Faculty

Institution

Unit

Venue

David Scarborough

Associate Professor

Auburn University

Affiliations

Samuel Ginn College of Engineering

Aerospace

David Scarborough is currently serving as an Aerospace Associate Professor at Auburn University.

Honors

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Experiences

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Education

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David Scarborough

Auburn University

Associate Professor

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aerospace engineering aeronautics acoustical engineering engineering aerospace technology combustion fluid dynamics mechanical engineering applied physics aerodynamics engine research atmospheric science instrumentation audio electroacoustics engineering acoustic plume-surface interactions propulsion hearing research experimental analysis ejector technology optoelectronics combustion science thermal engineering additive manufacturing space weather aerospace robotics astronautics orogeny physical acoustics acoustic ecology two-stroke engine theoretical investigation premixed flame kernels crater formation control systems active control combustion institute environmental technology acta astronautica fire safety wildland fire fire ecology aerosol science fire technology waste management power engineering energy engineering chemical emission fire chemistry planetary geomorphology experimental technology process measurement temperature measurement measurement systems instrument science fire research fire safety science fire dynamics gas dynamics fuel science optical engineering lunar science performance characterization aerospace propulsion psychoacoustics turbine engine combustors lean blowout methane oxycombustion blowoff measurements active control system lbo margin reduction three-dimensional measurement combustion dynamics resonant acoustic oscillations mass transfer rates convection air dryer combustion engineering rocket propulsion combustion instabilities sound gas turbine combustion liquid fuel acoustic music supersonic combustion energy transformation rocket engine in-cylinder flow

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characterization of Ejecta Sheet Generated by Jet-Impulse During Plume-Surface Interactions. AIAA SCITECH 2022 Forum (2024)

Vikas Nataraj BhargavLokesh SilwalDaniel StubbsBrandon FuloneBrian S. ThurowDavid ScarboroughVrishank Raghav

space weatherfluid dynamicsejecta sheetaerospace engineeringplume-surface interactionsatmospheric science

Ejecta Behavior During Plume-Surface Interactions Under Rarefied Atmospheric Conditions. Acta Astronautica (2024)

Lokesh SilwalVikas N. BhargavDaniel C. StubbsBrandon K. FuloneBrian S. ThurowDavid E. ScarboroughVrishank Raghav

astronauticsplanetary sciencesacta astronauticaspace explorationaerospace engineeringplume-surface interactionsejecta behavior

The Effect of Reduced Ambient Pressure on Plume-Surface Interaction Cratering Dynamics. AIAA Journal (2024)

Daniel C. StubbsLokesh SilwalVikas N. BhargavBrian S. ThurowVrishank RaghavDavid E. Scarborough

planetary sciencesfluid dynamicsaerodynamicsplume-surface interactionnumerical simulationsaerospace engineeringreduced ambient pressure

Three-Dimensional Crater Formation Measurements During Plume-Surface Interaction in a Reduced Gravity Environment Using a Drop Tower. AIAA SCITECH 2022 Forum (2024)

Trevor CraneDaniel StubbsBrian S. ThurowVrishank RaghavDavid Scarborough

reduced gravity environmentplanetary sciencesdrop towerplume-surface interactionastronomyfragmentation effectearth scienceorogenyatmospheric science

Three Dimensional Instantaneous Spray Measurements of Additively Manufactured Candidate Injector Schemes at Varying Pressure Drops. AIAA SCITECH 2022 Forum (2024)

Murphy MitchellAri D. GoldmanDavid ScarboroughThomas W. Teasley

materials sciencepressure dropssurface sciencefluid dynamicscandidate injector schemesejector technologyapplied mathematicsapplied physics3d printingadditive manufacturing

Development of a High Pressure, Cold Flow Test Facility for Characterizing Novel, Ultra High Performance, Additively Manufactured Injector Elements for Pressure Gain Engines. AIAA SCITECH 2022 Forum (2023)

Ari D. GoldmanMurphy MitchellThomas W. TeasleyDavid E. Scarborough

materials scienceadditive manufacturingexperimental analysisperformance characterizationmechanical engineeringhigh pressurepressure gain enginesengine researchaerospace engineeringultra high performancemechanical testinginjector elements

Non-Intrusive, 3-D Crater Formation Measurements Due to Plume-Surface Interactions Under Sub-Atmospheric Pressure Conditions. AIAA SCITECH 2022 Forum (2023)

Daniel StubbsLokesh SilwalVikas N. BhargavBrian S. ThurowMasatoshi HirabayashiVrishank RaghavDavid E. Scarborough

sub-atmospheric pressure conditionsplanetary scienceslunar scienceplanetary sciencespace scienceastronomyaerospace engineeringplume-surface interactionsatmospheric science

A Theoretical and Experimental Investigation of the Nonlinear Acoustic Response of Acoustic Insertion Elements. The Journal of the Acoustical Society of America (2022)

Luke H. HumphreysEric M. Van HornDavid E. Scarborough

materials scienceexperimental analysisexperimental investigationaudio electroacousticsaudiologyengineering acousticacoustic insertion elementsacoustical engineeringhearing researchphysical acousticsnonlinear acoustic response

Low-Frequency Acoustic Response of Gas Turbine Perforated Plate and Axial Swirler. Journal of Engineering for Gas Turbines and Power (2022)

Eric M. Van HornDavid E. Scarborough

aeroacousticslow-frequency acoustic responsemechanical engineeringthermal engineeringengineering acousticgas turbineacoustical engineeringapplied physicsengineeringaxial swirler

An Experimental Investigation Into the Wildland Fire Burning Characteristics of Loblolly Pine Needles. Fire Safety Journal (2021)

Daniel C. StubbsLuke H. HumphreysAri GoldmanAustin M. ChildtreeJohn S. KushDavid E. Scarborough

forestryfire safety scienceexperimental investigationwildland firefire ecologyenvironmental sciencewildfiresfire safetyclimate changefire research

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David Scarborough

Associate Professor

Auburn University

Affiliations

Samuel Ginn College of Engineering

Aerospace

David Scarborough is currently serving as an Aerospace Associate Professor at Auburn 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

David Scarborough

Auburn University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characterization of Ejecta Sheet Generated by Jet-Impulse During Plume-Surface Interactions. AIAA SCITECH 2022 Forum (2024)

Vikas Nataraj BhargavLokesh SilwalDaniel StubbsBrandon FuloneBrian S. ThurowDavid ScarboroughVrishank Raghav

space weatherfluid dynamicsejecta sheetaerospace engineeringplume-surface interactionsatmospheric science

Ejecta Behavior During Plume-Surface Interactions Under Rarefied Atmospheric Conditions. Acta Astronautica (2024)

Lokesh SilwalVikas N. BhargavDaniel C. StubbsBrandon K. FuloneBrian S. ThurowDavid E. ScarboroughVrishank Raghav

astronauticsplanetary sciencesacta astronauticaspace explorationaerospace engineeringplume-surface interactionsejecta behavior

The Effect of Reduced Ambient Pressure on Plume-Surface Interaction Cratering Dynamics. AIAA Journal (2024)

Daniel C. StubbsLokesh SilwalVikas N. BhargavBrian S. ThurowVrishank RaghavDavid E. Scarborough

planetary sciencesfluid dynamicsaerodynamicsplume-surface interactionnumerical simulationsaerospace engineeringreduced ambient pressure

Three-Dimensional Crater Formation Measurements During Plume-Surface Interaction in a Reduced Gravity Environment Using a Drop Tower. AIAA SCITECH 2022 Forum (2024)

Trevor CraneDaniel StubbsBrian S. ThurowVrishank RaghavDavid Scarborough

reduced gravity environmentplanetary sciencesdrop towerplume-surface interactionastronomyfragmentation effectearth scienceorogenyatmospheric science

Three Dimensional Instantaneous Spray Measurements of Additively Manufactured Candidate Injector Schemes at Varying Pressure Drops. AIAA SCITECH 2022 Forum (2024)

Murphy MitchellAri D. GoldmanDavid ScarboroughThomas W. Teasley

materials sciencepressure dropssurface sciencefluid dynamicscandidate injector schemesejector technologyapplied mathematicsapplied physics3d printingadditive manufacturing

Ari D. GoldmanMurphy MitchellThomas W. TeasleyDavid E. Scarborough

Non-Intrusive, 3-D Crater Formation Measurements Due to Plume-Surface Interactions Under Sub-Atmospheric Pressure Conditions. AIAA SCITECH 2022 Forum (2023)

Daniel StubbsLokesh SilwalVikas N. BhargavBrian S. ThurowMasatoshi HirabayashiVrishank RaghavDavid E. Scarborough

sub-atmospheric pressure conditionsplanetary scienceslunar scienceplanetary sciencespace scienceastronomyaerospace engineeringplume-surface interactionsatmospheric science

A Theoretical and Experimental Investigation of the Nonlinear Acoustic Response of Acoustic Insertion Elements. The Journal of the Acoustical Society of America (2022)

Luke H. HumphreysEric M. Van HornDavid E. Scarborough

Low-Frequency Acoustic Response of Gas Turbine Perforated Plate and Axial Swirler. Journal of Engineering for Gas Turbines and Power (2022)

Eric M. Van HornDavid E. Scarborough

aeroacousticslow-frequency acoustic responsemechanical engineeringthermal engineeringengineering acousticgas turbineacoustical engineeringapplied physicsengineeringaxial swirler

An Experimental Investigation Into the Wildland Fire Burning Characteristics of Loblolly Pine Needles. Fire Safety Journal (2021)

Daniel C. StubbsLuke H. HumphreysAri GoldmanAustin M. ChildtreeJohn S. KushDavid E. Scarborough

forestryfire safety scienceexperimental investigationwildland firefire ecologyenvironmental sciencewildfiresfire safetyclimate changefire research

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Similar Faculty Members

Brian Thurow

Institution

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fluid flow

unsteady flow

Scott Morris

Institution

University of Notre Dame

aerospace propulsion

engineering acoustic

Ahsan Choudhuri

Institution

University of Texas at El Paso

manufactured materials

advanced manufacturing

Krishan K Ahuja

Institution

Georgia Institute of Technology

noise control

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Kareem Ahmed

Institution

University of Central Florida

aerospace

supersonic combustion

Stuart J. Laurence

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University of Maryland, College Park

fluid flow

aerospace

Ahmet Selamet

Institution

Ohio State University

combustion

scientific computing

Rajan Kumar

Institution

Florida State University

supersonic combustion

noise control

Venkat Narayanaswamy

Institution

North Carolina State University

aerospace

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Ann Karagozian

Institution

University of California, Los Angeles

combustion

alternative fuels