Faculty

Institution

Unit

Venue

Christopher Combs

University of Texas at San Antonio

Affiliations

Margie and Bill Klesse College of Engineering & Integrated Design

Mechanical Engineering

School of Architecture & Planning

NoneChristopher Combs is currently serving as a Margie And Bill Klesse College Of Engineering & Integrated Design faculty at University of Texas At San Antonio.

Honors

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Experiences

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Education

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Christopher Combs

University of Texas at San Antonio

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aerospace engineering fluid dynamics boundary layers shock waves engineering aerodynamics mechanical engineering applied physics aeronautics fluid mechanics thermal engineering stress wave laser science hypersonic speed aerospace technology space exploration ludwieg tube computer vision space science optical properties fluid flow modal analysis astronautics turbulence modeling surface engineering image-based analysis energy research energy chemistry unmanned aircraft systems numerical simulations manufacturing technology experimental analysis digital image correlation unsteady flows laser processing technology computed tomography surface characterization energy analysis beam optics photometry (optics) optical engineering flow measurement aerospace robotics space transportation transient imaging optical imaging spectral analysis photodegradation detonation phenomenon unsteady dynamics laser diagnostics unsteady analysis experimental investigation hypersonic flow velocity measurements optical diagnostics compliant panel pressure-sensitive paint measurements heat-shield ablation freestream disturbance levels sweeping jet fluidic oscillator single-camera plenoptic piv

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characterization of Photodegradation in Unsteady Pressure-Sensitive Paint Under Varying Pressures. (2024)

Nathan S. StrasserDavid D. MurakamiE. L. LashLawrence A. HandChristopher S. Combs

chemical engineeringunsteady pressure-sensitive paintphotodegradation

Detonation Cell Size Estimation via Chemiluminescence Imaging in an Optically Accessible Linear Detonation Tube. Experiments in Fluids (2024)

Brandon M. NgEugene N. A. HoffmanDaniel I. PinedaChristopher S. Combs

fluid dynamicschemiluminescence imagingbiological imagingapplied physicsoptical imagingcell biology

Experimental Design and Preliminary Results for Sonic and Supersonic Transverse Jets in Mach 7 Crossflow. (2024)

Nicholas W. StegmeierChad WilliamsonAngelina AndradeChristopher S. Combs

aeroacousticsaerospace technologymechanical engineeringexperimental designaerodynamicssupersonic transverse jetsaerospace engineeringaerospaceengineering

Flow Control of Hypersonic Shock-Wave/Boundary-Layer Interactions Using Phononic Metamaterials. AIAA SCITECH 2022 Forum (2024)

Juan D. NavarroJuan Camilo C. VelasquezElijah J. LaLondeEugene N. HoffmanChristopher S. CombsDavid Restrepo

shock waveshypersonic speedboundary layersaerospace engineeringflow controlphononic metamaterials

Forward and Inverse Modeling of Depth-Of-Field Effects in Background-Oriented Schlieren. AIAA Journal (2024)

Joseph P. MolnarElijah J. LaLondeChristopher S. CombsOlivier LéonDavid DonjatSamuel J. Grauer

particle physicsbackground-oriented schlierenapplied mathematicsdepth-of-field effectsinverse modeling

Global Surface Temperature Distribution on the Initial Concept 3.X Vehicle at Mach 7. AIAA SCITECH 2022 Forum (2024)

Abinayaa DhanagopalNathan StrasserAngelina AndradeEugene N. HoffmanChristopher S. Combs

surface sciencemechanical engineeringsurface engineeringthermal engineeringaerospace engineeringengineering

Thermal Evaluation of the Initial Concept 3.X Vehicle at Mach 7. Energies (2024)

Abinayaa DhanagopalNathan S. StrasserAngelina AndradeKevin R. PosladekEugene N. A. HoffmanChristopher S. Combs

mechanical engineeringthermal engineeringaerospace engineeringthermal evaluationengineeringheat transfer

Application of Pressure-Sensitive Paint to Investigate Hypersonic Shock-Wave/ Boundary-Layer Interactions. AIAA SCITECH 2022 Forum (2023)

Angelina AndradeElijah J. LaLondeEugene N. HoffmanSofia GutierrezChristopher S. Combs

pressure-sensitive paintmechanical engineeringhypersonic speedboundary layersaerospace engineeringapplied physicsshock waves

CORRECTION: High-Speed Pressure Sensitive Paint Measurements of the Initial Concept 3.X Vehicle at Mach 7. AIAA SCITECH 2022 Forum (2023)

Abinayaa DhanagopalChad WilliamsonElijah J. LaLondeSofia GutierrezValeria DelgadoAngelina AndradeChristopher S. Combs

aerospace engineeringtransportation engineeringmechanical engineering

Effects of Distributed Roughness on Shock-Wave/Boundary-Layer Interactions at Mach 7.2. AIAA SCITECH 2022 Forum (2023)

Eugene N. HoffmanDavid M. KendhammerElijah J. LaLondeAngelina AndradeChristopher S. Combs

mechanical engineeringfluid dynamicsaerodynamicsboundary layersdistributed roughnessaerospace engineeringshock wavesstress waveengineering

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Christopher Combs

University of Texas at San Antonio

Affiliations

Margie and Bill Klesse College of Engineering & Integrated Design

Mechanical Engineering

School of Architecture & Planning

NoneChristopher Combs is currently serving as a Margie And Bill Klesse College Of Engineering & Integrated Design faculty at University of Texas At San Antonio.

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 Combs

University of Texas at San Antonio

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characterization of Photodegradation in Unsteady Pressure-Sensitive Paint Under Varying Pressures. (2024)

Nathan S. StrasserDavid D. MurakamiE. L. LashLawrence A. HandChristopher S. Combs

chemical engineeringunsteady pressure-sensitive paintphotodegradation

Detonation Cell Size Estimation via Chemiluminescence Imaging in an Optically Accessible Linear Detonation Tube. Experiments in Fluids (2024)

Brandon M. NgEugene N. A. HoffmanDaniel I. PinedaChristopher S. Combs

fluid dynamicschemiluminescence imagingbiological imagingapplied physicsoptical imagingcell biology

Experimental Design and Preliminary Results for Sonic and Supersonic Transverse Jets in Mach 7 Crossflow. (2024)

Nicholas W. StegmeierChad WilliamsonAngelina AndradeChristopher S. Combs

aeroacousticsaerospace technologymechanical engineeringexperimental designaerodynamicssupersonic transverse jetsaerospace engineeringaerospaceengineering

Flow Control of Hypersonic Shock-Wave/Boundary-Layer Interactions Using Phononic Metamaterials. AIAA SCITECH 2022 Forum (2024)

Juan D. NavarroJuan Camilo C. VelasquezElijah J. LaLondeEugene N. HoffmanChristopher S. CombsDavid Restrepo

shock waveshypersonic speedboundary layersaerospace engineeringflow controlphononic metamaterials

Forward and Inverse Modeling of Depth-Of-Field Effects in Background-Oriented Schlieren. AIAA Journal (2024)

Joseph P. MolnarElijah J. LaLondeChristopher S. CombsOlivier LéonDavid DonjatSamuel J. Grauer

particle physicsbackground-oriented schlierenapplied mathematicsdepth-of-field effectsinverse modeling

Global Surface Temperature Distribution on the Initial Concept 3.X Vehicle at Mach 7. AIAA SCITECH 2022 Forum (2024)

Abinayaa DhanagopalNathan StrasserAngelina AndradeEugene N. HoffmanChristopher S. Combs

surface sciencemechanical engineeringsurface engineeringthermal engineeringaerospace engineeringengineering

Thermal Evaluation of the Initial Concept 3.X Vehicle at Mach 7. Energies (2024)

Abinayaa DhanagopalNathan S. StrasserAngelina AndradeKevin R. PosladekEugene N. A. HoffmanChristopher S. Combs

mechanical engineeringthermal engineeringaerospace engineeringthermal evaluationengineeringheat transfer

Application of Pressure-Sensitive Paint to Investigate Hypersonic Shock-Wave/ Boundary-Layer Interactions. AIAA SCITECH 2022 Forum (2023)

Angelina AndradeElijah J. LaLondeEugene N. HoffmanSofia GutierrezChristopher S. Combs

pressure-sensitive paintmechanical engineeringhypersonic speedboundary layersaerospace engineeringapplied physicsshock waves

CORRECTION: High-Speed Pressure Sensitive Paint Measurements of the Initial Concept 3.X Vehicle at Mach 7. AIAA SCITECH 2022 Forum (2023)

Abinayaa DhanagopalChad WilliamsonElijah J. LaLondeSofia GutierrezValeria DelgadoAngelina AndradeChristopher S. Combs

aerospace engineeringtransportation engineeringmechanical engineering

Effects of Distributed Roughness on Shock-Wave/Boundary-Layer Interactions at Mach 7.2. AIAA SCITECH 2022 Forum (2023)

Eugene N. HoffmanDavid M. KendhammerElijah J. LaLondeAngelina AndradeChristopher S. Combs

mechanical engineeringfluid dynamicsaerodynamicsboundary layersdistributed roughnessaerospace engineeringshock wavesstress waveengineering

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aerospace simulation

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aerospace

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