundamental and innovative contributions to the understanding of wall turbulence, including the character of span-wise vortices and the effects of surface roughness, the behavior of microfluidic systems, and the development of new PIV instruments.


Clemens, Noel T. [2013]
University of Texas, Austin
Citation: For the development and application of innovative experimental methods leading to fundamental understanding of shear flow mixing, turbulent flame structure and supersonic unsteady flows.


Clercx, Herman [2014]
Eindhoven University of Technology
Citation: For his relevant contribution to our understanding of two-dimensional turbulence, vortex flow, rotating flow and mixing.


Coles, Donald [1980]
Affiliation not available
Citation: Not available


Collins, Lance R. [2007]
Cornell University
Citation: For new physical understandings of the dynamics of aerosol particles, droplets, polymer molecules, and reacting gases in turbulence through novel direct numerical simulations and insightful theories.


Colonius, Timothy [2010]
California Institute of Technology
Citation: For the development of accurate and robust numerical methods for fluid dynamics and creative numerical experiments that expose the fundamental mechanics and control of instabilities, flow generated sound, and cavitation bubbles


Comte-Bellot, Genevieve [2010]
Ecole Centrale de Lyon
Citation: For seminal contributions to the understanding and measurement of turbulent and aeroacoustic phenomena.


Corcos, Gilles Marc [1984]
No company provided
Citation: For his theoretical, numerical and experimental contributions to the study of the stability of and turbulence in sheared and stratified flows.


Coriell, Sam R. [2000]
National Institute of Standards and Technology
Citation: For fundamental contributions to the theory of the interaction between hydrodynamics and morphological instabilities during solidification.


Corke, Thomas C. [2006]
University of Notre Dame
Citation: For beautiful experiments elucidating the structure of turbulent boundary layers, the transition from laminar to turbulent flow in boundary layers and in unconfined systems, and the control of turbulence.


Criminale, William O. [1996]
University of Washington
Citation: For seminal contributions to the understanding of the stability of laminar shear flows.


Crouch, Jeffrey D. [2009]
Boeing Company
Citation: For contributions to the theory, modeling and control of flow instabilities, including the discovery of new trailing-vortex instabilities and the advancement of practical methods for boundary-layer transition prediction and laminar flow control.


Dabiri, John O. [2014]
California Institute of Technology
Citation: For seminal contributions to vortex dynamics and biological propulsion, and for pioneering new concepts in wind energy.


Dahm, Werner J.A. [1998]
University of Michigan
Citation: For his many insightful studies of small-scale turbulence, and for the development of novel experimental techniques, including "scalar image velocimetry".


Dalziel, Stuart [2015]
University of Cambridge
Citation: For important contributions to experimental techniques and experimental understanding of stratified and rotating fluids, and for influential directorship of the Batchelor Laboratory and mentoring of young scientists.


Davis, Stephen H [1978]
Johns Hopkins University
Citation: Not available


De Wit, Anne [2015]
University Libre De Brussels
Citation: For pioneering contributions to our understanding of the coupling between chemical reaction, hydrodynamics, and pattern formation driven by coupled reacting-hydrodynamic systems.


deLeeuw, Jaap H [1974]
University of Toronto
Citation: Not available


Denn, Morton Mace [2003]
City College of New York
Citation: For outstanding contributions to non-Newtonian fluid mechanics and polymer rheology, especially his pioneering studies on the stability of viscoelastic flow and the causes and effects of wall slip.


Dewey, Clarence Forbes, Jr. [2004]
Massachusetts Institute of Technology
Citation: For experimental and theoretical studies of high-speed and separated flows, innovations in flow measurement techniques and technology, and the understanding of the biological response of living cells to fluid-mechanical forces.


Dimotakis, Paul [1980]
California Institute of Technology
Citation: Not available


DiPrima, Richard C [1982]
Affiliation not available
Citation: Not available


Domaradzki, Julian A. [2008]
University of Southern California
Citation: For insightful contributions to the development of subgrid-scale algorithms for computational fluid dynamics and for their use to illuminate the physics of the energy transfer between eddy scales in large eddy simulations of turbulent flow fields.


Dowling, David R. [2012]
University of Michigan, Ann Arbor
Citation: For conduct and analysis of experiments on turbulent mixing and high-Reynolds number wall-bounded flows, and for contributions to fluids education


Duncan, James Henry [1999]
University of Maryland
Citation: For his meticulous investigations, using experiments and computations, of interfacial phenomena including breaking waves, cavitation bubbles and compliant surfaces.


Durbin, Paul A. [1996]
Stanford University
Citation: For his contributions to fluid mechanics in general and near-wall turbulence modeling in particular through innovative concepts and analyses.


Dussan V, Elizabeth B. [1985]
Schlumberger-Doll Res Ctr
Citation: For her deep insights into the mechanisms and the realistic modeling of phenomena involving fluid-fluid interfaces, particularly in situations in which moving contact lines and mutual fluid displacement occur.


Eaton, John Kelly [2005]
Stanford University
Citation: For fundamental and original contributions to the understanding of turbulent boundary layers and turbulent particle-laden flows and for development of unique and useful experimental and simulation methods.


Ecke, Robert Everett [1994]
Los Alamos Science Laboratory
Citation: For fundamental contributions to thermal convection, including universal transition to chaos in 3He-superfluid-4He mixtures and traveling waves, vortices, and pattern dynamics in rotating convection.


Eckelmann, Helmut [1996]
Georg August Universitaet
Citation: For landmark measurements of the statistical properties of wall bounded turbulent shear flows and the study of their coherent structures and for discoveries of important three-dimensional aspects of circular cylinder wakes.


Eggers, Jens G. [2009]
University of Bristol
Citation: For applications of the ideas of singularities to free-boundary problems such as jet breakup, drop formation, air entrainment, thin-film dynamics including wetting, dewetting and contact line motions, and with further applications to polymeric flows and models for granular dynamics.


Elghobashi, Said E. [1999]
University of California, Irvine
Citation: For his many important contributions to fluid mechanics by application of direct numerical simulation to complex flows - including flows containing variations of density and heat release, and flows containing particles.


Faeth, Gerard M [2003]
University of Michigan
Citation: For contributions to understanding the dynamics of liquid breakup in sprays, the properties of self-preserving turbulent flows and the mechanism of turbulence generation in dispersed multiphase flows.


Faller, Alan J [1974]
University of Maryland
Citation: Not available


Farge, Marie [2011]
Ecole Normale Superieure
Citation: For pioneering research applying wavelets to the analysis and computation of turbulent flows in two and three dimensions.


Feng, Jimmy J. [2013]
University of British Columbia
Citation: For pioneering studies of solid-liquid two-phase flows, interfacial dynamics of complex fluids, and phase-field modeling of the moving contact line.


Fernando, Harindra Joseph [2004]
Arizona State University
Citation: For contributing greatly to fundamental and applied environmental fluid mechanics, including notable discoveries for how turbulence interacts with stably stratified inversion layers via waves, instabilities and mixing events.


Ferziger, Joel H [1972]
Stanford University
Citation: Not available


Fiedler, Heinrich Edwin [1994]
Institute for Aerospace Research, Canada
Citation: For his archival experiments on the turbulent shear flows, especially mixing layers and jets.


Fiszdon, Wladyslaw [1986]
Affiliation not available
Citation: For his lasting contributions to Aerodynamics and for his tireless efforts in promoting the development of Fluid Dynamics through he Biennial Fluid Dynamics Symposia that he has organized in Poland since 1951.


Flack, Karen A. [2014]
US Naval Academy
Citation: For her clarifying work on the structure of three dimensional turbulent boundary layers, and for better characterizing the connections between surface roughness geometry and boundary layer drag.


Floryan, Jerzy [2015]
University of Western Ontario
Citation: For seminal illumination of the critical influence of surface topography and heating on surface drag; and the onset of shear-, centrifugal-, buoyancy-, and parametric-resonance driven instabilities; and their characterization.


Foss, John F. [2013]
Michigan State University
Citation: For fundamental experimentation of complex flows, novel surface topology analyses and for ground-breaking vorticity measurements.


Fox, Rodney [2007]
Iowa State University
Citation: For ground-breaking contributions to the field of turbulent reacting flows.


Freund, Jonathan [2011]
University of Illinois, Urbana-Champaign
Citation: For his pioneering and incisive numerical simulation studies of atomic-scale and biological flows, free shear flow turbulence, and jet aeroacoustics.


Gad-el-Hak, Mohamed [2000]
University of Notre Dame
Citation: For his original contributions to reactive controls of turbulent flows, pioneering work in developing laser-induced fluorescence techniques, and definitive experiments detailing fluid-compliant surface interactions.


Ganan-Calvo, Alfonso M. [2012]
Univ de Sevilla
Citation: Novel insights, including experiments and theory, for molding fluid jets into micro jets using aerodynamic, hydrodynamic or electrical forces


Gaster, Michael [1997]
Queen Mary & Westfield College
Citation: In recognition of his fundamental contributions to the understanding of transition to turbulence, vortex shedding from bluff bodies and experimental aerodynamics.


George, William K., Jr. [1988]
Imperial College London
Citation: For contributions to the measurement and analysis of turbulent flows, especially laser Doppler anemometry.


Gharib, Morteza [1998]
California Institute of Technology
Citation: For his innovative experimental techniques, such as digital particle-image velocimetry and soap film tunnel, and for his fundamental contributions to the study of vorticity dynamics in wakes, free-surface and cardiac flows.


Ghosal, Sandip [2011]
Northwestern University
Citation: For insightful mathematical models of multi-physics and multi-scale fluid flow phenomena.


Gibson, Carl H [1975]
University of California, San Diego
Citation: Not available


Girimaji, Sharath [2007]
Texas A & M University
Citation: For important contributions to the fundamental understanding of elementary turbulence processes; and, based on this improved knowledge, for the development of widely-used engineering closure models for turbulence and turbulent mixing.


Givi, Peyman [2007]
University of Pittsburgh
Citation: For pioneering computational research on turbulent reactive flows, and especially for the development of the filtered density function methodol-ogy.


Glauser, Mark [2007]
Syracuse University
Citation: For his innovative use of multi-point low-dimensional methods to elucidate key physics associated with time dependent flow phenomena for flow control applications in turbulent jets, shear layers and separated flows.


Glezer, Ari [2007]
Georgia Institute of Technology
Citation: For in-depth insight into flow structure through innovative experiments, and the creation of fundamentally new approaches to flow control, leading to the dramatic alteration of the underlying physics.


Goldstein, Marvin E [1984]
NASA Glenn Research Center
Citation: For his outstanding contributions in aeroacoustics, aerodynamics, and stability and receptivity theory which have significantly advanced these disciplines and have enhanced our understanding of unsteady flow phenomena


Goldstein, Richard Jay [1989]
Affiliation not available
Citation: For significant contributions to our knowledge of fluid mechanics through development of precision systems and their application to studies of important physical phenomena.


Gollub, Jerry Paul [1983]
Haverford College
Citation: For his imaginative research on Rayleigh-Benard convection which has contributed significantly to the understanding of the transition to turbulence.


Govindarajan, Rama [2013]
Tata Institute of Fundamental Research
Citation: For contributions to our understanding of laminar-turbulent transition, especially in viscosity-stratified flows.


Graham, Michael [2011]
University of Wisconsin, Madison
Citation: For diverse contributions to the understanding of complex fluids, including the flow of polymer solutions in confined geometries, the nonlinear dynamics of viscoelastic flows at low and high Reynolds numbers, and the collective dynamics of swimming microorganisms.


Griffiths, Ross W. [2014]
Australian National University
Citation: For pioneering experiments and theoretical analysis in geophysical fluid dynamics, including ocean modeling, earth mantle convection and lava flows, and for scientific leadership and service to the fluid dynamics community.


Grinstein, Fernando F. [2011]
Los Alamos National Laboratory
Citation: For outstanding technical leadership in the formalization, development, and validation of novel large-eddy simulation strategies, and for their application to transitional and turbulent flows.


Grotberg, James Bernard [2002]
University of Michigan
Citation: For the identification and quantification of physical mechanisms in pulmonary fluid mechanics including wheezes, high-frequency ventilation, and surfactant transport.


Guazzelli, Elisabeth [2008]
CNRS
Citation: For extensive and careful experiments revealing complex phenomena in mobile particulate systems.


Gutmark, Ephraim [2012]
University of Cincinnati
Citation: For his pioneering contributions to the fundamental flow physics of noise, combustion, and propulsion, and the development of flow control methodologies to achieve quiet aircraft engines, clean, stable and efficient combustion, and innovative propulsion systems


Hanratty, Thomas Joseph [1982]
Affiliation not available
Citation: Not available


Harlow, Francis Harvey [2003]
Los Alamos National Laboratory
Citation: For his contributions to our understanding of low-speed, free-surface, and turbulent flow through computational modeling, and his invention of completely original methods to address these issues.


Hayes, Wallace Dean [1986]
Affiliation not available
Citation: For influencing generations of graduate students at Princeton and elsewhere with the elegance and precision of his theoretical works.


He, Guowei [2015]
Chinese Academy of Science
Citation: For fundamental contributions to understanding space-time correlations in turbulent flows and development of time-accurate models for large-eddy simulation, and for leadership in fluid dynamics research in China.


Helfrich, Karl R [2001]
Woods Hole Oceanagraphic Institution
Citation: For laboratory, analytical, numerical, and observational contributions to understanding waves, hydraulic control, abyssal ocean circulation, thermals, plumes, viscous fingering and other areas of Geophysical Fluid Dynamics.


Henningson, Dan S. [2012]
Kungliga Tek Hogskolan KTH
Citation: For pioneering contributions to linear and nonlinear hydrodynamic stability and numerical simulations of transitional and turbulent flows, including in-depth understanding of the concept of receptivity, bypass transition and flows over complex surfaces, as well as feedback control of these flows


Herbert, Thorwald [1986]
Affiliation not available
Citation: In recognition of his fundamental contributions to the theory of linear and nonlinear hydrodynamic stability and in particular for his explanation of the subharmonic instabilities in boundary-layer flows.


Herring, Jackson R. [1992]
University of Colorado, Boulder
Citation: For contributions to the development of the statistical theory of turbulence, its applications in a variety of geophysical settings, and assessed comparison of theory to numerical simulations and experiments.


Hinch, E. John [2003]
University of Cambridge
Citation: For many contributions to complex fluids, including novel ideas and physical insight combined with asymptotic and numerical studies, which have illuminated suspension mechanics, viscous, multiphase and viscoelastic flows, and electrokinetics.


Ho, Chih-Ming [1989]
University of California, Los Angeles
Citation: For contributions in understanding the sensitivity of free-shear layers under perturbations or geometrical variations in initial conditions. his pioneering works have served as bases for controlling the evolution of turbulent free-shear layers.


Holt, Maurice [1975]
University of California, Berkeley
Citation: Not available


Homsy, George Mitchel [1984]
University of California, Santa Barbara
Citation: For outstanding contributions in stability theory and in the flow of two-phase materials.


Hoover, William G [1969]
Affiliation not available
Citation: Not available


Hopfinger, Emil J. [1996]
IMG Domaine Universitaire
Citation: For his enlightening experiments in high Reynolds number turbulent flows, and for his unique experiments in stratified and rotating flows which have helped define the present-day study of geophysical fluid dynamics.


Hosoi, Anette E. [2012]
Massachusetts Institute of Technology
Citation: For her innovative work in thin fluid films and in the study of nonlinear interactions between viscous fluids and deformable interfaces including shape, kinematic and rheological optimization in biological systems


Howard, Louis Norberg [1984]
No company provided
Citation: For original and penetrating insights into mechanics of change in flow structure.


Hu, Howard [2011]
University of Pennsylvania
Citation: For pioneering contributions to the understanding of multiphase flows, particularly the direct numerical simulations of Newtonian and viscoelastic particulate flows.


Huerre, Patrick [1993]
Ecole Polytechnique
Citation: For his creative contributions to shear flow instability problems including critical layers, the distinction between closed and open systems in spatially developing flows, the concept of global modes, and the principles underlying frequency and pattern selection.


Hulin, Jean Pierre [2005]
Laboratoire FAST
Citation: For novel and physically insightful experiments on transport in porous and fractured media, fluid mixing and granular flows.


Huppert, Herbert E. [2004]
University of Cambridge
Citation: For pioneering work in geological fluid mechanics including gravity currents, magmas, double-diffusive convections, and solidification.


Hussain, A.K.M. Fazle [1985]
USRA - Univ Space Research Assoc
Citation: For his contributions to the study of turbulent jets and shear layers and in particular for the insight his research has provided to our understanding of coherent structures in turbulent flows.


Hussaini, Mohammed Yousuff [1997]
Florida State University
Citation: For scientific leadership and innovative and pioneering research in the theory and application of computational fluid dynamics, particularly spectral methods, to problems in transition, compressible turbulence, shock-turbulence interaction, and aeroacoustics.


Jackson, Thomas L. [2013]
University of Illinois, Urbana-Champaign
Citation: For pioneering research in reacting flows, especially stability analysis of compressible shear flows, and modeling and simulation of complex heterogeneous solid propellant combustion.


Jaluria, Yogesh [2013]
Rutgers University
Citation: For pioneering and lasting contributions to a wide variety of fundamental and applied areas in fluid mechanics, particularly to buoyancy-induced flows, computational fluid dynamics, microscale transport, fluid flow phenomena in materials processing, the spread and growth of fires in enclosed spaces, and environmental flows.


Jimenez, Javier S. [1993]
Ciudad University
Citation: For his work in image processing, in turbulence, on the structure of turbulent mixing layers, and on the mechanics of near-wall turbulence.


Johansson, Arne [2013]
Royal Institute of Technology
Citation: For pioneering and lasting contributions, using theory, numerical simulation and experiment, to our understanding of turbulent flows and turbulence modeling.


Johnson, Joseph Andrew [1990]
Affiliation not available
Citation: For developing innovative experimental techniques used in the study of supersonic combustion and for the identification of the controlling dynamics in supersonic transport phenomena.


Joseph, Daniel D. [1993]
Affiliation not available
Citation: For numerous significant contributions to the understanding of the stability and bifurcation theory of fluid motions, the analysis of non-Newtonian fluids, and the lubricated transport of viscous fluids and solids.


Kailasanath, Kazhikathra [2008]
Naval Research Laboratory
Citation: For contributions to advanced computational techniques and basic understanding of the dynamics of chemically reactive flows and their application in design, analysis, and performance of propulsion concepts.


Kalliadasis, Serafim [2014]
Imperial College
Citation: For pioneering and rigorous contributions to fundamental fluid dynamics, particularly interfacial flows and dynamics of moving contact lines, statistical mechanics of inhomogeneous liquids, and coarse graining of complex multiscale systems.


Kaneda, Yukio [2011]
Nagoya University
Citation: For seminal achievements in the understanding of high Reynolds number turbulence, especially through pioneering the conduct of direct numerical simulations at massive scale, and for international leadership in the turbulence and computational science communities.


Kantrowitz, Arthur R [1968]
Affiliation not available
Citation: Also approved by the Division of Plasma Physics.


Karagozian, Ann Renee [2004]
University of California, Los Angeles
Citation: For extensive contributions in the fluid mechanics of combustion systems, including the study of jets in crossflow, strained flames distorted by complex flows, acoustically driven reactive cavity flows, and detonation phenomena.


Karniadakis, George Em [2004]
Brown University
Citation: For his innovative developments and his insightful applications of the spectral-element method in computational fluid dynamics.


Kassoy, David Robert [1986]
University of Colorado, Boulder
Citation: For the imaginative application of perturbation methods to the mathematical modeling of fluid dynamical processes in diverse physical systems.


Katz, Joseph [2009]
Johns Hopkins University
Citation: For his important contributions to our understanding of the underlying physics of a wide range of complex flows, including turbulent boundary layers, cavitating flows in rotating machinery, and flows in ocean and atmospheric environments; for his numerous transformative contributions to experimental techniques; and for his years of editorial service.


Kelly, Robert E [1981]
University of California at Los Angeles
Citation: Not available


Kennedy, Lawrence A. [2002]
University of Illinois, Chicago
Citation: For significant and sustained contributions to the fluid dynamics of diverse chemically reacting systems and for engineering applications of that work.


Kerr, Robert M. [2009]
University of Warwick
Citation: For his pioneering mix of 3D direct numerical simulations with analysis inspired by mathematics and physics to turbulent statistics, thermal convection, intense events and novel LES approaches. His 1993 Euler calculation has withstood the test of time and continues to inspire new mathematics.


Kerschen, Edward J. [1999]
University of Arizona
Citation: For fundamental contributions to the theoretical foundations of boundary-layer stability and transition to turbulence.


Kerstein, Alan Robert [2001]
Sandia National Laboratories
Citation: For his substantial and enduring original contributions to turbulence dynamics, turbulent mixing, and turbulent combustion, and for his insightful technical leadership among peers and students.


Kessler, J.O. [2009]
University of Arizona
Citation: For fundamental contributions to the biological fluid dynamics of swimming micro-organisms and for inspirational and enthusiastic leadership in the field.


Khomami, Bamin [2009]
University of Tennessee
Citation: For his insightful application of novel numerical methods, molecular modeling, and experiments toward the physical understanding of elastic fluid flows including discovering and explaining novel aspects of their purely elastic and thermomechanical instability.


Kim, John J. [1989]
University of California, Los Angeles
Citation: For significant expansion of our understanding of turbulent flows; through the development of convergent methods for direct numerical simulation, the application to wall-bounded flows, and the subsequent interpretation using innovative concepts.


Kim, Yong Wook [1982]
Affiliation not available
Citation: Not available


Kimura, Yoshifumi [2007]
Nagoya University
Citation: For contributions to the development of our understanding of turbulent flows and the dispersion of scalars in a variety of geophysical settings through the numerical simulations and a comparison of these to theory and experiment.


Klaus, Klaus W. [1985]
IBM T.J. Watson Research Center
Citation: For significant experimental and theoretical contributions to the study of the hydrodynamics of super-fluid helium.


Kleiser, Leonhard [2010]
ETH Zurich
Citation: For pioneering contributions to the development of accurate numerical methods for computational fluid dynamics, and for their application to elucidate phenomena of transition and turbulence in wall-bounded flows, compressible turbulence, and gravity-driven and particle-laden flows.


Klewicki, Joseph [2011]
University of New Hampshire
Citation: For insightful studies revealing the properties and scaling of turbulent boundary layers over a large Reynolds number range, and for developing and sharing with the research community unique flow facilities to carry out such studies.


Knobloch, Edgar [2001]
University of California, Berkeley
Citation: For his innovative applications of modern mathematical tools such as bifurcation and group theory to the analysis of nonlinear structures in fluid flows and for his elucidation of fundamental dynamical mechanisms.


Koch, Donald L. [1998]
Cornell University
Citation: For original contributions to our understanding of suspension mechanics in areas of bubbly flows, fiber suspensions, gas-solid suspensions, colloids, liquid crystals, and transport in porous media.


Kolodner, Paul R. [1992]
Alcatel Lucent, Bell Laboratories
Citation: For fundamental contributions to the understanding of convection in binary fluid mixtures utilizing precision flow-visualization experiments.


Koochesfahani, Manoochehr M. [2008]
Michigan State University
Citation: For his pioneering contributions to the development of experimental techniques including laser induced fluorescence, molecular tagging velocimetry and thermometry, and quantum dot imaging, and for his fundamental studies of turbulent mixing.


Koplik, Joel [1992]
CUNY-CCNY
Citation: For contributions to the fluid mechanics of porous media, pattern selection in nonequilibrium growth, and the molecular dynamics of fluid flow.


Koseff, Jeffrey [2015]
Stanford University
Citation: For pioneering contributions in understanding lid-driven cavity flow and transport phenomena in coupled physical-biological systems, and seminal contributions to the theory of stratified turbulence and internal wave breaking.


Koumoutsakos, Petros [2012]
ETH Zurich
Citation: For his pioneering contributions in the development of vortex methods, multi-scale particle methods, and bio-inspired optimization algorithms and his insightful use of these methods to advance fundamental understanding of bluff body flows, biological flows, and nanofluidics


Krasny, Robert [2007]
University of Michigan
Citation: For his many achievements in advancing particle methods and tree-code algorithms to allow exceptionally precise computations of vortex dynamics, and his insightful use of the resulting methods to increase the fundamental understanding of regular and chaotic phenomena in fluid flows.


Krishnamurti, Ruby Ebisuzaki [1988]
Affiliation not available
Citation: For fundamental experimental and theoretical researches in diverse aspects of thermal convection, which have elucidated the nature of cellular patterns, and the transition to turbulent convection.


Kumar, Satish [2015]
University of Minnesota, Minneapolis
Citation: For fundamental contributions to interfacial and non-Newtonian fluid mechanics and for exemplary leadership in the engineering science of liquid-applied coating and printing processes.


Kumaran, Viswanathan [2015]
Indian Institute of Science
Citation: For studies of transition to turbulence in flows past soft surfaces at moderate Reynolds numbers, including asymptotic and numerical analyses, and experimental characterization of instabilities, turbulence, and ultrafast mixing.


Landahl, Marten T [1982]
Affiliation not available
Citation: Not available


Lasheras, Juan C. [2000]
University of California, San Diego
Citation: For landmark contributions to the fundamental understanding of combustion, free shear flows, particle/fluid interaction, and turbulence induced atomization of imiscible fluids.


Lauder, George [2015]
Harvard University
Citation: For fundamental contributions to understanding of aquatic propulsion in fishes through experimental hydrodynamics.


Law, Chung King [2006]
Princeton University
Citation: For sustained and outstanding contributions to the fundamentals of combustion, notably those on the dynamics and combustion of droplets, the dynamics, structure, extinction, and stability of flames, and flame chemistry.


Le Gal, Patrice [2013]
CNRS
Citation: For original experimental research in geophysical fluid dynamics, notably the strato-rotational and elliptic instabilities, and for experimental research in pattern formation in Rayleigh-Benard convection, in wakes, and in fluids between rotating disks.


Leal, Leslie Gary [1984]
No company provided
Citation: For outstanding contributions, both theoretical and experimental, to the study of particle mations in viscous fluids and to the rheology of suspensions and emulsions.


Lebowitz, Norman R. [2012]
University of Chicago
Citation: For fundamental work on the fluid mechanics of rotating stars and self-gravitating masses, and for the development and use of mathematical methods applied to problems of geophysical and astrophysical fluid dynamics


Lee, Sang Joon [2014]
Pohang University of Science and Technology
Citation: For his contributions to experimental fluid mechanics, especially in the development of advanced flow visualization techniques and various successful applications to biofluid flows, microfluidics and turbulent shear flows.


Leibovich, Sidney [1982]
Affiliation not available
Citation: Not available


Lele, Sanjiva Keshava [2001]
Stanford University
Citation: For his seminal contributions to the understanding of compressible turbulent flows and for his pioneering work in computational acoustics.


Leonard, Anthony [1993]
California Institute of Technology
Citation: For significant contributions to the theory and practice of computational fluid dynamics, principally by developing and applying Lagrangian approaches to the description of three-dimensional vorticity dynamics and fluid mixing.


Libby, Paul A [1982]
Affiliation not available
Citation: Not available


Liboff, Richard L [1972]
Cornell University
Citation: Also approved by the Division of Plasma Physics.


Lin, Ching-Long [2014]
University of Iowa
Citation: For contributions to multiscale flow physics and computational techniques, including: pulmonary flows, imaging-based data-driven human lung models, lattice-Boltzmann methods, coherent structures in atmospheric boundary layers, and four-dimensional data assimilation.


Lin, Sung-Piau [1992]
Clarkson University
Citation: For pioneering and innovative study of the instability and nonlinear wave evolution of liquid films, interfaces and jets.


Linan, Amable [2001]
School of Aeronautics, Madrid, Spain
Citation: For his seminal contributions to the aerodynamics of combustion, in particular to the structure and stability of diffusion flames, and for the other elegant applications of asymptotic methods of fluid mechanics.


Linden, Paul Frederick [2003]
University of California, San Diego
Citation: For fundamental contributions to geophysical and environmental fluid dynamics, gained by a combination of elegant laboratory experiments, deep physical insight, and penetrating mathematical analysis.


Lister, John [2008]
University of Cambridge
Citation: Manifold contributions to the dynamics of free-surface flows, their singular structures, and applications to flows and transport processes relevant to the earth sciences.


Liu, Joseph T. C. [1984]
Brown University
Citation: For original and significant theoretical contributions in integrating and concepts of large scale turbulent structure into quantitative calculations of developing shear flows and their noise production.


Lohse, Detlef [2002]
University of Twente, Netherlands
Citation: For his decisive role in unraveling the mystery of single-bubble sonoluminescence and his ingenuity in developing scaling arguments for turbulent thermal convection.


Longmire, Ellen [2007]
University of Minnesota
Citation: For innovative experiments in turbulent and particle-laden flows, and the development of new and improved flow diagnostic techniques.


Loyolka, Sudarshan K [1982]
Affiliation not available
Citation: Not available


Luchini, Paolo [2009]
Universita di Salerno
Citation: For the exploration of both electrodynamics and fluid dynamics with an interdisciplinary command of mathematical and numerical approaches and a balanced attention to basic physical issues and practical applicability.


Lueptow, Richard M. [2008]
Northwestern University
Citation: For careful experiments and simulations in a broad range of areas including granular flow, Taylor Couette flow, physical acoustics, turbulent flow, membrane filtration, and sprays as well as noteworthy service to the Division of Fluid Dynamics.


Lundgren, Thomas S. [1994]
University of Minnesota
Citation: For his numerous creative contributions to fluid mechanics, in particular, his derivation of the equations which describe probability densities in turbulence and his spiral vortex model of small scale turbulence.


Luo, Li-Shi [2010]
Old Dominion University
Citation: For his seminal contributions to the theoretical understanding and applications of the lattice Boltzmann equation and other kinetic methods.


Magnaudet, Jacques [2006]
Institut de Mecanique des Fuides de Toulouse
Citation: For numerical and theoretical contributions to the understanding and description of multiphase flows at both high and low Reynolds numbers, including turbulent flows and heat and mass transfer.


Mahesh, Krishnan [2011]
University of Minnesota
Citation: For the development of novel numerical algorithms and creative physical insights leading to enhanced understanding of complex turbulent flows, including shock/turbulence interactions, jets in cross flow, reacting flows, and multiphase flows.


Malik, Mujeeb R. [2008]
NSAS/Langley Research Center
Citation: For pioneering contributions to the understanding of the breakdown of cross flow vortices in three-dimensional boundary layers, attachment-line and hypersonic boundary layer instability including real gas effects, and developing physics-based methods for the prediction of laminar-turbulent transition.


Malkus, Willem Van Rensselaer [1981]
Massachusetts Institute of Technology
Citation: Not available


Malmuth, Norman David [1999]
Rockwell Science Center
Citation: For his fundamental contributions in nonlinear gasdynamics involving application of combined asymptotic and numerical methods to the understanding of transonic, hypersonic and plasma aerodynamics as well as industrial flows.


Mansour, Nagi Nicholas [1995]
NASA Ames Research Center
Citation: For his leading role in the use of numerical simulations to investigate fundamental problems of fluid mechanics including turbulence and drop and bubble flows.


Marcus, Philip Stephen [1990]
University of California, Berkeley
Citation: For studies of Taylor-Couette flows in cylinders and spheres, for contributions to computational fluid dynamics, and for studies of vortices in shear flows and their relation to Jupiter's red spot.


Marusic, Ivan [2010]
University of Melbourne
Citation: For fundamental and original experiments and modeling concepts leading to improved understanding of turbulent boundary layers and high Reynolds number turbulence.


Matalon, Moshe [1995]
Northwestern University
Citation: For fundamental contributions to the mathematical theory of flame propagation including the dynamics and stability of flame fronts, and to the mathematical modeling of diverse combustion problems.


Matar, Omar [2015]
Imperial College London
Citation: For important contributions to interfacial fluid dynamics in the presence of surfactants, nanoparticles, and electric fields, using theory and computation, and with applications in industrial and daily life settings.


Matkowsky, Bernard Judah [2006]
Northwestern University
Citation: For fundamental contributions to the combustion theory including the formulation and derivation of mathematical models and their use in describing observed behavior and predicting new, as yet unobserved, thermally active physical and chemical processes.


Maxey, Martin R [2005]
Division of Applied Mathematics
Citation: For his seminal contributions to the understanding of the physics of particle-laden turbulent flows.


Maxworthy, Tony [1975]
University of Southern California
Citation: Not available


McCune, James E [1968]
Affiliation not available
Citation: Also approved by the Division of Plasma Physics.


McFadden, Geoffrey B. [2001]
National Institute of Standards and Technology
Citation: For fundamental insights into the effect of fluid flow on crystal growth and for an innovative approach to phase field methods in fluid mechanics.


McKinley, Gareth [2007]
Massachusetts Institute of Technology
Citation: For the development of methods for characterization of the rheology of complex liquids and improved understanding of elastic effects and instabilities.


Megaridis, Constantine [2011]
University of Illinois, Chicago
Citation: For pioneering the development of thermophoretic sampling, as well as contributions to the fluid dynamics of droplet impact and the behavior of fluids in nanoenclosures.


Meiburg, Eckart Heinz [2005]
University of California
Citation: For the development and use of computer codes to elucidate significant fluid dynamical problems, including: molecular dynamics, interfacial, thermocapillary, particle-laden and porous-media flows, wakes, rotating jets and gravity currents.


Melville, Wallace Kendal [2005]
University of California, San Diego
Citation: For insightful laboratory, theoretical and field studies of fluid mechanics governing many oceanographic phenomena including breaking waves, rotating fluids, acoustics and flow over topography.


Meneveau, Charles [1998]
Johns Hopkins University
Citation: For major contributions to understanding the multifractal nature of turbulent energy dissipation, energy, the transfer of energy across scales, and subgrid-scale models.


Messiter, Arthur F. [1996]
University of Michigan
Citation: For deep physical insight and careful analysis of complex flow problems, especially the formulation of interactive theories of boundary-layer flows at high Reynolds number.


Mezic, Igor [2015]
Univ of California, Santa Barbara
Citation: For fundamental contributions to the theory of three-dimensional chaotic advection, measures and control of mixing, and development of a spectral operator theory approach to decomposition of complex fluid flows.


Miksis, Michael J. [1999]
Northwestern University
Citation: For pioneering work on problems in multiphase flows including dynamics of contact-line motion, interfacial instabilities and effective media theory in bubbly fluids.


Mittal, Rajat [2011]
Johns Hopkins University
Citation: For fundamental contributions to the development of immersed boundary methods in computational fluid dynamics and for the understanding of the structure of bluff body wakes, fluid dynamics of locomotion, active flow control, and biomimetics & bioinspired engineering.


Moffatt, Henry Keith [2003]
Cambridge University
Citation: For lasting contributions to the interaction between turbulence and electromagnetic fields in conducting fluids, the role of helicity in hydrodynamic turbulence and topological fluid dynamics.


Moin, Parvitz [1992]
Stanford University
Citation: For contributions to the development and use of direct numerical simulations and large-eddy simulations for studying the physics of turbulent flows.


Mollo-Christensen, Erik Leonard [1985]
No Company Provided
Citation: For his important contributions to the understanding of aerodynamic noise, geophysical fluid dynamics and wave motion employing the combination of theory and experiments in a very creative manner.


Monkewitz, Peter Alexis [1992]
Swiss Federal Institute of Technology
Citation: For contributions to the stability-theoretical interpretation of unsteady phenomena in shear flows and their control.


Morkovin, Mark [1980]
No Company Provided
Citation: Not Provided


Morris, Jeffrey [2013]
CUNY-CCNY
Citation: For outstanding research in the flow of multi-phase mixtures, including the development of nonequilibrium microstructure in Stokes flow, constitutive modeling and bulk flow analysis, measurement of the particle pressure, and elucidating the influence of particle-scale inertia on rheology and flow.


Morris, Philip John [1995]
Pennsylvania State University
Citation: For contributions to the aeroacoustics and stability of supersonic jets, the hydrodynamic stability of compliant wall boundary layers and the modeling of large scale structures in turbulent free shear flows.


Moser, Robert D. [1998]
University of Illinois
Citation: For pioneering work on the direct numerical simulation of fully turbulent wall-bounded and free shear flows, and for insightful and elegant analysis of the dynamics and three-dimensional structure of turbulence.


Moses, Harry Elecks [1976]
Air Force Cambridge Research Laboratory
Citation: Not available


Mullin, Thomas [2005]
University of Manchester
Citation: For experimental insights and characterization of the nonlinear dynamics of diverse fluid phenomena.


Mungal, Mark G. [2006]
Stanford University
Citation: For the fundamental understanding of mixing and chemical reactions in subsonic and supersonic shear layers and jets in co-flow and cross-flow, and for lucidating the role of the flowfield in flame stabilization.


Muntz, Eric Phillip [1994]
University of Southern California
Citation: For continuing contribution to the field of rarefied gas dynamics from making the first and only velocity distribution function measurements to the invention of transient pressure driven microdevices.


Nagib, Hassan M. [1991]
Illinois Institute of Technology
Citation: For advancing the understanding of turbulent structure in boundary layers, jets, and wakes. For investigating the physical events occurring in several turbulence control techniques.


Narayanan, Ranganathan [2013]
University of Florida
Citation: For seminal contributions in research and education in the field of interfacial instabilities and for work in generating novel and revealing experiments on pattern formation.


Nayfeh, Ali H [1977]
Virginia Polytechnic Institute
Citation: Not available


Neitzel, G. Paul [1994]
Georgia Institute of Technology
Citation: For major contributions to the stability of complex flows in rotating and interfacial fluid dynamics.


Nelkin, Mark Samuel [1984]
New York University
Citation: For contributions to the advance of physics by strong theoretical contributions in four areas beginning with the physics of thermal neutrons and its applications to nuclear reactors, kinetic theory of fluctuations in fluids, turbulence, and most recently 1/f noise.


Nerem, Robert M [1982]
Affiliation not available
Citation: Not available


Niemela, Joseph [2015]
International Centre for Theoretical Physics
Citation: For significant contributions to high-­precision heat transport measurements at very high Rayleigh numbers in cryogenic Rayleigh-­Bénard convection, and pioneering applications of low-­temperature techniques to studies of instabilities and turbulence.


Noack, Bernd R. [2012]
CNRS
Citation: For pioneering contributions to closed-loop turbulence control from reduced-order modelling to numerical and experimental demonstrations


O'Brien, Edward E [1982]
Affiliation not available
Citation: Not available


O'Brien, Vivian [1976]
Johns Hopkins University
Citation: Not available


Oberman, Carl R [1968]
Affiliation not available
Citation: Also approved by the Division of Plasma Physics.


Orlandi, Paolo [2008]
University of Roma
Citation: For his contributions to the study of turbulence, vortex dynamics, and other areas of fluid mechanics, in particular through the application of low-order energy-conserving finite-difference numerical techniques.


Orszag, Steven Alan [1981]
Massachusetts Institute of Technology
Citation: Not available


Ottino, Julio Mario [1993]
Northwestern University
Citation: For pioneering experimental and theoretical contributions to the understanding of fluid mixing, and for exploiting and elucidating its relationship to chaos.


Panton, Ronald L. [2006]
University of Texas, Austin
Citation: For insightful application of analytical methods to fluid mechanics, the study of turbulence, including wall-bounded turbulent flows and pressure fluctuations, and for authorship of a successful graduate-level fluids textbook.


Paolucci, Samuel [2010]
University of Notre Dame
Citation: For major theoretical contributions tot he theory of hydrodynamic stability of natural convection flows, development of novel adaptive computational methods based on wavelets and fundamental contributions to the theory of low-dimensional manifolds as applied to complex kinetics for chemically reacting flows.


Patankar, Neelesh A. [2012]
Northwestern University
Citation: For pioneering contributions to the understanding of superhydrophobicity, the development of computational methods for immersed bodies, and the numerical analysis of electroosmotic flows


Pearlstein, Arne J. [2014]
University of Illinois, Urbana-Champaign
Citation: For important fundamental contributions to the understanding of the stability of fluid motion, including computational studies of convection and solidification of binary and multi-component fluids.


Pedley, Timothy John [2005]
University of Cambridge
Citation: For manifold contributions to biofluiddynamics and great dedication to the international fluid dynamics community.


Perry, Anthony Edward [1998]
University of Melbourne
Citation: For physical insights into the behavior of turbulence, structure-based modeling approaches, elegant use of scaling arguments, and inspirational teaching.


Piomelli, Ugo [2002]
University of Maryland
Citation: For important and insightful contributions to the development of large eddy simulation techniques and to the understanding of wall-bounded turbulent flows.


Pismen, Leonid [2015]
Israel Institute of Technology
Citation: For pioneering and ingenious contributions to fundamental fluid dynamics, particularly interfacial flows, dynamics of moving contact lines, and the analysis of instabilities and pattern formation in diverse systems.


Pitsch, Heinz [2012]
Stanford University
Citation: For groundbreaking contributions to the development of large-eddy simulations of turbulent combustion as well as their application to aircraft-engine, gas-turbine and reciprocating-engine combustion


Plesniak, Michael [2008]
Purdue University
Citation: For fundamental contributions to understanding complex turbulent shear flows including the effects of curvature, multiple strain rates, three-dimensional boundary layers, and non-canonical jets in crossflow.


Pollard, Andrew [2014]
Queen's University
Citation: For sustained and innovative contributions to computational and experimental fluid dynamics and their symbiotic interplay, and exceptional contributions to higher education, including establishment and leadership of networks supporting international collaboration.


Pope, Stephen B. [1991]
Cornell University
Citation: For contributions of archival value to probability-density-function methods in turbulence modeling, to understanding of the geometry and distortion of surfaces in turbulent flows, and to extraction of Lagrangian statistics from direct numerical simulations.


Pouquet, Annick [2004]
National Center for Atmospheric Research
Citation: For her many contributions to the development and application of statistical methods and numerical simulations in turbulent hydrodynamic and magnetohydrodynamic flows for viscous, inviscid, and compressible fluids.


Powell, Robert Louis [1995]
University of California, Davis
Citation: For contributions to the fluid mechanics of suspensions and the development of experimental techniques.


Powers, Thomas [2013]
Brown University
Citation: For pioneering, rigorous and creative contributions to our understanding of the dynamics of membranes and filaments in viscous flows, particularly regarding the theory of bacterial motility in viscous and viscoelastic media and the role of hydrodynamic interactions at low Reynolds number.


Prosperetti, Andrea [1993]
Johns Hopkins University
Citation: For basic contributions to two-phase flow models, bubble oscillations and entrapment, underwater rain noise, and cavitation.


Pullin, Dale Ian [2006]
California Institute of Technology
Citation: For his deep, insightful contributions to theoretical/computational fluid dynamics including: understanding of vortex sheet dynamics, the equilibrium particle simulation method, and physics-based vortex models for turbulence and large-eddy simulation.


Pumir, Alain J. [2014]
Ecole Normale Superieure de Lyon
Citation: For pioneering and lasting contributions to the selection of Saffman-Taylor fingering, elucidation of solitary wave origin in thin films, and theory of passive scalars and particle motion in turbulence.


Putterman, Seth [1997]
University of California, Los Angeles
Citation: For a sustained record of important discoveries in several areas of fluid dynamics including sonoluminescence, turbulence, and quantum hydrodynamics.


Redekopp, Larry George [1987]
Univ of Southern California
Citation: For his contributions to the theory of solitary waves in a wide variety of physical circumstances and to our understanding of the chaotic behavior of nonlinear fluid dynamical systems.


Reed, Helen Louise [2003]
Arizona State University
Citation: For her innovative research in boundary-layer stability and receptivity, and her leadership in promoting and communicating fluid dynamics.


Reid, William Hill [1983]
Indiana University
Citation: For his many significant and lasting contributions to the field of hydrodynamic stability, especially for his development of elegant asymptoic techniques for the analysis of the stability of shear flows.


Renardy, Yuriko [1997]
Virginia Technical Institute
Citation: For her seminal contributions to the fluid dynamics of interfacial instabilities, through the mathematical analysis of viscous, viscoelastic and thermal effects.


Reynolds, William C [1982]
Affiliation not available
Citation: Not available


Riecke, Hermann [2001]
Northwestern University
Citation: For Pioneering work on pattern formation in nonlinear non-equilibrium systems, especially in Taylor-vortex flow, binary-mixture convection, and electro-convection in nematics.


Riley, James J. [1988]
University of Washington
Citation: For contributions to the direct numerical simulation of turbulent flows, including geophysical flows and flows with chemical reactions.


Rockwell, Donald O. [1993]
Lehigh University
Citation: For fundamental contributions to the understanding of vortex flows and their interaction with structures.


Roquemore, William Melvyn [2004]
Wright Patterson Air Force Base
Citation: For his outstanding contributions to development of laser-based diagnostic techniques, the JP-8+100 jet fuel additive, a revolutionary Trapped Vortex Combustor, and CFD modeling for understanding fundamental combustion and fluid dynamics phenomena.


Roshko, Anatol [1980]
California Institute of Technology
Citation: Not Provided


Rott, Nicholas [1981]
ETH Zurich
Citation: Not available


Rouse, Carl Albert [1968]
Affiliation not available
Citation: Also approved by the Division of Atomic, Molecular and Optical Physics.


Russell, David A. [1980]
Lodestar Res Corp
Citation: Not Provided


Samimy, Mo [2009]
GDTL/AARL/OSU
Citation: For outstanding contributions to the physical understanding and control of high-speed and high Reynolds number free shear flows via developing and using novel control techniques and advanced laser based flow diagnostics.


Santiago, Juan [2010]
Stanford University
Citation: For insightful and manifold contributions to microfluidics, including novel measurement methods, characterization and explanation of electrically driven flow instabilities, and studies and engineering applications of electrically driven flows for pumps, separations, and sample preparation.


Saric, William S [1982]
Affiliation not available
Citation: Not available


Sarkar, Kausik [2014]
George Washington University
Citation: For fundamental contributions and creative analysis of flows with droplets - effects of viscoelasticity, emulsion rheology, normal stress differences, wall-induced migration, and modeling of encapsulated contrast microbubbles for ultrasound imaging.


Sarkar, Sutanu [2006]
University of California, San Diego
Citation: For outstanding and original contributions to the physics of turbulence in compressible flows, stratified flows and combustion, and for the numerical modeling of these important processes.


Savas, Omer [2000]
University of California, Berkeley
Citation: For contributions to the understanding of fluid flows through innovative experimentation in boundary layers, rotating flows, combustion, and vortex dynamics.


Sawford, Brian L. [2009]
Monash University
Citation: For outstanding and influential advances in the understanding and modeling of dispersion, mixing and acceleration in turbulent flows.


Schmid, Peter J. [2011]
CNRS, Ecole Polytechnique
Citation: For profound contributions to non-modal stability theory which have elucidated the mechanisms responsible for by-pass transition in shear flows. For the development of powerful methods capable of extracting the dominant dynamic modes and reduced-order models from experimental and numerical data.


Schultz, Michael P. [2014]
US Naval Academy
Citation: For original and fundamental contributions to the understanding of wall-bounded turbulent flows including surface roughness effects, drag and economic consequences of biofouling, Reynolds-number scaling, and experiments utilizing advanced optical techniques.


Schultz, William W. [2012]
University of Michigan, Ann Arbor
Citation: For deep contributions to nonlinear water waves, die swell, fiber formation and fish swimming, using innovative asymptotic methods and numerical techniques in FEM, BIM and spectral representation


Shaqfeh, Eric Stefan G. [2000]
Stanford University
Citation: For applying statistical theories and numerical simulations to determine the averaged equations for fiber suspensions and polymeric fluids and elucidating the physical mechanism leading to hydrodynamic instabilities of complex fluids.


She, Zhen-Su [2014]
Peking University
Citation: For his contributions to the understanding of intermittency effects and non-Gaussian statistics of small-scale turbulent fluctuations, and quantification of the anomalous scaling of high-order velocity structure functions.


Shelley, Michael [2007]
New York University
Citation: For his broad-ranging contributions to computational fluid mechanics, including boundary integral techniques for interface dynamics, singularity formation in topological transitions, and fluid-body interactions.


Shinbrot, Troy [2015]
Rutgers University
Citation: For creative and thought-provoking work on chaos, fluid mixing, and granular flows.


Simpkins, Peter [2010]
Bell Labs & Syracuse University
Citation: For incisive analytical and experimental studies of two-phase flows, natural convection, and various aspects of electro-optical materials processing.


Singh, Pushpendra [2007]
New Jersey Institute of Technology
Citation: For outstanding contributions to the development of efficient algorithms for the direct numerical simulations (DNS) of multiphase fluids, and for using the DNS technique in conjunction with experiments as a tool for understanding the physics of a broad range of multiphase systems.


Sirignano, William A. [2000]
University of California, Irvine
Citation: For his pioneering efforts in combining modeling and simulation of complex multiphase flows, and for the understanding these models have provided for pool fires and capillary instabilities.


Sirovich, Lawrence [1991]
Mount Sinai School of Medicine
Citation: For his many basic contributions to the kinetic theory of rarefield gases, shock structure biophysics, dynamics of turbulent motion, and applied mathematics methods.


Smith, Leslie M. [2008]
University of Wisconsin, Madison
Citation: For important and insightful contributions to the understanding of turbulence in engineering and geophysical flows through theory and numerical simulations.


Smith, Marc K. [2014]
Georgia Institute of Technology
Citation: For fundamental contributions to the fields of interfacial fluid mechanics and heat transfer and to the modernization of fluid mechanics education.


Smits, Alexander J. [1997]
Princeton University
Citation: For unique contributions that have increased our physical understanding of how turbulent boundary layers are influenced by Reynolds number, Mach number, curvature, shocks, and other perturbations.


Soldati, Alfredo [2013]
Universita' Degli Studi
Citation: For his contribution to our understanding of the role of turbulence in multiphase flow processes and for nurturing and promoting the teaching and study of multiphase flow phenomena.


Sotiropoulos, Fotis [2009]
University of Minnesota
Citation: For seminal contributions in vortex dynamics, flow-structure interactions, and chaotic dynamics in civil, mechanical and biomedical applications.


Spedding, Geoffrey [2010]
University of Southern California
Citation: For contributions to our understanding of unsteady animal flight and stratified turbulence, obtained using innovative diagnostic techniques.


Speziale, Charles G. [1997]
Boston University
Citation: For the rational analysis and modeling of turbulent flows that has enhanced our ability to compute complex flows of scientific importance.


Squires, Kyle [2008]
Arizona State University
Citation: For his role in discovering the mechanisms creating concentration fluctuations of inertial particles in turbulent flow, and for fundamental contributions to the computational modeling of wall turbulence in complex geometries.


Squires, Todd [2015]
Univ of California, Santa Barbara
Citation: For advancing the quantitative and qualitative understanding of fundamental processes in microfluidics and nonlinear electrokinetics, colloidal hydrodynamics, and active and nonlinear microrheology of bulk materials and complex fluid interfaces.


Sreenivasan, Katepalli Raju [1985]
New York University
Citation: For contributing two major recent advances in fluid mechanics, the understanding of relaminarization of certain turbulent flows and the connection of the turbulent structure of wakes with low-dimensional chaos.


Stebe, Kathleen [2010]
University of Pennsylvania
Citation: For lasting contributions to the physics of fluid-fluid interfaces, and in particular the discovery of surface re-mobilization and other sufactant phenomena, to the dynamics of drops and bubbles and to nano-particle self-assembly.


Steen, Paul H. [1996]
Cornell University
Citation: For major contributions to interfacial and nonlinear dynamics.


Stewart, Donald Scott [1998]
University of Illinois
Citation: For fundamental contributions to the theory of chemically reactive flows, especially concerning the dynamics of multi-dimensional detonations.


Stone, Howard A. [2003]
Harvard University
Citation: For pioneering work on the dynamics of complex fluids in small-scale systems.


Sturtevant, Bradford [1976]
California Institute of Technology
Citation: Not available


Sung, Hyung Jin [2013]
KAIST
Citation: For contributions to turbulence, fluid-structure interaction and opto/micro fluidics to find the fundamental physics of these flows and their applications using various numerical and experimental techniques.


Swift, Jack Bernard [1994]
University of Texas, Austin
Citation: For his contributions to the understanding of instabilities and pattern formation in convection, Couette-Taylor flow, and liquid crystals, and for the development (with Hohenberg) of the widely studied Swift-Hohenberg equation.


Talbot, Lawrence [1982]
Affiliation not available
Citation: Not available


Tam, Christopher K.W. [1991]
Florida State University
Citation: For contributions to the aeroacoustics of supersonic jets, the stability of high speed flows, the modeling of large scale structures in turbulence, and the receptivity of shear flows to sound.


Tavoularis, Stavros [2007]
University of Ottawa
Citation: For contributions to turbulence, turbulent mixing, vortex dynamics, aerodynamics, thermo-hydraulics, bio-fluid dynamics, and design of flow apparatus and instrumentation. Also, for contributions to education in fluid dynamics and for promoting international collaboration and understanding.


Thoroddsen, Sigurdur T. [2012]
King Abdullah Univ
Citation: For the development and use of high-speed imaging to understand the dynamics of small-scale multiphase and interfacial flows, leading to fundamental new understanding of the behavior of the bubbles and drops, breakup and coalescence, cavitation, splashes and other free surface flows


Toschi, Federico [2015]
Eindhoven University of Technology
Citation: For lasting contributions to direct numerical simulations of complex flows and turbulence, and to the understanding of fully developed turbulence and turbulent two-phase flow.


Tough, James T. [1987]
Affiliation not available
Citation: For outstanding contributioni in the Hydrodynamics of Superfluid Helium, particularly Superfluid Turbulence.


Triantafyllou, Michael S. [2014]
Massachusetts Institute of Technology
Citation: For seminal contributions in developing scaling laws in fish-like swimming and pioneering the development of biomimetic robots to study mechanisms of unsteady flow control leading to fish and cetacean agility.


Troian, Sandra Marina [2005]
Princeton University
Citation: For pioneering theoretical, experimental and molecular simulation studies of micro-hydrodynamic flows.


Tryggvason, Gretar [2000]
University of Michigan
Citation: For pioneering the use of direct numerical simulations for the study of finite Reynolds number multiphase flows, including the development of computational methods and studies of bubbly flows.


Tuckerman, Laurette Stephanie [2002]
CNRS
Citation: For applying dynamical systems theory to hydrodynamic instabilities, especially to Couette flows, thermal convection, and Faraday and Eckhaus instabilities, and for developing numerical methods that make bifurcation-theoretic computations feasible.


Vasilyev, Oleg V. [2012]
University of Colorado, Boulder
Citation: For pioneering work on adaptive wavelet methods for Computational Fluid Dynamics, fundamental contributions to the advancement of Adaptive Large Eddy Simulation approach and explicit filtering in LES, and the development of volume penalization methods for compressible flows


Vassilicos, John [2010]
Imperial College London
Citation: For his contributions to advance the understanding turbulence decay, mixing and particle motions, especially by recognizing and exploiting the use of fractals in theory and experiment.


Verzicco, Roberto [2013]
Universita' di Roma Tor Ver
Citation: For his seminal contribution to the development of algorithms for direct numerical simulations of thermally driven turbulence, vortex flows, and complex flows, for the resulting deep physical understanding of these flows, and for his collaborative attitude which has strongly served the fluid dynamics community.


Villermaux, Emmanuel [2010]
University of Provence
Citation: For insightful contributions, both qualitative and quantitative, to the fluid dynamical and statistical characterizations of mixing, and for understanding the dynamics and fragmentation of jets and sheets.


Vinals, Jorge [2013]
University of Minnesota
Citation: For his contributions to pattern formation in nonequilibrium systems, especially quasi crystalline patterns in Faraday waves, domain coarsening in modulated phases, and the general study of coarse grained fluids described by an order parameter.


Walker, James David Allen [1991]
Affiliation not available
Citation: For remarkable insight into complicated problems, and especially for formulation and analyzing a theory of regeneration in a turbulent boundary layer based on fundamental concepts of vortex dynamics.


Wallace, James M. [1989]
University of Maryland
Citation: For outstanding contributions to the subject of turbulent wall flows by designing new instruments and techniques, performing delicate experiments, and generating new concepts for the analysis for the Reynolds stress and vorticity fields.


Wang, Lian-Ping [2011]
University of Delaware
Citation: For pioneering contributions to the understanding of turbulent flows and turbulent particle-laden flows, relevant to fine-scale dynamic similarity, turbulent dispersion, settling rate, preferential concentration, collision rate and collision efficiency of inertial particles.


Wang, Meng [2014]
University of Notre Dame
Citation: For pioneering work in large-eddy simulations for aeroacoustics, hydroacoustics and aero-optics, and contributions to the fundamental understanding of physical sources of sound and optical aberrations in turbulent flows.


Wang, Z. Jane [2014]
Cornell University
Citation: For fundamental contributions to our understanding of insect flight through simulations of hovering, elucidation of unsteady forces, development of computational tools, and analyses of flight efficiency, stability, and control.


Warhaft, Zellman [1999]
Cornell University
Citation: For substantial contributions to the understanding of transport and mixing in turbulence obtained through imaginative and careful experimental investigations.


Wegener, Peter P [1968]
Affiliation not available
Citation: Not available


Wei, Timothy [2009]
Rensselaer Polytechnic Institute
Citation: For development of high resolution flow measurements for turbulent flow studies of relevance to fundamental fluid mechanics, industrial applications, and medicine, and contributions to the fluid dynamics profession through outreach to government and the community.


Weidman, Patrick Dan [1999]
University of Colorado
Citation: For contributions toward the understanding of diverse fluid physics phenomena using a balance of theory and experiment.


Weihs, Daniel [2000]
Technion, Israel Institute of Technology
Citation: For outstanding contributions to aircraft performance, animal locomotion and behavior, optimization of energetics, fishing industry, and ecoenvironmental quality.


Weinbaum, Sheldon [1990]
Affiliation not available
Citation: For the development of primary models of macromolecular transport in the arterial wall and of heat transfer in living tissue, and for fundamental contributions to viscious-flow theory and the structure of super-sonic wakes.


Wereley, Steven [2013]
Purdue University
Citation: For pioneering contributions to the development of microPIV and microfluidics, authoring broadly-used monographs on PIV and microfluidics, and meritoriously representing the fluid dynamics community in the Deepwater Horizon Oil Spill.


Wesfreid, Jose E. [2013]
PMMH-ESPCI
Citation: For pioneering experiments in pattern formation as well as transition and flow control, and for scientific leadership in France and building partnerships with Latin America.


Whitehead, John A, Jr. [1982]
Affiliation not available
Citation: Not available


Widnall, Sheila V [1982]
Affiliation not available
Citation: Not available


Williams, David Robert [2006]
Illinois Institute of Technology
Citation: For contributions to the understanding of fluid flow and flow control through innovative experimentation with cylinder wakes, cavities and bodies of revolution.


Williams, Forman A. [2002]
University of California, San Diego
Citation: For his groundbreaking contributions to advances in the theory of chemically reacting flows and combustion.


Williamson, Charles H.K. [2003]
Cornell University
Citation: For imaginative, innovative experiments that have injected new life into the study of wake dynamics behind bluff bodies and of trailing vortices.


Willmarth, William W. [1983]
University ofMichigan, Ann Arbor
Citation: For advances in the art of experimental research on the structure of turbulence and fluid mechanics.


Worster, Michael Grae [2006]
University of Cambridge
Citation: For making fundamental advances in understanding the interaction between solidification and convection in mushy layers through systematic analytical, numerical and experimental studies.


Wu, Xiaohua [2015]
Royal Military College of Canada
Citation: For pioneering direct numerical simulations of pipe and boundary layer flows, from a laminar state, through transition, to a fully-developed turbulent state; and for generating striking and insightful visualizations.


Wygnanski, Israel J. [1983]
University of Arizona
Citation: For his superb experimental work, clarifying the structure of turbulent shear flows.


Xia, Keqing [2010]
Chinese University of Hong Kong
Citation: For his tremendous contributions to our present experimental knowledge and understanding of turbulent Rayleigh-Benard convection.


Yakhot, Victor [2008]
Boston University
Citation: For seminal contributions to turbulence and combustion modeling.


Yeung, Pui-Kuen [2006]
Georgia Institute of Technology
Citation: For insightful contributions to the understanding and modeling of similarity scaling in turbulence and the mixing of passive scalars, especially the study of Lagrangian statistics and dispersion in turbulence through high-resolution simulations addressing Reynolds number and Schmidt number dependencies.


Yoda, Minami [2012]
Georgia Institute of Technology
Citation: For outstanding contributions to experimental fluid dynamics and optical diagnostics and, specifically, for innovative contributions to the development of evanescent-wave illumination techniques to study flows in near-wall regions


Zabusky, Norman J [1970]
Bell Telephone Laboratories
Citation: Also approved by the Division of Plasma Physics.


Zaleski, Stephane [2005]
LMM/UPMC
Citation: For pioneering contributions to the development of Lattice Boltmann methods and advanced methods for multiphase flows as well as studies of atomization and other multiphase flow problems.


Zaman, Khairul B.M. [2010]
NASA Glenn Research Center
Citation: For advancing the understanding of vortex generating tab technology for mixing enhancement and noise reduction in jets, and for discovering and explaining 'transonic tones' in overexpanded jets.


Zebib, Abdelfattah M.G. [1994]
Rutgers University
Citation: In recognition of his innovative computational methods to understand fluid mechanical instabilities and nonlinear evolutions of boundary layers, porous media, double-diffusive convection, mantle convection, crystal growth melt, physical vapor deposition, and cylinder wakes.