Faculty

Institution

Unit

Venue

Beverley J. McKeon

Theodore van Karman Professor of Aeronautics Professor

California Institute of Technology

Affiliations

Division of Engineering and Applied Science

Aerospace (galcit)

Beverley J. Mckeon is currently serving as an Aerospace (Galcit) Theodore van Karman Professor of Aeronautics Professor at California Institute of Technology.

Honors

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Experiences

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Education

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Beverley J. McKeon

California Institute of Technology

Theodore van Karman Professor of Aeronautics Professor

You can click a keyword to filter the displayed items

fluid dynamics fluid mechanics applied physics aerospace engineering engineering turbulence modeling aerodynamics boundary layers hydraulics physics resolvent analysis turbulent boundary layer fluid flow turbulent pipe flow numerical simulations wall turbulence computational fluid dynamics turbulent flow heat transfer heat transfer modeling and simulation aeronautics turbulent channel flow transport phenomena thermal engineering unsteady flows exact coherent states machine learning scalar transport navier-stokes equations nonlinear dynamics hydrodynamic stability aerospace technology data assimilation phase relationships wall-bounded turbulence wave nonlinearity wave propagation channel flow pipe flow elastoinertial turbulence nonlinear science fluid science automatic control scientific computing modal analysis hydraulic engineering marine hydrodynamics experimental technology scaling analysis wave motion separation technology long channel flow high reynolds number uniform momentum zones step excrescence effects tribology avian biology vibration control machine vision machine learning research numerical mathematics urban climate channel modeling cavity qed convex optimization stability analysis thermal blooming chaos theory plasma instabilities passive control experimental thermodynamics noise control turbulent flame continuum modeling solid modeling compressible flows

Notable Scholarly Works

Notable Federal Grants

Collaborators

Two-Component Inner–Outer Scaling Model for the Wall-Pressure Spectrum at High Reynolds Number. Journal of Fluid Mechanics (2026)

flow physicsfluid dynamicsnumerical simulationsfluid mechanicsfluid flowengineering

A Resolvent-Based Perspective on the Generation of Mach Wave Radiation From Compressible Boundary Layers. Journal of Fluid Mechanics (2025)

wave propagationfluid dynamicswave nonlinearityboundary layerswave motionnumerical simulationsfluid mechanicspartial differential equationsengineering

Contributors. Elsevier eBooks (2025)

digital humanitieselectronic libraryelectronic publishingenglish

Experimental Investigation of Turbulent Heat Transfer Over Roughness Elements. (2025)

turbulent flow heat transferthermal engineeringengineeringheat transfer

Linear Analysis Characterizes Pressure Gradient History Effects in Turbulent Boundary Layers. Journal of Fluid Mechanics (2025)

Salvador R. GomezBeverley J. McKeon

fluid dynamicsturbulent boundary layersfluid mechanicslinear analysis

Modeling Freestream Noise Radiation From Hypersonic Tunnel Wall Turbulent Boundary Layers. (2025)

fluid dynamicshypersonic speedcomputational fluid dynamicsboundary layersaerospace engineeringnumerical simulationsnoiseengineering

Populating the Wall Layer, One Eddy at a Time: Resolvent Analysis for Wall-Modelled Les. International Journal of Heat and Fluid Flow (2025)

unsteady flowsnumerical analysisboundary value problemsfluid dynamicsturbulence modelingcomputational fluid dynamicsboundary layersnumerical simulationsfluid mechanicsturbulent flow heat transferfluid flowengineering

Predicting Turbulence Structure in Street-Canyon Flows Using Deep Generative Modeling. International Journal of Heat and Fluid Flow (2025)

fluid dynamicsturbulence modelingcivil engineeringurban climatenumerical simulationsfluid mechanicsforecasting

Resolvent Analysis for Turbulent Flows. Elsevier eBooks (2025)

fluid dynamicsturbulence modelingcomputational fluid dynamicsapplied mathematics

Stokesian Settling From Quiescence: Experiments and Theory on History Effects and Unsteady Flow Structures. Physical Review Fluids (2025)

Jaroslawski, TomekJaganathan, DivyaGovindarajan, RamaMcKeon, Beverley

physicsunsteady flowsfluid dynamicsdynamical systemsunsteady particlenonlinear dynamicsbasset-boussinesq history forceparticle-laden flows

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Beverley J. McKeon

Theodore van Karman Professor of Aeronautics Professor

California Institute of Technology

Affiliations

Division of Engineering and Applied Science

Aerospace (galcit)

Beverley J. Mckeon is currently serving as an Aerospace (Galcit) Theodore van Karman Professor of Aeronautics Professor at California Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Beverley J. McKeon

California Institute of Technology

Theodore van Karman Professor of Aeronautics Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Two-Component Inner–Outer Scaling Model for the Wall-Pressure Spectrum at High Reynolds Number. Journal of Fluid Mechanics (2026)

flow physicsfluid dynamicsnumerical simulationsfluid mechanicsfluid flowengineering

A Resolvent-Based Perspective on the Generation of Mach Wave Radiation From Compressible Boundary Layers. Journal of Fluid Mechanics (2025)

wave propagationfluid dynamicswave nonlinearityboundary layerswave motionnumerical simulationsfluid mechanicspartial differential equationsengineering

Contributors. Elsevier eBooks (2025)

digital humanitieselectronic libraryelectronic publishingenglish

Experimental Investigation of Turbulent Heat Transfer Over Roughness Elements. (2025)

turbulent flow heat transferthermal engineeringengineeringheat transfer

Linear Analysis Characterizes Pressure Gradient History Effects in Turbulent Boundary Layers. Journal of Fluid Mechanics (2025)

Salvador R. GomezBeverley J. McKeon

fluid dynamicsturbulent boundary layersfluid mechanicslinear analysis

Modeling Freestream Noise Radiation From Hypersonic Tunnel Wall Turbulent Boundary Layers. (2025)

fluid dynamicshypersonic speedcomputational fluid dynamicsboundary layersaerospace engineeringnumerical simulationsnoiseengineering

Populating the Wall Layer, One Eddy at a Time: Resolvent Analysis for Wall-Modelled Les. International Journal of Heat and Fluid Flow (2025)

Predicting Turbulence Structure in Street-Canyon Flows Using Deep Generative Modeling. International Journal of Heat and Fluid Flow (2025)

fluid dynamicsturbulence modelingcivil engineeringurban climatenumerical simulationsfluid mechanicsforecasting

Resolvent Analysis for Turbulent Flows. Elsevier eBooks (2025)

fluid dynamicsturbulence modelingcomputational fluid dynamicsapplied mathematics

Stokesian Settling From Quiescence: Experiments and Theory on History Effects and Unsteady Flow Structures. Physical Review Fluids (2025)

Jaroslawski, TomekJaganathan, DivyaGovindarajan, RamaMcKeon, Beverley

physicsunsteady flowsfluid dynamicsdynamical systemsunsteady particlenonlinear dynamicsbasset-boussinesq history forceparticle-laden flows

1
2
3
4
5
24
10 / page

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Similar Faculty Members

Kenneth Jansen

Institution

University of Colorado Boulder

fluid dynamics

aerospace engineering

Beverley J McKeon

Institution

Stanford University

fluid dynamics

fluid mechanics

Hermann Fasel

Institution

University of Arizona

engineering

compressible flow

Elias Balaras

Institution

George Washington University

high-performance computing

laboratory investigation

Datta Gaitonde

Institution

Ohio State University

supersonic combustion

turbulence modeling

Kunihiko Taira

Institution

University of California, Los Angeles

fluid flow

high-performance computing

Farzad Mashayek

Institution

University of Arizona

engineering

fluid mechanics

John Kim

Institution

University of California, Los Angeles

turbulence modeling

computational fluid dynamic

Israel J Wygnanski

Institution

University of Arizona

unsteady flow

engineering

Tamer Zaki

Institution

Johns Hopkins University

fluid dynamics

fluid mechanics