Faculty

Institution

Unit

Venue

Kent L. Gee

Professor

Brigham Young University

Affiliations

College of Computational, Mathematical and Physical Sciences

Physics and Astronomy

Kent L. Gee is currently serving as a College Of Computational, Mathematical And Physical Sciences Professor at Brigham Young University.

Honors

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Experiences

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Education

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Kent L. Gee

Brigham Young University

Professor

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acoustical engineering aerospace engineering audiology aeroacoustics engineering acoustic hearing research audio electroacoustics acoustic ecology instrumentation acoustical oceanography bioacoustics underwater acoustics applied physics engineering acoustic modeling noise physical acoustics acoustic signal processing auditory science atmospheric acoustic aeronautics audio analysis aerodynamics mechanical engineering noise control sound propagation engineering noise control noise reduction acoustic intensity sound atmospheric science high-performance military aircraft beamforming near-field acoustical holography active noise control engine research thermal engineering psychoacoustics jet noise holographic method active control aerospace technology wave propagation rocket noise nonlinear propagation nonlinear wave propagation astronautics volcanology nonlinear phenomena aircraft speech processing automatic control speech acoustics nonlinear acoustics high-amplitude jet noise supersonic jet noise acoustical holography active learning noise propagation outdoor measurements ground run-up geophysical research numerical simulations comparative analysis human hearing high-power jet aircraft preliminary analysis frequency-domain nonlinearity indicator nonlinear analysis atmospheric research spatiotemporal-correlation analysis nonlinear science nonlinear dynamics aerosol science respiratory medicine wave theory

Notable Scholarly Works

Notable Federal Grants

Collaborators

Starship Super Heavy Acoustics: Comparing Launch Noise From Flights 5 and 6. JASA Express Letters (2025)

Kent L. GeeNoah L. PulsipherMakayle S. KellisonGrant W. HartLogan T. MathewsMark C. Anderson

aircraftspace explorationaerospace engineeringlaunch noiseaeroacoustics

Why Does the Falcon-9 Booster Make a Triple Sonic Boom During Flyback? an Initial Analysis. JASA Express Letters (2025)

Mark C. AndersonKent L. Gee

aerospace engineeringaeroacousticstriple sonic boom

Acoustical Holography and Coherence-Based Noise Source Characterization of an Installed F404 Engine. AIAA Journal (2024)

Logan T. MathewsKent L. Gee

acoustical engineeringengineering acousticengine researchaerospace engineeringacoustical holographyaeroacoustics

Acoustic Source Characterization of Shock-Associated Noise in an Installed, Full-Scale F404 Engine. The Journal of the Acoustical Society of America (2024)

Logan T. MathewsKent L. Gee

audio electroacousticsvibration controlacoustic source characterizationacoustical engineeringengineering acousticengine researchshock-associated noiseaeroacousticsmechanical engineering

Aeroacoustic Analysis of NASA’s Space Launch System Artemis-I Mission. 28th AIAA/CEAS Aeroacoustics 2022 Conference (2024)

Makayle S. KellisonKent L. GeeWhitney L. CoyleMark C. AndersonLogan T. MathewsGrant W. Hart

aeronauticsspace explorationaerospace engineeringaeroacousticsastronauticsaeroacoustic analysis

An Application of Aircraft Noise Metrics to the Artemis-I Launch. NOISE-CON proceedings (2024)

Whitney COYLEKent GEE

aircraft noise metricsnoise pollutionnoise controlactive noise controlartemis-i launchaerospace engineeringengineering noise controlnoise reductionaeroacousticsnoise

An Overview of Aeroacoustics-Related Analyses for the Artemis-I Mission. The Journal of the Acoustical Society of America (2024)

Makayle S. KellisonKent L. GeeWhitney L. CoyleLogan T. MathewsMark C. AndersonGrant W. Hart

aeroacoustics-related analysesartemis-i missionspace weatheraerospace engineeringaeroacoustics

A Study of Rocket Launch Directivity and the Potential Correlation of Various Parameters. The Journal of the Acoustical Society of America (2024)

Matthew G. YanceyIan R. JacksonGrant W. HartLogan T. MathewsKent L. Gee

acoustical engineeringspace explorationaerospace engineeringrocket launch directivityvarious parameterspotential correlation

Balancing Ensemble Averaging and Signal Stationarity When Processing Acoustic Data Recorded During a Rocket Launch. The Journal of the Acoustical Society of America (2024)

Carson F. CunninghamMicah ShepherdKent L. Gee

audio electroacousticsrocket launchacoustic datasignal stationarityacoustic signal processingacoustical engineeringengineering acousticaerospace engineeringaudio signal processinginstrumentationaeroacousticsensemble averaging

Convective Mach Number and Full-Scale Supersonic Jet Noise Directivity. AIAA Journal (2024)

Kent L. GeeTyce W. OlavesonLogan T. Mathews

convective mach numbersystems engineeringengineeringsupersonic combustionaerospace engineeringaeroacousticshypersonic speednumerical simulationsnoiseaerodynamics

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Kent L. Gee

Professor

Brigham Young University

Affiliations

College of Computational, Mathematical and Physical Sciences

Physics and Astronomy

Kent L. Gee is currently serving as a College Of Computational, Mathematical And Physical Sciences Professor at Brigham Young University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kent L. Gee

Brigham Young University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Starship Super Heavy Acoustics: Comparing Launch Noise From Flights 5 and 6. JASA Express Letters (2025)

Kent L. GeeNoah L. PulsipherMakayle S. KellisonGrant W. HartLogan T. MathewsMark C. Anderson

aircraftspace explorationaerospace engineeringlaunch noiseaeroacoustics

Why Does the Falcon-9 Booster Make a Triple Sonic Boom During Flyback? an Initial Analysis. JASA Express Letters (2025)

Mark C. AndersonKent L. Gee

aerospace engineeringaeroacousticstriple sonic boom

Acoustical Holography and Coherence-Based Noise Source Characterization of an Installed F404 Engine. AIAA Journal (2024)

Logan T. MathewsKent L. Gee

acoustical engineeringengineering acousticengine researchaerospace engineeringacoustical holographyaeroacoustics

Acoustic Source Characterization of Shock-Associated Noise in an Installed, Full-Scale F404 Engine. The Journal of the Acoustical Society of America (2024)

Logan T. MathewsKent L. Gee

audio electroacousticsvibration controlacoustic source characterizationacoustical engineeringengineering acousticengine researchshock-associated noiseaeroacousticsmechanical engineering

Aeroacoustic Analysis of NASA’s Space Launch System Artemis-I Mission. 28th AIAA/CEAS Aeroacoustics 2022 Conference (2024)

Makayle S. KellisonKent L. GeeWhitney L. CoyleMark C. AndersonLogan T. MathewsGrant W. Hart

aeronauticsspace explorationaerospace engineeringaeroacousticsastronauticsaeroacoustic analysis

An Application of Aircraft Noise Metrics to the Artemis-I Launch. NOISE-CON proceedings (2024)

Whitney COYLEKent GEE

aircraft noise metricsnoise pollutionnoise controlactive noise controlartemis-i launchaerospace engineeringengineering noise controlnoise reductionaeroacousticsnoise

An Overview of Aeroacoustics-Related Analyses for the Artemis-I Mission. The Journal of the Acoustical Society of America (2024)

Makayle S. KellisonKent L. GeeWhitney L. CoyleLogan T. MathewsMark C. AndersonGrant W. Hart

aeroacoustics-related analysesartemis-i missionspace weatheraerospace engineeringaeroacoustics

A Study of Rocket Launch Directivity and the Potential Correlation of Various Parameters. The Journal of the Acoustical Society of America (2024)

Matthew G. YanceyIan R. JacksonGrant W. HartLogan T. MathewsKent L. Gee

acoustical engineeringspace explorationaerospace engineeringrocket launch directivityvarious parameterspotential correlation

Balancing Ensemble Averaging and Signal Stationarity When Processing Acoustic Data Recorded During a Rocket Launch. The Journal of the Acoustical Society of America (2024)

Carson F. CunninghamMicah ShepherdKent L. Gee

Convective Mach Number and Full-Scale Supersonic Jet Noise Directivity. AIAA Journal (2024)

Kent L. GeeTyce W. OlavesonLogan T. Mathews

convective mach numbersystems engineeringengineeringsupersonic combustionaerospace engineeringaeroacousticshypersonic speednumerical simulationsnoiseaerodynamics

1
2
3
4
5
63
10 / page

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Similar Faculty Members

Tracianne Neilsen

Institution

Brigham Young University

underwater acoustic communication

inverse methods

John Buck

Institution

University of Massachusetts Dartmouth

engineering pedagogy

marine mammal bioacoustics

Scott Sommerfeldt

Institution

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noise

active noise control

Mark Transtrum

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complex system

complex modeling

Allan Pierce

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ocean engineering

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Sean Wu

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vibration

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Kenneth A. Cunefare

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industrial noise control

noise control

James Miller

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University of Rhode Island

ocean acoustic

signal processing

Philip Morris

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Laura Ray

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robotics

intelligent robotic system