Faculty

Institution

Unit

Venue

Timothy Leishman

Retired Professor

Brigham Young University

Affiliations

College of Computational, Mathematical and Physical Sciences

Physics and Astronomy

Timothy Leishman is currently serving as a College Of Computational, Mathematical And Physical Sciences Retired Professor at Brigham Young University.

Honors

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Experiences

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Education

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Timothy Leishman

Brigham Young University

Retired Professor

You can click a keyword to filter the displayed items

acoustical engineering audiology hearing research engineering acoustic audio electroacoustics acoustic ecology instrumentation bioacoustics acoustic modeling applied physics electrical engineering acoustic signal processing engineering auditory science audio analysis physical acoustics underwater acoustics materials science acoustical oceanography sound active control speech perception noise control noise speech processing music perception speech acoustics atmospheric acoustic ocean acoustics active segmented partitions experimental investigation experimental evaluation energy density reverberation chambers absorption vibrations aeroacoustics vibration control active noise control sound quality speech science instrument science sound transmission vibration-controlled modules omnidirectional sources regular polyhedron loudspeakers speech communication vehicular technology automatic control higher education professional development musical expression performance art atmospheric environment american studies active learning speech production sound propagation parameter estimation mathematical models computational models instrument development speech technology suspension structure career development student success professional preparation live speech high-resolution spherical directivity active-learning environment sound power acoustic environment room acoustic parameters school teachers audio signal processing music science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Deriving Played Trumpet Directivity Patterns From a Multiple-Capture Transfer-Function Technique. Acta Acustica (2025)

Samuel David BellowsJoseph E. AvilaTimothy W. Leishman

musical analysistrumpet directivity patternsacoustic musicmusicjazzmusical compositionmusical expressionmultiple-capture transfer-function techniqueperformance studies

Application of Chebyshev Quadrature Rules to Equiangular Spherical and Hemispherical Directivity Measurements. Journal of the Audio Engineering Society (2024)

Samuel D. BellowsTimothy W. Leishman

engineering acousticacoustical engineeringinstrumentationchebyshev quadrature rulesaudio analysisapplied physicshemispherical directivity measurementsapplied mathematics

Graduate Acoustics at Brigham Young University. The Journal of the Acoustical Society of America (2024)

Kent L. GeeMicah ShepherdBrian E. AndersonTracianne B. NeilsenMatthew S. AllenJonathan D. Blotter

graduate acousticsaudiologyeducation

An Investigation of Rooms With Reflection-Free Zones Using Finite-Difference Methods in Curvilinear Coordinates. The Journal of the Acoustical Society of America (2023)

Samuel D. BellowsTimothy W. Leishman

engineering acousticacoustical engineeringarchitecturereflection-free zoneshearing researchacoustic modelingcurvilinear coordinatesaudiologyfinite-difference methodsacoustic ecologyarchitectural acoustics

Low-Frequency Radiation From a Vibrating Cap on a Rigid Spherical Shell With a Circular Aperture. The Journal of the Acoustical Society of America (2023)

Samuel D. BellowsTimothy W. Leishman

materials scienceacoustical oceanographyengineering acousticacoustical engineeringunderwater acousticsinstrumentationhearing researchocean acousticslow-frequency radiationaudiologyrigid spherical shellcircular aperture

Modeling the Sound Radiation of Gamelan Gongs Using Analytic Rigid Spherical Models. Proceedings of meetings on acoustics (2023)

Samuel David BellowsMicah R. ShepherdKent L. GeeTimothy W. Leishman

acoustical engineeringbiophysicsgamelan gongsaudiologysound radiationacoustic ecologyauditory modeling

Modeling the Sound Radiation of Gamelan Gongs Using Closed-Form Rigid Spherical Models. The Journal of the Acoustical Society of America (2023)

Samuel D. BellowsDallin T. HarwoodMicah ShepherdKent L. GeeTimothy W. Leishman

acoustical oceanographyacoustical engineeringhearing researchgamelan gongsacoustic modelingaudiologyapplied physicssound radiationacoustic ecologyauditory modeling

On the Low-Frequency Acoustic Center. The Journal of the Acoustical Society of America (2023)

Samuel D. BellowsTimothy W. Leishman

engineering acousticacoustical engineeringaudiologyapplied physicsbioacousticslow-frequency acoustic centeraudio electroacousticsphysical acoustics

Optimal Microphone Placement for Single-Channel Sound-Power Spectrum Estimation and Reverberation Effects. Journal of the Audio Engineering Society (2023)

Samuel D. BellowsTimothy W. Leishman

reverberation effectsoptimal microphone placementacoustical engineeringelectrical engineering

Directivity Analysis of the Muted Trumpet. Proceedings of meetings on acoustics (2022)

Joseph E. AvilaSamuel D. BellowsTimothy W. LeishmanKent L. Gee

engineering acousticinstrumentationhearing researchaeroacousticsauditory scienceacoustic musicmusicaudiologydirectivity analysisaudio electroacousticsphysical acoustics

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Timothy Leishman

Retired Professor

Brigham Young University

Affiliations

College of Computational, Mathematical and Physical Sciences

Physics and Astronomy

Timothy Leishman is currently serving as a College Of Computational, Mathematical And Physical Sciences Retired 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

Timothy Leishman

Brigham Young University

Retired Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Deriving Played Trumpet Directivity Patterns From a Multiple-Capture Transfer-Function Technique. Acta Acustica (2025)

Samuel David BellowsJoseph E. AvilaTimothy W. Leishman

musical analysistrumpet directivity patternsacoustic musicmusicjazzmusical compositionmusical expressionmultiple-capture transfer-function techniqueperformance studies

Application of Chebyshev Quadrature Rules to Equiangular Spherical and Hemispherical Directivity Measurements. Journal of the Audio Engineering Society (2024)

Samuel D. BellowsTimothy W. Leishman

engineering acousticacoustical engineeringinstrumentationchebyshev quadrature rulesaudio analysisapplied physicshemispherical directivity measurementsapplied mathematics

Graduate Acoustics at Brigham Young University. The Journal of the Acoustical Society of America (2024)

Kent L. GeeMicah ShepherdBrian E. AndersonTracianne B. NeilsenMatthew S. AllenJonathan D. Blotter

graduate acousticsaudiologyeducation

An Investigation of Rooms With Reflection-Free Zones Using Finite-Difference Methods in Curvilinear Coordinates. The Journal of the Acoustical Society of America (2023)

Samuel D. BellowsTimothy W. Leishman

Low-Frequency Radiation From a Vibrating Cap on a Rigid Spherical Shell With a Circular Aperture. The Journal of the Acoustical Society of America (2023)

Samuel D. BellowsTimothy W. Leishman

Modeling the Sound Radiation of Gamelan Gongs Using Analytic Rigid Spherical Models. Proceedings of meetings on acoustics (2023)

Samuel David BellowsMicah R. ShepherdKent L. GeeTimothy W. Leishman

acoustical engineeringbiophysicsgamelan gongsaudiologysound radiationacoustic ecologyauditory modeling

Modeling the Sound Radiation of Gamelan Gongs Using Closed-Form Rigid Spherical Models. The Journal of the Acoustical Society of America (2023)

Samuel D. BellowsDallin T. HarwoodMicah ShepherdKent L. GeeTimothy W. Leishman

acoustical oceanographyacoustical engineeringhearing researchgamelan gongsacoustic modelingaudiologyapplied physicssound radiationacoustic ecologyauditory modeling

On the Low-Frequency Acoustic Center. The Journal of the Acoustical Society of America (2023)

Samuel D. BellowsTimothy W. Leishman

engineering acousticacoustical engineeringaudiologyapplied physicsbioacousticslow-frequency acoustic centeraudio electroacousticsphysical acoustics

Optimal Microphone Placement for Single-Channel Sound-Power Spectrum Estimation and Reverberation Effects. Journal of the Audio Engineering Society (2023)

Samuel D. BellowsTimothy W. Leishman

reverberation effectsoptimal microphone placementacoustical engineeringelectrical engineering

Directivity Analysis of the Muted Trumpet. Proceedings of meetings on acoustics (2022)

Joseph E. AvilaSamuel D. BellowsTimothy W. LeishmanKent L. Gee

engineering acousticinstrumentationhearing researchaeroacousticsauditory scienceacoustic musicmusicaudiologydirectivity analysisaudio electroacousticsphysical acoustics

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2
3
4
5
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noise

active noise control

David Brown

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nonlinear acoustics

acoustic signal processing

John Buck

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engineering pedagogy

marine mammal bioacoustics

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inverse methods

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