Faculty

Institution

Unit

Venue

Kevin Lyons

Professor

North Carolina State University

Affiliations

College of Engineering

Mechanical and Aerospace Engineering

Kevin Lyons is currently serving as a College Of Engineering Professor at North Carolina State University.

Honors

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Experiences

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Education

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Kevin Lyons

North Carolina State University

Professor

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combustion combustion science fluid dynamics applied physics chemical engineering combustion engineering engineering fire technology energy engineering fluid mechanics thermal engineering renewable energy heat transfer energy research materials science sustainable energy technologies fire engineering atmospheric science advanced energy technology visualization sustainable energy experimental thermodynamics fuel science fire research rayleigh scattering stabilization mechanisms jet-flame blowout flash fire exposures velocity fields flame stabilization vitiated coflow jet flames scalar measurements local extinction raman spectroscopy combustion institute visual science energy strategies biomedical imaging fluid flow scalar transport thermal protection fire protection data acquisition spatial data acquisition thermal analysis experimental analysis energy-efficient technologies optical metrology optical engineering scientific visualization test development thermal sensors hysteresis fire chemistry time perception aeronautics absorption spectroscopy laser science aerospace technology water-energy nexus velocity field measurements ch-plif measurements simultaneous rayleigh imaging turbulent diffusion flames lifted flame stabilization double flame structure edge entrainment chemical kinetics aerospace engineering propulsion chemical reaction engineering turbulent flame spray combustion

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dynamics of Regime Transition of Autoignitive Jet Flames From Conventional to Mild Combustion. Applications in Energy and Combustion Science (2024)

Aravind RamachandranAbinash SahooVenkateswaran NarayanaswamyKevin M. Lyons

regime transitionfluid dynamicscombustion sciencecombustionautoignitive jet flames

Quenching Measurements of Kr 5P[3/2] 2 ← ← 4P 6 1 S 0 Electronic Transition Using Absorption Spectra. Applied Optics (2023)

Abinash SahooVenkateswaran NarayanaswamyKevin M. Lyons

spectroscopyabsorption spectraabsorption spectroscopyanalytical chemistryapplied physicsmaterials science

Investigations of the Transition Between Conventional and Distributed Regime in Turbulent Jet Flames. AIAA SCITECH 2022 Forum (2022)

Ryan D. DeBoskeyDavid A. KesslerRyan F. JohnsonBrian BojkoAbinash SahooVenkateswaran NarayanaswamyKevin Lyons

turbulent jet flamesfluid dynamicsaerodynamicsdistributed regimeaerospace engineering

Mixture Fraction Measurement in Turbulent Non-Premixed Mild Jet Flame Using Rayleigh Scattering. Applied Optics (2022)

Abinash SahooAravind RamachandranVenkateswaran NarayanaswamyKevin M. Lyons

atmospheric sciencefluid dynamicsfluid mechanicsrayleigh scatteringmixture fraction measurementoptical engineeringapplied physics

2D Velocity Field Measurement of Conventional and Distributed Regime Turbulent Jet Flame Using Particle Image Velocimetry. AIAA Propulsion and Energy 2020 Forum (2021)

Abinash SahooRyan DeBoskeyVenkateswaran NarayanaswamyKevin M. Lyons

particle image velocimetryvelocity field measurementpropulsionfluid dynamicsaerodynamicsfluid mechanicsapplied physicsaerospace engineering

Investigations of Mixed Conventional and Mild Combustion Flames. AIAA SCITECH 2022 Forum (2020)

Venkateswaran NarayanaswamyAbinash SahooKevin LyonsRyan F. Johnson

combustionaerospace engineering

Mixture Fraction Imaging of Distributed Regime Turbulent Jet Flame Using Rayleigh Scattering. AIAA Aviation 2019 Forum (2020)

Abinash SahooVenkateswaran NarayanaswamyAravind RamachandranKevin Lyons

mixture fraction imagingaeronauticsunmanned aerial vehiclesfluid dynamicsaerodynamicsrayleigh scatteringaerospace engineering

Observations on the Role of Auto-Ignition in Flame Stabilization in Turbulent Non-Premixed Jet Flames in Vitiated Coflow. Journal of Engineering for Gas Turbines and Power (2019)

Aravind RamachandranVenkateswaran NarayanaswamyKevin M. Lyons

engineeringflame stabilizationfluid dynamicscombustion engineeringcombustionvitiated coflow

In Only 3 Minutes. (2018)

Rushil KhuranaNikola BanovicKent Lyons

In Only 3 Minutes: Perceived Exertion Limits of Smartwatch Use.. Ubiquitous Computing (2018)

Rushil KhuranaNikola BanovicKent Lyons

exercise physiologyuser experiencewearable technologyphysiologytime perceptionubiquitous computinghuman performanceexertion limitssmartwatch usebehavioral sciences

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Kevin Lyons

Professor

North Carolina State University

Affiliations

College of Engineering

Mechanical and Aerospace Engineering

Kevin Lyons is currently serving as a College Of Engineering Professor at North Carolina State 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

Kevin Lyons

North Carolina State University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dynamics of Regime Transition of Autoignitive Jet Flames From Conventional to Mild Combustion. Applications in Energy and Combustion Science (2024)

Aravind RamachandranAbinash SahooVenkateswaran NarayanaswamyKevin M. Lyons

regime transitionfluid dynamicscombustion sciencecombustionautoignitive jet flames

Quenching Measurements of Kr 5P[3/2] 2 ← ← 4P 6 1 S 0 Electronic Transition Using Absorption Spectra. Applied Optics (2023)

Abinash SahooVenkateswaran NarayanaswamyKevin M. Lyons

spectroscopyabsorption spectraabsorption spectroscopyanalytical chemistryapplied physicsmaterials science

Investigations of the Transition Between Conventional and Distributed Regime in Turbulent Jet Flames. AIAA SCITECH 2022 Forum (2022)

Ryan D. DeBoskeyDavid A. KesslerRyan F. JohnsonBrian BojkoAbinash SahooVenkateswaran NarayanaswamyKevin Lyons

turbulent jet flamesfluid dynamicsaerodynamicsdistributed regimeaerospace engineering

Mixture Fraction Measurement in Turbulent Non-Premixed Mild Jet Flame Using Rayleigh Scattering. Applied Optics (2022)

Abinash SahooAravind RamachandranVenkateswaran NarayanaswamyKevin M. Lyons

atmospheric sciencefluid dynamicsfluid mechanicsrayleigh scatteringmixture fraction measurementoptical engineeringapplied physics

2D Velocity Field Measurement of Conventional and Distributed Regime Turbulent Jet Flame Using Particle Image Velocimetry. AIAA Propulsion and Energy 2020 Forum (2021)

Abinash SahooRyan DeBoskeyVenkateswaran NarayanaswamyKevin M. Lyons

particle image velocimetryvelocity field measurementpropulsionfluid dynamicsaerodynamicsfluid mechanicsapplied physicsaerospace engineering

Investigations of Mixed Conventional and Mild Combustion Flames. AIAA SCITECH 2022 Forum (2020)

Venkateswaran NarayanaswamyAbinash SahooKevin LyonsRyan F. Johnson

combustionaerospace engineering

Mixture Fraction Imaging of Distributed Regime Turbulent Jet Flame Using Rayleigh Scattering. AIAA Aviation 2019 Forum (2020)

Abinash SahooVenkateswaran NarayanaswamyAravind RamachandranKevin Lyons

mixture fraction imagingaeronauticsunmanned aerial vehiclesfluid dynamicsaerodynamicsrayleigh scatteringaerospace engineering

Observations on the Role of Auto-Ignition in Flame Stabilization in Turbulent Non-Premixed Jet Flames in Vitiated Coflow. Journal of Engineering for Gas Turbines and Power (2019)

Aravind RamachandranVenkateswaran NarayanaswamyKevin M. Lyons

engineeringflame stabilizationfluid dynamicscombustion engineeringcombustionvitiated coflow

In Only 3 Minutes. (2018)

Rushil KhuranaNikola BanovicKent Lyons

In Only 3 Minutes: Perceived Exertion Limits of Smartwatch Use.. Ubiquitous Computing (2018)

Rushil KhuranaNikola BanovicKent Lyons

exercise physiologyuser experiencewearable technologyphysiologytime perceptionubiquitous computinghuman performanceexertion limitssmartwatch usebehavioral sciences

1
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7
10 / page

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Similar Faculty Members

Subramanyam R. Gollahalli

Institution

University of Oklahoma

combustion engineering

energy transition

Kareem Ahmed

Institution

University of Central Florida

aerospace

supersonic combustion

Omid Askari

Institution

West Virginia University

combustion

complex reacting flows

Ramkumar Parthasarathy

Institution

University of Oklahoma

unsteady flow

engineering

Paul DesJardin

Institution

University at Buffalo

combustion

combustion engineering

Seong-Young Lee

Institution

Michigan Technological University

combustion engineering

engineering

James F. Driscoll

Institution

University of Michigan

combustion

aerospace engineering

Lea-Der Chen

Institution

Texas A&M University–Corpus Christi

marine engineering

industrial design

Sang Hee Won

Institution

University of South Carolina

combustion

combustion chemistry

V'yacheslav Akkerman

Institution

West Virginia University

combustion

applied physics