Faculty

Institution

Unit

Venue

Eric Jumper

Roth-Gibson Professor Aerospace and Mechanical Engineering

University of Notre Dame

Affiliations

College of Engineering

Aerospace and Mechanical Engineering

Eric Jumper is currently serving as an Aerospace And Mechanical Engineering Roth-Gibson Professor Aerospace and Mechanical Engineering at University of Notre Dame.

Honors

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Experiences

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Education

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Eric Jumper

University of Notre Dame

Roth-Gibson Professor Aerospace and Mechanical Engineering

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aerospace engineering aerodynamics aeronautics applied physics fluid dynamics aerospace technology photonics optical engineering astronomy mechanical engineering aircraft aero-optical environment aeroacoustics thermal engineering aero-optical measurements fluid mechanics space science laser science compressible flows aero-optical effects airborne aero-optics laboratory experimental analysis surface science heat transfer boundary layers beam optics hemispherical turret compressible shear layer flat window turret wake aero-optical distortions compression (physics) thermophysics optical metrology acoustical engineering optical environment transonic speeds hemisphere-on-cylinder turret oxygen recombination small-aperture beam technique numerical simulations aerosol science wave optics adaptive control aerial robotics astronautics wave propagation engineering thermodynamics experimental thermodynamics adaptive optics flat-windowed turret cylindrical turret fluid flow engine research chemical thermodynamics surface chemistry surface engineering feed forward (control) feedforward control laser processing technology thermal protection optical testing space environment active control computational fluid dynamics turbomachinery plasma science plasma applications control engineering turbulence modeling engineering unsteady aerodynamics laser interactions aerospace

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental and Computational Investigation of Shack–Hartmann Wavefront Sensor Measurements Through a Free Shear Layer. Optical Engineering (2024)

Jonathan WellsMatthew KalenskyR. Mark RennieEric J. Jumper

experimental analysissystems engineeringcomputational investigationmechanical engineeringoptical engineeringsensorsfree shear layerengineering

Experimental and Computational Investigation of Laser Beam Propagation Through a Free Shear Layer. (2023)

Jonathan WellsMatthew KalenskyMark RennieEric J. Jumper

laser beam propagationexperimental analysiscomputational investigationlaser sciencespace sciencefree shear layerapplied physics

Aero‐Optical Effects. (2022)

Stanislav GordeyevEric JumperMatthew Whiteley

aerodynamicsaero-optical effectsaerospace engineeringapplied physicsaeronautics

Estimation of Atmospheric Optical Turbulence Strength in Realistic Airborne Environments. Applied Optics (2022)

Matthew KalenskyMark F. SpencerEric J. JumperStanislav Gordeyev

applied physicsrealistic airborne environmentsatmospheric scienceaerospace engineering

Estimation of the Acoustic Environment of a Wind-Tunnel Test-Section for Filtering Acoustic Disturbances From Aero-Optical Measurements. AIAA SCITECH 2022 Forum (2022)

Brian L. CatronMark R. RennieEric J. Jumper

aeroacousticsacoustic environmentacoustic disturbancesacoustical engineeringaero-optical measurementsaerospace engineeringwind-tunnel test-section

Extracting Atmospheric Optical Turbulence Parameters From Aaol-Bc Wavefront Measurements. AIAA SCITECH 2022 Forum (2022)

Matthew KalenskyEric J. JumperStanislav Gordeyev

aerodynamicsaaol-bc wavefront measurementsaerospace engineering

In-Flight Measurement of Atmospheric-Imposed Tilt: Experimental Results and Analysis. Applied Optics (2022)

Matthew KalenskyEric J. JumperMatthew R. KemnetzStanislav Gordeyev

atmospheric-imposed tiltaerodynamicsoptical engineeringastronomyaerospace engineeringin-flight measurementapplied physicsaeronauticsatmospheric science

Measurement of Temperature Distribution in a Weakly-Compressible Shear Layer. AIAA Aviation 2019 Forum (2022)

Jonathan D. WellsMark R. RennieEric J. Jumper

unmanned aerial vehiclestemperature measurementaerosol sciencetemperature distributionaerospace engineeringweakly-compressible shear layeraeronauticsatmospheric science

The Story of the Airborne Aero-Optics Laboratory. (2022)

Eric J. Jumper

technologyaeroacousticsairborne aero-optics laboratoryunmanned aerial vehiclesaircraftaerodynamicsaeronauticsaerospace engineeringaerospaceengineering

Aircraft to Ground Profiling: Turbulence Measurements and Optical System Performance Modeling. AIAA Journal (2021)

Yakov DiskinMatthew WhiteleyMitchell GroseKevin JackovitzRichard DryeBrandon HampshireMonte OwensEric SmithEric MageeMatthew KalenskyEric JumperStanislav GordeyevAaron Archibald

aircraftaerodynamicsaerospace engineeringaeronauticsturbulence measurements

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Eric Jumper

Roth-Gibson Professor Aerospace and Mechanical Engineering

University of Notre Dame

Affiliations

College of Engineering

Aerospace and Mechanical Engineering

Eric Jumper is currently serving as an Aerospace And Mechanical Engineering Roth-Gibson Professor Aerospace and Mechanical Engineering at University of Notre Dame.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Eric Jumper

University of Notre Dame

Roth-Gibson Professor Aerospace and Mechanical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental and Computational Investigation of Shack–Hartmann Wavefront Sensor Measurements Through a Free Shear Layer. Optical Engineering (2024)

Jonathan WellsMatthew KalenskyR. Mark RennieEric J. Jumper

experimental analysissystems engineeringcomputational investigationmechanical engineeringoptical engineeringsensorsfree shear layerengineering

Experimental and Computational Investigation of Laser Beam Propagation Through a Free Shear Layer. (2023)

Jonathan WellsMatthew KalenskyMark RennieEric J. Jumper

laser beam propagationexperimental analysiscomputational investigationlaser sciencespace sciencefree shear layerapplied physics

Aero‐Optical Effects. (2022)

Stanislav GordeyevEric JumperMatthew Whiteley

aerodynamicsaero-optical effectsaerospace engineeringapplied physicsaeronautics

Estimation of Atmospheric Optical Turbulence Strength in Realistic Airborne Environments. Applied Optics (2022)

Matthew KalenskyMark F. SpencerEric J. JumperStanislav Gordeyev

applied physicsrealistic airborne environmentsatmospheric scienceaerospace engineering

Estimation of the Acoustic Environment of a Wind-Tunnel Test-Section for Filtering Acoustic Disturbances From Aero-Optical Measurements. AIAA SCITECH 2022 Forum (2022)

Brian L. CatronMark R. RennieEric J. Jumper

aeroacousticsacoustic environmentacoustic disturbancesacoustical engineeringaero-optical measurementsaerospace engineeringwind-tunnel test-section

Extracting Atmospheric Optical Turbulence Parameters From Aaol-Bc Wavefront Measurements. AIAA SCITECH 2022 Forum (2022)

Matthew KalenskyEric J. JumperStanislav Gordeyev

aerodynamicsaaol-bc wavefront measurementsaerospace engineering

In-Flight Measurement of Atmospheric-Imposed Tilt: Experimental Results and Analysis. Applied Optics (2022)

Matthew KalenskyEric J. JumperMatthew R. KemnetzStanislav Gordeyev

atmospheric-imposed tiltaerodynamicsoptical engineeringastronomyaerospace engineeringin-flight measurementapplied physicsaeronauticsatmospheric science

Measurement of Temperature Distribution in a Weakly-Compressible Shear Layer. AIAA Aviation 2019 Forum (2022)

Jonathan D. WellsMark R. RennieEric J. Jumper

unmanned aerial vehiclestemperature measurementaerosol sciencetemperature distributionaerospace engineeringweakly-compressible shear layeraeronauticsatmospheric science

The Story of the Airborne Aero-Optics Laboratory. (2022)

Eric J. Jumper

technologyaeroacousticsairborne aero-optics laboratoryunmanned aerial vehiclesaircraftaerodynamicsaeronauticsaerospace engineeringaerospaceengineering

Aircraft to Ground Profiling: Turbulence Measurements and Optical System Performance Modeling. AIAA Journal (2021)

Yakov DiskinMatthew WhiteleyMitchell GroseKevin JackovitzRichard DryeBrandon HampshireMonte OwensEric SmithEric MageeMatthew KalenskyEric JumperStanislav GordeyevAaron Archibald

aircraftaerodynamicsaerospace engineeringaeronauticsturbulence measurements

1
2
3
4
5
26
10 / page

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Similar Faculty Members

Stanislav Gordeyev

Institution

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fluid flow

boundary layer

Jeffrey Bons

Institution

Ohio State University

fluid dynamics

heat transfer enhancement

Thomas Corke

Institution

University of Notre Dame

noise control

high-rise building

Datta Gaitonde

Institution

Ohio State University

supersonic combustion

turbulence modeling

Subith Vasu

Institution

University of Central Florida

combustion

shock wave

Kamran Mohseni

Institution

University of Florida

fluid flow

harsh environments

Brian Thurow

Institution

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unsteady flow

Terrence R. Meyer

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Iowa State University

Stuart J. Laurence

Institution

University of Maryland, College Park

fluid flow

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Alexandre Martin

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University of Kentucky

aerodynamics

computational fluid dynamic