Faculty

Institution

Unit

Venue

Christopher Goyne

Professor

University of Virginia

Affiliations

School of Engineering and Applied Science

Department of Mechanical and Aerospace Engineering

Christopher Goyne is currently serving as a Mechanical And Aerospace Engineering Professor at University of Virginia.

Honors

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Experiences

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Education

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Christopher Goyne

University of Virginia

Professor

You can click a keyword to filter the displayed items

engineering aerospace engineering combustion combustion science supersonic combustion hypersonic speed combustion flame engine research fluid dynamics combustion engineering aerodynamics fluid flow mechanical engineering shock waves turbulent flame propulsion fluid mechanics computational fluid dynamics applied physics laser absorption spectrometry numerical simulations flow measurement lasers thermal engineering turbomachinery laser-based sensor fluid machinery unsteady flows premixed turbulent flame heat mass transfer compressible flows compressor tribology friction vibrational spectroscopy aerospace propulsion boundary layers flow physics dual-mode scramjet absorption spectroscopy raman spectroscopy turbulent flow heat transfer aerospace technology optical engineering fluid science gas-liquid flow optical spectroscopy aeronautics combustion process automatic control hydrogen combustion turbulence modeling fuel injection combustion theory shock compression hydrodynamic lubrication rocket engine particle technology mach 2 ethylene fuel fuel science particle-laden flows thermal analysis load-bearing capacity flight enthalpy shock train gasp code dual-mode combustion fuel plume imaging dual-mode scramjet combustor mission design vitiation effects cavity flameholder thermal equilibrium premixed ethylene-air flame inlet distortion

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Application of an Optical Emission Spectroscopy Sensor Design to a Dual-Mode Scramjet Flowpath. Measurement Science and Technology (2026)

optical testingengine researchoptical sensorsoptical spectrometerspectroscopyengineeringdual-mode scramjet flowpathsupersonic combustionoptical materialsoptical propertiesoptical engineeringhypersonic speedinstrumentationlaser-based sensoraerospace engineering

Cubrc 48” Tunnel Hypersonic Ground Testing of Nospec. (2026)

geotechnical engineeringnumerical simulationsnondestructive testingunderground constructionengineeringearthquake engineeringengineering sciencecubrc 48engineering geologyshock wavesaeroacousticshypersonic speedgeophysical prospectingaerospace engineering

Laser Absorption Spectroscopy Measurements of Air Mass Flow Rate in a Model Scramjet Isolator via Ambient Co 2. (2026)

engine researchabsorptionspectroscopyabsorption spectroscopylaserssupersonic combustioncombustion sciencelaser absorption spectrometrycombustionapplied physicshypersonic speedmodel scramjet isolatorlaser-based sensoraerospace engineering

Enhancement of Dual-Mode Scramjet Flowpath Control With an Optical Emission Spectroscopy Sensor. AIAA SCITECH 2022 Forum (2025)

Max ChernRobert RockwellChloe E. DedicChristopher P. Goyne

sensorsbionicssystems engineeringoptical sensorsoptical spectroscopyspectroscopyscientific computingmechanical engineeringprecision engineeringflow control (data)optical engineeringaerospace engineering

Potential of Sensing Ultraviolet Radiation for Hypersonic Flight. AIAA Journal (2025)

uv-vis spectroscopyshort wavelength opticsensing ultraviolet radiationshock waveshypersonic speedaerospace engineering

Uncertainty and Sensitivity in the Development Lifecycle of Advanced Aerospace Systems. IEEE Open Journal of Systems Engineering (2025)

Timothy L. EddyChristopher M. VanYeBeatrice E. LiThomas L. PolmateerChristopher P. GoyneJohn FriendDavid BarnesMegan E. GunnIgor LinkovDavid L. SlutzkyJames H. Lambert

lifecycle modeluncertainty managementsystems engineeringsystem safetyuncertainty analysisdevelopment lifecycleengineeringaerospace technologyuncertainty modelinguncertainty quantificationadvanced aerospace systemsaerospaceaerospace systemsaerospace engineering

Wavelet-Based Optical Flow Velocimetry Using High Repetition-Rate Oh-Plif in Dual-Mode Scramjet. AIAA SCITECH 2022 Forum (2025)

Owen PetitoMax ChernAustin M. WebbAldo GargiuloChristopher P. GoyneTerrence R. MeyerChloe E. Dedic

waveletsbionicsoptical testingwavelet theoryhigh repetition-rate oh-plifnumerical simulationscomputational electromagneticsmultiphase flowstechnologyfluid flowfluid dynamicsscientific computingmechanical engineeringdual-mode scramjetprecision engineeringflow measurementoptical metrologyaerospace engineering

Control of a Dual-Mode Scramjet Flow Path Utilizing Optical Emission Spectroscopy. Aerospace Science and Technology (2024)

Max Y. ChernAndrew J. WanchekLaurie ElkowitzRobert D. RockwellChloe E. DedicChristopher P. Goyne

aeronauticsengineeringaerospace technologyaerodynamicsapplied physicsaerospace engineering

Design of a Multi-Anode Photomultiplier Tube Sensor for Dual-Mode Scramjet Engine Control. AIAA SCITECH 2022 Forum (2024)

Max ChernAndrew J. WanchekRobert D. RockwellChristopher P. GoyneChloe E. Dedic

sensorsactive controlmicrowave technologysensor arrayswearable technologyvehicular technologyintermittently connected deviceengineeringoptoelectronicselectrical engineeringsensor technologyinstrumentationaerospace engineering

Dual-Mode Scramjet Control Using Optical Emission Sensors. Applied Optics (2024)

Laurie ElkowitzAndrew WanchekRobert RockwellChristopher P. GoyneChloe E. Dedic

photonicsautomatic controlengineeringdual-mode scramjet controloptoelectronicscontrol systemsoptical emission sensorsoptical engineeringapplied physicscontrol technologyaerospace engineering

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Christopher Goyne

Professor

University of Virginia

Affiliations

School of Engineering and Applied Science

Department of Mechanical and Aerospace Engineering

Christopher Goyne is currently serving as a Mechanical And Aerospace Engineering Professor at University of Virginia.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Christopher Goyne

University of Virginia

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Application of an Optical Emission Spectroscopy Sensor Design to a Dual-Mode Scramjet Flowpath. Measurement Science and Technology (2026)

Cubrc 48” Tunnel Hypersonic Ground Testing of Nospec. (2026)

Laser Absorption Spectroscopy Measurements of Air Mass Flow Rate in a Model Scramjet Isolator via Ambient Co 2. (2026)

Enhancement of Dual-Mode Scramjet Flowpath Control With an Optical Emission Spectroscopy Sensor. AIAA SCITECH 2022 Forum (2025)

Max ChernRobert RockwellChloe E. DedicChristopher P. Goyne

Potential of Sensing Ultraviolet Radiation for Hypersonic Flight. AIAA Journal (2025)

uv-vis spectroscopyshort wavelength opticsensing ultraviolet radiationshock waveshypersonic speedaerospace engineering

Uncertainty and Sensitivity in the Development Lifecycle of Advanced Aerospace Systems. IEEE Open Journal of Systems Engineering (2025)

Timothy L. EddyChristopher M. VanYeBeatrice E. LiThomas L. PolmateerChristopher P. GoyneJohn FriendDavid BarnesMegan E. GunnIgor LinkovDavid L. SlutzkyJames H. Lambert

Wavelet-Based Optical Flow Velocimetry Using High Repetition-Rate Oh-Plif in Dual-Mode Scramjet. AIAA SCITECH 2022 Forum (2025)

Owen PetitoMax ChernAustin M. WebbAldo GargiuloChristopher P. GoyneTerrence R. MeyerChloe E. Dedic

Control of a Dual-Mode Scramjet Flow Path Utilizing Optical Emission Spectroscopy. Aerospace Science and Technology (2024)

Max Y. ChernAndrew J. WanchekLaurie ElkowitzRobert D. RockwellChloe E. DedicChristopher P. Goyne

aeronauticsengineeringaerospace technologyaerodynamicsapplied physicsaerospace engineering

Design of a Multi-Anode Photomultiplier Tube Sensor for Dual-Mode Scramjet Engine Control. AIAA SCITECH 2022 Forum (2024)

Max ChernAndrew J. WanchekRobert D. RockwellChristopher P. GoyneChloe E. Dedic

Dual-Mode Scramjet Control Using Optical Emission Sensors. Applied Optics (2024)

Laurie ElkowitzAndrew WanchekRobert RockwellChristopher P. GoyneChloe E. Dedic

photonicsautomatic controlengineeringdual-mode scramjet controloptoelectronicscontrol systemsoptical emission sensorsoptical engineeringapplied physicscontrol technologyaerospace engineering

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5
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10 / page

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