Faculty

Institution

Unit

Venue

Lawrence S. Ukeiley

Professor and Associate Chair of Academic Programs

University of Florida

Affiliations

Herbert Wertheim College of Engineering

Department of Mechanical & Aerospace Engineering

Lawrence S. Ukeiley is currently serving as a Mechanical & Aerospace Engineering Professor and Associate Chair of Academic Programs at University of Florida.

Honors

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Experiences

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Education

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Lawrence S. Ukeiley

University of Florida

Professor and Associate Chair of Academic Programs

You can click a keyword to filter the displayed items

aerospace engineering fluid dynamics aerodynamics applied physics fluid mechanics aeronautics engineering aeroacoustics aerospace technology acoustical engineering open cavity applied mathematics fluid flow numerical simulations turbulence modeling compressible flows engineering acoustic flexible flapping wings control systems aircraft transonic jet boundary layers pressure loads supersonic cavity flow low-dimensional description supersonic flow pattern recognition machine learning thermal engineering active control turbomachinery modal analysis hydraulics noise reduction underwater acoustics surface pressure measurements resolvent analysis experimental study cavity flows low-dimensional characteristics passive flow control spatial analysis engine research hearing research marine engineering physical acoustics structural identification aeroelasticity acoustic ecology proper orthogonal decomposition non-time-resolved piv leading-edge blowing ocean engineering fluid science coal science computer-aided design nonlinear analysis unmanned aircraft systems computational intelligence self-efficacy theory sensor technology acoustic modeling spectral analysis engineering design process stressstrain analysis membrane technology experimental thermodynamics thermal analysis micromechanics microactuators bioacoustics adaptive control flow measurement experimental analysis audio electroacoustics elasticity (physics)

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Mutual Information Measure for Predicting the Performance of Physical Reservoir Computers. Journal of Intelligent Material Systems and Structures (2026)

computer scienceintelligent systemscomputational intelligencereservoir modelingreservoir managementintelligent computingcomplex systemssystems engineeringreservoir computing

Estimation of a Time-Resolved Velocity Field Over an Open Cavity via Recurrent Neural Network.. (2026)

numerical simulationsnonlinear dynamicswave propagationscientific computingdynamical systemsrecurrent neural networksnumerical analysisaerospace engineeringneural network (machine learning)

Free-Stream Turbulence Effects on Fixed Pitch Rotors in Edgewise Flight. (2026)

fluid flowrotor dynamicsaerodynamicsfluid dynamicsaerospace engineering

Large-Scale, Low-Frequency Phenomena Ahead of a Supersonic Wing-Body Junction. (2026)

numerical simulationsphysicsaeroelasticityshock wavesengineeringwave nonlinearityaerodynamicsaeroacousticsvibrationswave interferenceaerospace engineeringaircraftelectromagnetic fields

Sensing and Processing of a Shock-Induced Recirculation Bubble Using a Vibratory Physical Reservoir Computer. (2026)

numerical simulationsshock wavesengineeringcavitating flowsfluid flowfluid dynamicsvibrationsmechanical engineeringshock compressionfluid mechanics

An Information Theoretic Analysis of Nonlinear Mechanical Physical Reservoir Computers. (2025)

reservoir modelingnonlinear systemsnonlinear processreservoir computingapplied mathematicsnonlinear analysis

Experimental Optimization of Rotor Tip Geometry for Improved Acoustic and Power Performance. (2025)

engineeringsoundaerodynamicsstructural optimizationrotor dynamicsmechanical engineeringturbomachinery

Identifying Flow Interactions in the Vicinity of a Wing-Body Junction at Supersonic Speeds. (2025)

numerical simulationsfluid flowaerodynamicsfluid dynamicsaerospaceaeronauticsaerospace engineeringaircraft

Induced Flow Measurements and Analytical Tonal Noise Predictions for a Sub-Scale Evtol Rotor. International Journal of Aeroacoustics (2025)

industrial noiseaeroacousticsnoiseaerospace engineeringturbomachinery

Phase-Based Analysis and Control of Supersonic Turbulent Cavity Flows. ArXiv.org (2025)

supersonic combustionnumerical simulationscompressible flowsengineeringfluid flowturbulence modelingaerodynamicsfluid dynamicscomputational fluid dynamicsaerospacemultiphase flowsfluid mechanicsturbulent flow heat transferaerospace engineeringunsteady flows

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Lawrence S. Ukeiley

Professor and Associate Chair of Academic Programs

University of Florida

Affiliations

Herbert Wertheim College of Engineering

Department of Mechanical & Aerospace Engineering

Lawrence S. Ukeiley is currently serving as a Mechanical & Aerospace Engineering Professor and Associate Chair of Academic Programs at University of Florida.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Lawrence S. Ukeiley

University of Florida

Professor and Associate Chair of Academic Programs

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Mutual Information Measure for Predicting the Performance of Physical Reservoir Computers. Journal of Intelligent Material Systems and Structures (2026)

computer scienceintelligent systemscomputational intelligencereservoir modelingreservoir managementintelligent computingcomplex systemssystems engineeringreservoir computing

Estimation of a Time-Resolved Velocity Field Over an Open Cavity via Recurrent Neural Network.. (2026)

numerical simulationsnonlinear dynamicswave propagationscientific computingdynamical systemsrecurrent neural networksnumerical analysisaerospace engineeringneural network (machine learning)

Free-Stream Turbulence Effects on Fixed Pitch Rotors in Edgewise Flight. (2026)

fluid flowrotor dynamicsaerodynamicsfluid dynamicsaerospace engineering

Large-Scale, Low-Frequency Phenomena Ahead of a Supersonic Wing-Body Junction. (2026)

numerical simulationsphysicsaeroelasticityshock wavesengineeringwave nonlinearityaerodynamicsaeroacousticsvibrationswave interferenceaerospace engineeringaircraftelectromagnetic fields

Sensing and Processing of a Shock-Induced Recirculation Bubble Using a Vibratory Physical Reservoir Computer. (2026)

numerical simulationsshock wavesengineeringcavitating flowsfluid flowfluid dynamicsvibrationsmechanical engineeringshock compressionfluid mechanics

An Information Theoretic Analysis of Nonlinear Mechanical Physical Reservoir Computers. (2025)

reservoir modelingnonlinear systemsnonlinear processreservoir computingapplied mathematicsnonlinear analysis

Experimental Optimization of Rotor Tip Geometry for Improved Acoustic and Power Performance. (2025)

engineeringsoundaerodynamicsstructural optimizationrotor dynamicsmechanical engineeringturbomachinery

Identifying Flow Interactions in the Vicinity of a Wing-Body Junction at Supersonic Speeds. (2025)

numerical simulationsfluid flowaerodynamicsfluid dynamicsaerospaceaeronauticsaerospace engineeringaircraft

Induced Flow Measurements and Analytical Tonal Noise Predictions for a Sub-Scale Evtol Rotor. International Journal of Aeroacoustics (2025)

industrial noiseaeroacousticsnoiseaerospace engineeringturbomachinery

Phase-Based Analysis and Control of Supersonic Turbulent Cavity Flows. ArXiv.org (2025)

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5
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10 / page

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Similar Faculty Members

Lian Duan

Institution

Ohio State University

fluid flow

high-speed transitional

Kunihiko Taira

Institution

University of California, Los Angeles

fluid flow

high-performance computing

Farrukh Alvi

Institution

Florida State University

fluid flow

flow control actuators

Stanislav Gordeyev

Institution

University of Notre Dame

fluid flow

boundary layer

Datta Gaitonde

Institution

Ohio State University

supersonic combustion

turbulence modeling

GeCheng Zha

Institution

University of Miami

aerospace engineering

aerodynamics

Mo Samimy

Institution

Ohio State University

experimental techniques

turbulence modeling

Hermann Fasel

Institution

University of Arizona

engineering

compressible flow

Christoph Brehm

Institution

University of Kentucky

fluid flow

turbulence modeling

Philip Morris

Institution

Pennsylvania State University

turbulence modeling

aeroacoustics