Faculty

Institution

Unit

Venue

Jay P. Gore

Reilly Professor in Combustion Engineering

Purdue University

Affiliations

College of Engineering

School of Aeronautics and Astronautics

School of Mechanical Engineering

Jay P. Gore is currently serving as a College Of Engineering Reilly Professor in Combustion Engineering at Purdue 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

Jay P. Gore

Purdue University

Reilly Professor in Combustion Engineering

You can click a keyword to filter the displayed items

combustion applied physics combustion science thermal engineering materials science chemical engineering engineering heat transfer fluid dynamics combustion engineering aeronautics aerospace technology nanotechnology radiation fire technology atmospheric science turbulence modeling energy research combustion institute fuel science experimental study numerical simulations catalysis renewable energy fire modeling laser science fire engineering energy chemistry material chemistry power engineering spray characteristics hydrogen energy engine research power generation infrared spectroscopy thermophysics radiative transfer fire chemistry radiative heat transfer experimental analysis exhaust plumes numerical study industrial catalysis in-situ conversion fuel injection thermal analysis large eddy simulation alternative aviation fuels spectral radiation intensities lean blowout bluff body advanced energy material energy institute energy conversion catalyst preparation thermal transport thermal radiation combustion theory energy analysis engineering thermodynamics cellular ceramics catalytic hydrolysis radiation properties radiation heat transfer ammonia borane turbulent non-premixed flames phase doppler anemometry transition metal chemistry food science sustainable energy technologies food authentication food technology experimental thermodynamics energy production cell biomechanics mechanical modeling mass transfer future fuel process engineering sustainable energy heat mass transfer thermodynamics computational engineering transport phenomena propulsion mechanical engineering

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental and Kinetic Analysis of Bambusa Tulda Pyrolysis in Carbon Dioxide and Nitrogen Atmosphere. Industrial Crops and Products (2024)

Adity BoraNabajit Dev ChoudhuryHarrison Hihu MuigaiRathziel RoncancioJay P. GoreSadhan Mahapatra

chemical kineticspyrolysis processbambusa tulda pyrolysiscarbon dioxidebiomolecular engineeringbiomass pyrolysisindustrial cropanalytical pyrolysiskinetic analysis

Extinction Velocities of Droplet Flames in Forced Convection. AIAA SCITECH 2022 Forum (2024)

Kole A. PempekJay Gore

droplet flamesforced convectioncombustionfluid dynamicsextinction velocities

Temperature Distribution Within an Ignition Kernel Initiated by a Laser-Induced Plasma. AIAA Journal (2024)

Seunghyun JoJay P. Gore

materials sciencetemperature distributionignition kernelapplied physicslaser-induced plasmaengineeringheat transfer

Co 2 Recycling Using Sodium Aluminate Impregnated Corn Stover Char Gasification. Fuel (2023)

Rathziel RoncancioAdity BoraJay P. Gore

physicsenergy efficient drivecontrol systems

Plasma Emission, Wave Speeds, and Temperatures of Laser-Supported Plasmas in Air. AIAA Journal (2023)

Seunghyun JoJay P. Gore

materials scienceplasma emissionaerospace engineeringapplied physicslaser-supported plasmas

Chemical Reaction Pathway Analysis of Lean Blowout in a Gas Turbine Combustor. AIAA SCITECH 2022 Forum (2022)

Veeraraghava Raju HastiJay P. Gore

combustionchemical engineeringfluid dynamicsgas turbine combustionlean blowoutgas turbine combustoraerospace engineering

Turbulent Flame Image Classification Using Convolutional Neural Networks. Energy and AI (2022)

Rathziel RoncancioAly El GamalJay P. Gore

machine intelligencetechnologymachine learningenergy analysiscomputer visionenergy researchartificial intelligencedeep learningcomputational intelligenceimage classificationcomputer sciencecombustion scienceengineering

A Data-Driven Approach Using Machine Learning for Early Detection of the Lean Blowout. Energy and AI (2021)

Veeraraghava Raju HastiAbhishek NavarkarJay P. Gore

fluid dynamicsenergy analysisenergy researchlean blowoutdata scienceenergy economicsmachine learning

Artificial Intelligence Application in Combustion Modeling. AIAA SCITECH 2022 Forum (2021)

Luke N. DillardVishal NandiganaJay P. Gore

artificial intelligence applicationcombustion modelingartificial intelligenceaerospace engineering

Cfd Modeling of Lean Blowout and Ignition Fuel Sensitivity. American Institute of Aeronautics and Astronautics eBooks (2021)

M. S. AnandJeffery A. LovettJeffrey A. ModerThomas WeyMatthias IhmeLucas EsclapezPeter C. MaSuresh MenonAchyut PanchalVeeraraghava Raju HastiJay GorePritwish KunduSibendu SomVenkat RamanYihao TangFang XuVaidya Sankaran

astronauticsignition fuel sensitivityfluid dynamicscfd modelinglean blowoutaerospace engineeringaeronautics

1
2
3
4
5
21
10 / page

Jay P. Gore

Reilly Professor in Combustion Engineering

Purdue University

Affiliations

College of Engineering

School of Aeronautics and Astronautics

School of Mechanical Engineering

Jay P. Gore is currently serving as a College Of Engineering Reilly Professor in Combustion Engineering at Purdue 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

Jay P. Gore

Purdue University

Reilly Professor in Combustion Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental and Kinetic Analysis of Bambusa Tulda Pyrolysis in Carbon Dioxide and Nitrogen Atmosphere. Industrial Crops and Products (2024)

Adity BoraNabajit Dev ChoudhuryHarrison Hihu MuigaiRathziel RoncancioJay P. GoreSadhan Mahapatra

chemical kineticspyrolysis processbambusa tulda pyrolysiscarbon dioxidebiomolecular engineeringbiomass pyrolysisindustrial cropanalytical pyrolysiskinetic analysis

Extinction Velocities of Droplet Flames in Forced Convection. AIAA SCITECH 2022 Forum (2024)

Kole A. PempekJay Gore

droplet flamesforced convectioncombustionfluid dynamicsextinction velocities

Temperature Distribution Within an Ignition Kernel Initiated by a Laser-Induced Plasma. AIAA Journal (2024)

Seunghyun JoJay P. Gore

materials sciencetemperature distributionignition kernelapplied physicslaser-induced plasmaengineeringheat transfer

Co 2 Recycling Using Sodium Aluminate Impregnated Corn Stover Char Gasification. Fuel (2023)

Rathziel RoncancioAdity BoraJay P. Gore

physicsenergy efficient drivecontrol systems

Plasma Emission, Wave Speeds, and Temperatures of Laser-Supported Plasmas in Air. AIAA Journal (2023)

Seunghyun JoJay P. Gore

materials scienceplasma emissionaerospace engineeringapplied physicslaser-supported plasmas

Chemical Reaction Pathway Analysis of Lean Blowout in a Gas Turbine Combustor. AIAA SCITECH 2022 Forum (2022)

Veeraraghava Raju HastiJay P. Gore

combustionchemical engineeringfluid dynamicsgas turbine combustionlean blowoutgas turbine combustoraerospace engineering

Turbulent Flame Image Classification Using Convolutional Neural Networks. Energy and AI (2022)

Rathziel RoncancioAly El GamalJay P. Gore

A Data-Driven Approach Using Machine Learning for Early Detection of the Lean Blowout. Energy and AI (2021)

Veeraraghava Raju HastiAbhishek NavarkarJay P. Gore

fluid dynamicsenergy analysisenergy researchlean blowoutdata scienceenergy economicsmachine learning

Artificial Intelligence Application in Combustion Modeling. AIAA SCITECH 2022 Forum (2021)

Luke N. DillardVishal NandiganaJay P. Gore

artificial intelligence applicationcombustion modelingartificial intelligenceaerospace engineering

Cfd Modeling of Lean Blowout and Ignition Fuel Sensitivity. American Institute of Aeronautics and Astronautics eBooks (2021)

astronauticsignition fuel sensitivityfluid dynamicscfd modelinglean blowoutaerospace engineeringaeronautics

1
2
3
4
5
21
10 / page

Similar Faculty Members

Seong-Young Lee

Institution

Michigan Technological University

combustion engineering

engineering

Robert P. Lucht

Institution

Purdue University

gas turbine

internal engine combustion

Subith Vasu

Institution

University of Central Florida

combustion

shock wave

Yassin A. Hassan

Institution

Texas A&M University

engineering

nuclear engineering

Robert Dibble

Institution

University of California, Berkeley

environmental impact of the energy industry

combustion

Timothy Charles Lieuwen

Institution

Georgia Institute of Technology

aerospace

hydrogen

Jeffrey D. Naber

Institution

Michigan Technological University

combustion engineering

engineering

Vincent McDonell

Institution

University of California, Irvine

combustion

future fuel

Richard Yetter

Institution

Pennsylvania State University

combustion

mechanical engineering

Andrei G. Fedorov

Institution

Georgia Institute of Technology

nanoscale energy

nanomanufacturing

Similar Faculty Members

Seong-Young Lee

Institution

Michigan Technological University

combustion engineering

engineering

Robert P. Lucht

Institution

Purdue University

gas turbine

internal engine combustion

Subith Vasu

Institution

University of Central Florida

combustion

shock wave

Yassin A. Hassan

Institution

Texas A&M University

engineering

nuclear engineering

Robert Dibble

Institution

University of California, Berkeley

environmental impact of the energy industry

combustion

Timothy Charles Lieuwen

Institution

Georgia Institute of Technology

aerospace

hydrogen

Jeffrey D. Naber

Institution

Michigan Technological University

combustion engineering

engineering

Vincent McDonell

Institution

University of California, Irvine

combustion

future fuel

Richard Yetter

Institution

Pennsylvania State University

combustion

mechanical engineering

Andrei G. Fedorov

Institution

Georgia Institute of Technology

nanoscale energy

nanomanufacturing