Faculty

Institution

Unit

Venue

Michael Krane

Research Professor

Pennsylvania State University

Affiliations

Penn State College of Engineering

Acoustics

Aerospace Engineering

Mechanical Engineering

Michael Krane is currently serving as an Acoustics Research Professor at Pennsylvania State University.

Honors

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Experiences

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Education

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Michael Krane

Pennsylvania State University

Research Professor

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applied physics fluid dynamics aerospace engineering fluid mechanics aeroacoustics engineering acoustical engineering audiology aerodynamics bioacoustics speech processing acoustic modeling marine engineering engineering acoustic computational fluid dynamics numerical simulations speech communication physics hearing research fluid flow speech production fluid-structure interaction fluid-solid interactions acoustic ecology phonetics instrumentation ocean engineering vibration control boundary layers finite element methods audio electroacoustics acoustical oceanography speech motor control jet-supercavity interaction astrophysics additive manufacturing avian biology speech synthesis sound synthesis mammalian physiology aeroelasticity fluid-structure interactions aeroacoustic production animal physiology ornithology animal science mammalogy boundary value problems auditory modeling rodent ecology respiration (physiology) veterinary physiology wildlife ecology boundary element methods performance measurement compressible flows incompressible flow experimental technology accelerometers measurement systems instrument science sensor technology hydraulic engineering melt pool formation large ejecta numerical assessment gas jet unsteady behavior white-tailed deer olfactory airflow nasal airway morphometric analysis perfectly matched layer unsteady aerodynamic effects theoretical assessment phonatory flow sound structural control mechanical engineering sound propagation applied research mechanical systems

Notable Scholarly Works

Notable Federal Grants

Collaborators

Aeroacoustic Source Separation of Non-Stationary Signals in Time Domain With Rpca. 28th AIAA/CEAS Aeroacoustics 2022 Conference (2024)

Mitchell J. SwannAdam S. NickelsMichael H. KraneJeff R. Harris

source separationtime domainnon-stationary signalssignal separationaeroacousticsaerospace engineeringaeroacoustic source separation

Investigation of Flow-Induced Forces on Isolated Wall-Mounted Bluff Bodies. 28th AIAA/CEAS Aeroacoustics 2022 Conference (2024)

Paul P. TrzcinskiMichael H. KraneJeff R. HarrisMitchell J. SwannAdam S. Nickels

flow-induced forcesgeotechnical engineeringengineering

Time Domain Characterization of Nonstationary Low-Mach Number Aeroacoustic Sources Using Principal Component Analysis. The Journal of the Acoustical Society of America (2024)

Mitchell J. SwannZachary W. YoasAdam S. NickelsMichael H. KraneJeff R. Harris

time domain characterizationaerospace engineeringacoustical engineeringaeroacoustics

Acoustic Cavitation Detection in Biomedical and Underwater Systems. The Journal of the Acoustical Society of America (2023)

Jacob ElliottEric RokniPaul TrzcinskiMichael KraneJeff HarrisJulianna Simon

acoustic cavitationaudio electroacousticsaudiologybiomedical engineeringacoustic cavitation detection

Acoustic Emission of a Vortex Ring Near a Porous Edge. Part 1: Theory. Journal of Fluid Mechanics (2022)

Huansheng ChenZachary W. YoasJustin W. JaworskiMichael H. Krane

porous edgevortex ringacoustic emissionapplied physicsfluid mechanics

Aeroacoustic Source Prediction Using Material Surfaces Bounding the Flow. Fluid Dynamics Research (2022)

Michael J McPhailMichael H Krane

aeroacoustic source predictionfluid dynamicsaeroacousticsaerospace engineeringmaterial surfaces

Full-Scale Reynolds Number Testing of Rotor Hub Drag and Wake Turbulence. Journal of the American Helicopter Society (2022)

David B ReichMichael H KraneSteven M WillitsSven Schmitz

aerospace engineeringaerodynamicsfluid dynamicsmechanical engineeringwake turbulencerotor hub dragaeronautics

Phase-Averaged, Frequency Dependence of Jet Dynamics in a Scaled Up Vocal Fold Model With Full and Incomplete Closure. Physical Review Fluids (2022)

Nathaniel WeiAbigail HaworthHunter RingenbergMichael KraneTimothy Wei

frequency dependencephysicsvocal fold modelbiophysicsfluid-solid interactionsfluid dynamicsphase transitionsacoustic modelingapplied physicsmultiphase flowsbioacousticsjet dynamicsfluid mechanicsincomplete closure

Spatter Behaviors and Effects on the Formation of Defects in Laser Powder Bed Fusion Additive Manufacturing. SSRN Electronic Journal (2022)

David Jeffrey CorbinAbdalla R. NassarEdward W. ReutzelMichael H. KraneRyan Overdorff

materials sciencemanufacturing technologylaser processing technologyspatter behaviorsdefect formationadvanced manufacturing technologiesmechanical engineeringsocial science researchadditive manufacturingsocial sciencesmanufacturingadvanced manufacturing

Phase-Averaged and Cycle-To-Cycle Analysis of Jet Dynamics in a Scaled Up Vocal-Fold Model. Journal of Fluid Mechanics (2021)

Hunter RingenbergDylan RogersNathaniel WeiMichael KraneTimothy Wei

cycle-to-cycle analysisvocal-fold modelfluid dynamicsacoustic modelingsystems biologybioacousticsmultiphase flowsjet dynamicsfluid mechanics

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Michael Krane

Research Professor

Pennsylvania State University

Affiliations

Penn State College of Engineering

Acoustics

Aerospace Engineering

Mechanical Engineering

Michael Krane is currently serving as an Acoustics Research Professor 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

Michael Krane

Pennsylvania State University

Research Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Aeroacoustic Source Separation of Non-Stationary Signals in Time Domain With Rpca. 28th AIAA/CEAS Aeroacoustics 2022 Conference (2024)

Mitchell J. SwannAdam S. NickelsMichael H. KraneJeff R. Harris

source separationtime domainnon-stationary signalssignal separationaeroacousticsaerospace engineeringaeroacoustic source separation

Investigation of Flow-Induced Forces on Isolated Wall-Mounted Bluff Bodies. 28th AIAA/CEAS Aeroacoustics 2022 Conference (2024)

Paul P. TrzcinskiMichael H. KraneJeff R. HarrisMitchell J. SwannAdam S. Nickels

flow-induced forcesgeotechnical engineeringengineering

Time Domain Characterization of Nonstationary Low-Mach Number Aeroacoustic Sources Using Principal Component Analysis. The Journal of the Acoustical Society of America (2024)

Mitchell J. SwannZachary W. YoasAdam S. NickelsMichael H. KraneJeff R. Harris

time domain characterizationaerospace engineeringacoustical engineeringaeroacoustics

Acoustic Cavitation Detection in Biomedical and Underwater Systems. The Journal of the Acoustical Society of America (2023)

Jacob ElliottEric RokniPaul TrzcinskiMichael KraneJeff HarrisJulianna Simon

acoustic cavitationaudio electroacousticsaudiologybiomedical engineeringacoustic cavitation detection

Acoustic Emission of a Vortex Ring Near a Porous Edge. Part 1: Theory. Journal of Fluid Mechanics (2022)

Huansheng ChenZachary W. YoasJustin W. JaworskiMichael H. Krane

porous edgevortex ringacoustic emissionapplied physicsfluid mechanics

Aeroacoustic Source Prediction Using Material Surfaces Bounding the Flow. Fluid Dynamics Research (2022)

Michael J McPhailMichael H Krane

aeroacoustic source predictionfluid dynamicsaeroacousticsaerospace engineeringmaterial surfaces

Full-Scale Reynolds Number Testing of Rotor Hub Drag and Wake Turbulence. Journal of the American Helicopter Society (2022)

David B ReichMichael H KraneSteven M WillitsSven Schmitz

aerospace engineeringaerodynamicsfluid dynamicsmechanical engineeringwake turbulencerotor hub dragaeronautics

Phase-Averaged, Frequency Dependence of Jet Dynamics in a Scaled Up Vocal Fold Model With Full and Incomplete Closure. Physical Review Fluids (2022)

Nathaniel WeiAbigail HaworthHunter RingenbergMichael KraneTimothy Wei

Spatter Behaviors and Effects on the Formation of Defects in Laser Powder Bed Fusion Additive Manufacturing. SSRN Electronic Journal (2022)

David Jeffrey CorbinAbdalla R. NassarEdward W. ReutzelMichael H. KraneRyan Overdorff

Phase-Averaged and Cycle-To-Cycle Analysis of Jet Dynamics in a Scaled Up Vocal-Fold Model. Journal of Fluid Mechanics (2021)

Hunter RingenbergDylan RogersNathaniel WeiMichael KraneTimothy Wei

cycle-to-cycle analysisvocal-fold modelfluid dynamicsacoustic modelingsystems biologybioacousticsmultiphase flowsjet dynamicsfluid mechanics

1
2
3
4
5
12
10 / page

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Timothy A. Brungart

Institution

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noise control

noise reduction

Dean E. Capone

Institution

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noise control

structural control

Sean Wu

Institution

Wayne State University

vibration

signal processing

Qian Xue

Institution

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simulation lab

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Lucy Zhang

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mechanical engineering

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Philip Morris

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turbulence modeling

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Yun Jing

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acoustic music

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Ronald N. Miles

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microacoustic sensors