Faculty

Institution

Unit

Venue

Philip L. Varghese

Professor

University of Texas at Austin

Affiliations

Cockrell School of Engineering

Department of Aerospace Engineering and Engineering Mechanics

Philip L. Varghese is currently serving as a Cockrell School Of Engineering Professor at University of Texas At Austin.

Honors

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Experiences

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Education

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Philip L. Varghese

University of Texas at Austin

Professor

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applied physics planetary sciences aerospace engineering atmospheric science space science materials science fluid dynamics heat transfer laser science aeronautics spectroscopy combustion space weather lunar science numerical simulations thermal engineering space exploration raman spectroscopy aerospace technology thermophysics planetary systems combustion science boltzmann equation astronautics radiative transfer rarefied flow earth-moon system fluid flow geophysical research computational fluid dynamics optical engineering atmospheric research space environment plasma science planetary atmospheres rayleigh scattering vibrational spectroscopy combustion institute scientific computing plasma physics aerosol science atmospheric measurement technique optical metrology meteoritics unsteady flows boundary layers thermal nonequilibrium combustion gases parametric study vibrational nonequilibrium plasma torus dispersion science particle methods radiative heat transfer volcanic gas chemistry volcanism wave optics numerical computation optical spectroscopy absorption spectroscopy space plasma physics turbulence modeling room temperature collision widths high temperature gases pulsed plasma jet vibration-dissociation coupling experimental study hypersonic flows direct simulation numerical studies surface roughness continuum modeling infrared spectroscopy volcanic process volcano monitoring aerospace propulsion flow diagnostics propulsion fluid mechanics hypersonic speed laser-based sensor

Notable Scholarly Works

Notable Federal Grants

Collaborators

Computational and Experimental Investigation of Plume Impingement for Orbital Detumbling. (2024)

Jacob M. NealSachin NairAkhilesh TiwariAnthony MorenoThomas UnderwoodDavid B. GoldsteinPhilip Varghese

numerical simulationsplume impingementexperimental investigationorbital detumblingaerospace engineering

Nanosecond Cars Measurements of Temperature and Relative Co Concentration in the Boundary Layer of a Graphite Ablator in an Inductively Coupled Plasma Torch. AIAA SCITECH 2022 Forum (2024)

Dan FriesSpenser StarkJohn S. MurrayNoel T. ClemensPhilip L. VargheseRajkumar BhaktaSean P. Kearney

materials sciencenanotechnologynanoengineeringmechanical scienceheat transfernanotribologymaterials engineeringnanomaterialsmechanical engineeringrelative co concentrationapplied physicsgraphite ablatorthermal sensors

Topography Formation Driven by Sublimation of Pure Species on Icy Airless Worlds. Icarus (2024)

Antonio Macias CanizaresDaniel F. BerisfordDavid GoldsteinPhilip VargheseLaurence TraftonJordan SteckloffKevin P. Hand

topography formationpure speciesspace scienceicy airless worldsplanetary sciences

Cars in an Inductively Coupled Plasma Torch, Part 1: High Temperature Nitrogen Thermometry. AIAA SCITECH 2022 Forum (2023)

Dan FriesJohn S. MurraySpenser StarkNoel ClemensPhilip L. VargheseRajkumar BhaktaElijah JansSean P. Kearney

aerospace engineeringapplied physicsengineering

Cars in an Inductively Coupled Plasma Torch, Part 2: Temperature and Carbon-Monoxide Measurements in the Reaction Layer of a Graphite Ablator. AIAA SCITECH 2022 Forum (2023)

Sean P. KearneyRajkumar BhaktaDan FriesJohn S. MurraySpenser StarkNoel ClemensPhilip L. Varghese

materials sciencecomposite sciencereaction layermaterials engineeringcarbon-monoxide measurementsmechanical engineeringapplied physicsgraphite ablator

Modelling Gap Closure Within Pulse Power Machines. (2023)

Grace KirkDavid GoldsteinPhilip VargheseDavid SirajuddinChristopher Moore

control systemsnumerical simulationspower electronicsengineeringelectric machinesgap closuremechanical engineeringstirling enginethermal engineeringpulse power machinespower system analysisreliability engineeringturbomachineryelectric power systemselectrical engineering

Molecular Transport Conditions Required for the Formation of Penitentes on Airless, Ice‐Covered Worlds, With Specific Application to Europa, Enceladus, and Callisto. Journal of Geophysical Research Planets (2023)

A. MaciasA. CarreonD. F. BerisfordT. A. NordheimG. KaleD. GoldsteinP. VargheseL. TraftonJ. SteckloffK. P. Hand

geophysicsphysicsfreeze-thaw cyclingplanetary atmospheresmolecular transport conditionsplanetary sciencecryospheregeophysical researchatmospheric scienceplanetary environmentsplanetary geomorphologyice-covered worldsearth scienceplanetary sciencesgeochemistry

Nitrogen Thermometry in an Inductively Coupled Plasma Torch Using Broadband Nanosecond Coherent Anti-Stokes Raman Scattering. Applied Optics (2023)

Dan FriesSpenser T. StarkJohn S. MurrayRajkumar BhaktaElijah R. JansNoel T. ClemensPhilip L. VargheseSean P. Kearney

materials sciencenanotechnologyplasma sciencebiophysicsspectroscopycombustion sciencecondensed matter physicsoptoelectronicsaerosol scienceplasma torchatmospheric scienceapplied physicsthermal engineeringoptical engineeringnitrogen thermometry

Simulating Radiative Heat Transfer in Multi‐Scattering Irregular Surfaces: Application to Snow and Ice Morphologies on Europa. Journal of Geophysical Research Planets (2023)

Anthony CarreonAntonio MaciasAndy HsuDaniel F. BerisfordDavid B. GoldsteinPhilip VargheseLaurence TraftonKevin P. HandJordan SteckloffArnaud Mahieux

geophysicsradiative heat transferclimate modellingheat transfermulti-scattering irregular surfacesastronomyplanetary sciencegeophysical researchearth scienceplanetary sciences

Unsteady Stefan Problem With Kinetic Interface Conditions for Rarefied Gas Deposition. International Journal of Heat and Mass Transfer (2023)

Donat WenigerPhilip L. VargheseJulia KowalskiManuel Torrilhon

materials scienceunsteady stefan problemheat transferthermal engineeringapplied physicsgas depositionkinetic interface conditions

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Philip L. Varghese

Professor

University of Texas at Austin

Affiliations

Cockrell School of Engineering

Department of Aerospace Engineering and Engineering Mechanics

Philip L. Varghese is currently serving as a Cockrell School Of Engineering Professor at University of Texas At Austin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Philip L. Varghese

University of Texas at Austin

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Computational and Experimental Investigation of Plume Impingement for Orbital Detumbling. (2024)

Jacob M. NealSachin NairAkhilesh TiwariAnthony MorenoThomas UnderwoodDavid B. GoldsteinPhilip Varghese

numerical simulationsplume impingementexperimental investigationorbital detumblingaerospace engineering

Nanosecond Cars Measurements of Temperature and Relative Co Concentration in the Boundary Layer of a Graphite Ablator in an Inductively Coupled Plasma Torch. AIAA SCITECH 2022 Forum (2024)

Dan FriesSpenser StarkJohn S. MurrayNoel T. ClemensPhilip L. VargheseRajkumar BhaktaSean P. Kearney

Topography Formation Driven by Sublimation of Pure Species on Icy Airless Worlds. Icarus (2024)

Antonio Macias CanizaresDaniel F. BerisfordDavid GoldsteinPhilip VargheseLaurence TraftonJordan SteckloffKevin P. Hand

topography formationpure speciesspace scienceicy airless worldsplanetary sciences

Cars in an Inductively Coupled Plasma Torch, Part 1: High Temperature Nitrogen Thermometry. AIAA SCITECH 2022 Forum (2023)

Dan FriesJohn S. MurraySpenser StarkNoel ClemensPhilip L. VargheseRajkumar BhaktaElijah JansSean P. Kearney

aerospace engineeringapplied physicsengineering

Cars in an Inductively Coupled Plasma Torch, Part 2: Temperature and Carbon-Monoxide Measurements in the Reaction Layer of a Graphite Ablator. AIAA SCITECH 2022 Forum (2023)

Sean P. KearneyRajkumar BhaktaDan FriesJohn S. MurraySpenser StarkNoel ClemensPhilip L. Varghese

materials sciencecomposite sciencereaction layermaterials engineeringcarbon-monoxide measurementsmechanical engineeringapplied physicsgraphite ablator

Modelling Gap Closure Within Pulse Power Machines. (2023)

Grace KirkDavid GoldsteinPhilip VargheseDavid SirajuddinChristopher Moore

A. MaciasA. CarreonD. F. BerisfordT. A. NordheimG. KaleD. GoldsteinP. VargheseL. TraftonJ. SteckloffK. P. Hand

Nitrogen Thermometry in an Inductively Coupled Plasma Torch Using Broadband Nanosecond Coherent Anti-Stokes Raman Scattering. Applied Optics (2023)

Dan FriesSpenser T. StarkJohn S. MurrayRajkumar BhaktaElijah R. JansNoel T. ClemensPhilip L. VargheseSean P. Kearney

Simulating Radiative Heat Transfer in Multi‐Scattering Irregular Surfaces: Application to Snow and Ice Morphologies on Europa. Journal of Geophysical Research Planets (2023)

Anthony CarreonAntonio MaciasAndy HsuDaniel F. BerisfordDavid B. GoldsteinPhilip VargheseLaurence TraftonKevin P. HandJordan SteckloffArnaud Mahieux

geophysicsradiative heat transferclimate modellingheat transfermulti-scattering irregular surfacesastronomyplanetary sciencegeophysical researchearth scienceplanetary sciences

Unsteady Stefan Problem With Kinetic Interface Conditions for Rarefied Gas Deposition. International Journal of Heat and Mass Transfer (2023)

Donat WenigerPhilip L. VargheseJulia KowalskiManuel Torrilhon

materials scienceunsteady stefan problemheat transferthermal engineeringapplied physicsgas depositionkinetic interface conditions

1
2
3
4
5
24
10 / page

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detailed flow physics

rarefied gas dynamics

Noel T. Clemens

Institution

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supersonic combustion

hypersonic flight

Lin Ma

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applied physics

aerospace engineering

Kerri Cahoy

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Gregory S Elliott

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engineering

fluid sciences

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combustion

fluid dynamics

Deborah Levin Fliflet

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University of Illinois Urbana-Champaign

hypersonic flows

rarefied flow

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