Faculty

Institution

Unit

Venue

Stephen Conlon

Associate Professor of Aerospace Engineering Sr Research Associate PSU Applied Research Lab

Pennsylvania State University

Affiliations

Penn State College of Engineering

Acoustics

Aerospace Engineering

Stephen Conlon is currently serving as an Acoustics Associate Professor of Aerospace Engineering Sr Research Associate PSU Applied Research Lab at Pennsylvania State University.

Honors

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Experiences

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Education

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Stephen Conlon

Pennsylvania State University

Associate Professor of Aerospace Engineering Sr Research Associate PSU Applied Research Lab

You can click a keyword to filter the displayed items

acoustical engineering applied physics engineering materials science engineering acoustic vibrations mechanical engineering instrumentation underwater acoustics structural engineering energy harvesting physical acoustics extreme value statistics structural mechanics structural health monitoring hearing research noise control engineering noise control acoustical oceanography acoustic black holes damage detection tectonics oceanography bioacoustics plate tectonics acoustic modeling audio electroacoustics acoustic ecology aeronautics vibroacoustic properties transmission loss power flow engineering optimization metals numerical simulations vibration control marine engineering ocean engineering experimental analysis optical engineering holographic method power engineering modal analysis structural vibrations underwater technologies radiation detection auditory science stochastic resonance acoustic black hole embedded grids experimental study experimental investigation multi-objective optimization progressive phase trends boundary-taper reflection structural damage identification contact acoustic nonlinearity minimum sample size structural control structural acoustics noise

Notable Scholarly Works

Notable Federal Grants

Collaborators

Extreme Value Statistics of Flow-Induced Hydrofoil Vibration and Resonance. Noise Control Engineering Journal (2021)

Connor J. McCluskeyManton J. GuersStephen C. Conlon

engineeringnoise controlacoustical engineeringengineering noise controlaeroacousticsextreme value statisticsflow-induced hydrofoil vibration

Minimum Sample Size for Extreme Value Statistics of Flow-Induced Response. Marine Structures (2021)

Connor J. McCluskeyManton J. GuersStephen C. Conlon

oceanographyminimum sample sizebiostatisticsextreme value statisticsflow-induced responsestatistics

Transmission Loss of Plates With Embedded Multi-Scale and Tuned Acoustic Black Holes. The Journal of the Acoustical Society of America (2021)

Yu XiongEdward SmithStephen C. Conlon

transmissionphysical acousticsacoustical engineeringengineering acousticunderwater acousticsmaterials sciencetransmission loss

The Acoustic Black Hole: A Review of Theory and Applications. Journal of Sound and Vibration (2020)

Adrien PelatFrançois GautierStephen C. ConlonFabio Semperlotti

acoustic black holephysical acousticsacoustical engineeringengineering acousticphysicsbioacousticsvibrations

The Role of Resonance in the Extreme Value Statistics of Flow-Induced Response. The Journal of the Acoustical Society of America (2020)

Connor J. McCluskeyManton J. GuersStephen C. Conlon

stochastic resonanceacoustical engineeringbehavioral sciencesflow-induced responseacoustical oceanographyextreme value statisticsaudiologyhearing research

Extreme Value Statistics in Flow-Induced Vibration Over Long Time Intervals. The Journal of the Acoustical Society of America (2019)

Connor McCluskeyStephen ConlonManton Guers

long time intervalsacoustical engineeringflow-induced vibrationextreme value statisticsaudiologymechanical engineering

Wavenumber Scattering and the Interactions of Turbulent Boundary Layer Flow With the Structures Exhibiting the Acoustic Black Hole Effect. The Journal of the Acoustical Society of America (2019)

Micah R. ShepherdPhilip A. FeurtadoStephen C. Conlon

fluid dynamicsacoustical engineeringengineering acousticaerospace engineeringunderwater acousticsacoustic ecologyaerodynamicswavenumber scatteringacoustical oceanographyhearing research

Extreme Value Statistics of Flow Induced Noise and Vibration. (2018)

Connor J. McCluskeyStephen C. ConlonManton J. Guers

extreme value statisticsvibrationsstatistics

Progressive Phase Trends in Plates With Embedded Acoustic Black Holes. The Journal of the Acoustical Society of America (2018)

Stephen C. ConlonPhilip A. Feurtado

plate tectonicsacoustical engineeringprogressive phase trendsmaterials scienceapplied physicstectonics

Vibroacoustic Properties of Plates With Tuned Acoustic Black Holes. (2018)

Yu XiongEdward C. SmithStephen C. Conlon

materials sciencevibrationsmechanical engineeringvibroacoustic properties

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Stephen Conlon

Associate Professor of Aerospace Engineering Sr Research Associate PSU Applied Research Lab

Pennsylvania State University

Affiliations

Penn State College of Engineering

Acoustics

Aerospace Engineering

Stephen Conlon is currently serving as an Acoustics Associate Professor of Aerospace Engineering Sr Research Associate PSU Applied Research Lab at Pennsylvania State 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

Stephen Conlon

Pennsylvania State University

Associate Professor of Aerospace Engineering Sr Research Associate PSU Applied Research Lab

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Extreme Value Statistics of Flow-Induced Hydrofoil Vibration and Resonance. Noise Control Engineering Journal (2021)

Connor J. McCluskeyManton J. GuersStephen C. Conlon

engineeringnoise controlacoustical engineeringengineering noise controlaeroacousticsextreme value statisticsflow-induced hydrofoil vibration

Minimum Sample Size for Extreme Value Statistics of Flow-Induced Response. Marine Structures (2021)

Connor J. McCluskeyManton J. GuersStephen C. Conlon

oceanographyminimum sample sizebiostatisticsextreme value statisticsflow-induced responsestatistics

Transmission Loss of Plates With Embedded Multi-Scale and Tuned Acoustic Black Holes. The Journal of the Acoustical Society of America (2021)

Yu XiongEdward SmithStephen C. Conlon

transmissionphysical acousticsacoustical engineeringengineering acousticunderwater acousticsmaterials sciencetransmission loss

The Acoustic Black Hole: A Review of Theory and Applications. Journal of Sound and Vibration (2020)

Adrien PelatFrançois GautierStephen C. ConlonFabio Semperlotti

acoustic black holephysical acousticsacoustical engineeringengineering acousticphysicsbioacousticsvibrations

The Role of Resonance in the Extreme Value Statistics of Flow-Induced Response. The Journal of the Acoustical Society of America (2020)

Connor J. McCluskeyManton J. GuersStephen C. Conlon

stochastic resonanceacoustical engineeringbehavioral sciencesflow-induced responseacoustical oceanographyextreme value statisticsaudiologyhearing research

Extreme Value Statistics in Flow-Induced Vibration Over Long Time Intervals. The Journal of the Acoustical Society of America (2019)

Connor McCluskeyStephen ConlonManton Guers

long time intervalsacoustical engineeringflow-induced vibrationextreme value statisticsaudiologymechanical engineering

Wavenumber Scattering and the Interactions of Turbulent Boundary Layer Flow With the Structures Exhibiting the Acoustic Black Hole Effect. The Journal of the Acoustical Society of America (2019)

Micah R. ShepherdPhilip A. FeurtadoStephen C. Conlon

fluid dynamicsacoustical engineeringengineering acousticaerospace engineeringunderwater acousticsacoustic ecologyaerodynamicswavenumber scatteringacoustical oceanographyhearing research

Extreme Value Statistics of Flow Induced Noise and Vibration. (2018)

Connor J. McCluskeyStephen C. ConlonManton J. Guers

extreme value statisticsvibrationsstatistics

Progressive Phase Trends in Plates With Embedded Acoustic Black Holes. The Journal of the Acoustical Society of America (2018)

Stephen C. ConlonPhilip A. Feurtado

plate tectonicsacoustical engineeringprogressive phase trendsmaterials scienceapplied physicstectonics

Vibroacoustic Properties of Plates With Tuned Acoustic Black Holes. (2018)

Yu XiongEdward C. SmithStephen C. Conlon

materials sciencevibrationsmechanical engineeringvibroacoustic properties

1
2
3
4
5
6
10 / page

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Institution

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noise control

structural control

Ryan Harne

Institution

Ohio State University

mechanical systems

active vibration control

George A. Lesieutre

Institution

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piezoelectric actuation

structural health monitoring

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engineering structure

laser ultrasound

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signal processing

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