Faculty

Institution

Unit

Venue

Kenneth Brezinsky

Professor and James P Hartnett Professor in Energy Engineering

University of Illinois Chicago

Affiliations

College of Engineering

Mechanical and Industrial Engineering

Kenneth Brezinsky is currently serving as a College Of Engineering Professor and James P Hartnett Professor in Energy Engineering at University of Illinois Chicago.

Honors

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Experiences

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Education

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Kenneth Brezinsky

University of Illinois Chicago

Professor and James P Hartnett Professor in Energy Engineering

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chemical engineering combustion combustion science chemistry materials science combustion engineering chemical kinetics physical chemistry fuel science combustion institute applied physics energy chemistry engine research combustion theory organic chemistry combustion flame catalyst preparation chemical sciences energy research theoretical chemistry thermal engineering fire chemistry energy engineering renewable energy energy conversion applied pyrolysis gas turbine combustion high-temperature oxidation high pressure study high temperature oxidation modeling and simulation instrumentation numerical simulations radical (chemistry) advanced oxidation process experimental analysis infrared spectroscopy real-fuel combustion chemistry jet fuels kinetic model high pressure high pressures high temperature sustainable chemistry global optimization biomass pyrolysis instrument science chemical thermodynamics gas chromatography aeronautics aerospace technology oxidation resistance alternative fuels aromatic hydrocarbons flow reactor study high pressure pyrolysis diesel fuel ethane pyrolysis cetane number prediction shock tube study engineering optimization quantum chemistry structural chemistry raman spectroscopy redox chemistry thermal analysis industrial chemistry online experiments chemical analysis advanced energy technology large-scale simulations energy modeling chemical emission synthetic data semi-supervised learning chemometrics analytical chemistry chemical reaction engineering analytical pyrolysis mass spectrometry combustion chemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Light-Responsive Metal–Organic Framework With Perchlorinated Nanographene Ligands. Journal of the American Chemical Society (2025)

graphenefunctional materialsperchlorinated nanographene ligandscoordination chemistrymetal-organic polyhedronmaterial chemistrychemistry

Corrigendum to “Experimental and Fuel-Surrogates Modeling Study of the High-Pressure Pyrolysis of Specialty Cetane Number Fuels: Implications for Fall-Off in Ethylene Unimolecular Dissociation” [Combust. Flame 277 (2025) 114222]. Combustion and Flame (2025)

combustion engineeringchemical kineticscombustionhigh-pressure pyrolysischemical engineeringengineeringchemical reaction engineeringcombustion sciencefuel sciencecombustion theorycombustion flameengine researchflame 277

Evaluation of N-Component Surrogate Mixtures Formulated for Jet Fuel Physicochemical Property Predictions. Chemometrics and Intelligent Laboratory Systems (2025)

combustion engineeringchemical kineticscombustionchemical engineeringengineeringchemical reaction engineeringcombustion sciencefuel sciencealternative fuelsbiofuelssynthetic fuelsn-component surrogate mixturesengine research

Experimental and Fuel-Surrogates Modeling Study of the High-Pressure Pyrolysis of Specialty Cetane Number Fuels: Implications for Fall-Off in Ethylene Unimolecular Dissociation. Combustion and Flame (2025)

chemical kineticscombustionethylene unimolecular dissociationchemical engineeringengineeringchemical reaction engineeringcombustion scienceenergetic materialsfuel sciencepyrolysis processhigh-pressure pyrolysiscombustion flameapplied pyrolysispetroleum engineering

Optimizing Non-Dispersive Infrared Channels for Derived Cetane Number Prediction: Impact of Spectral Resolution and Feature Selection. Chemometrics and Intelligent Laboratory Systems (2025)

spectral searchingspectral resolutionbiostatisticsspectroscopydata sciencesignal processingnon-dispersive infrared channelsfeature selectionspectral imaging

Robust Machine Learning Models for Fuel Property Determination Using Dispersive Near-Infrared Absorption. Applied Spectroscopy Practica (2025)

statistical learning theoryengineeringcombustion sciencemachine learninglaser absorption spectrometryfuel sciencedata sciencemachine learning researchapplied mathematicsengine research

Sensing Fuel Enthalpy of Vaporization From Ir Spectra: Comparison of Model Approaches. AIAA SCITECH 2022 Forum (2025)

energy conversionfuel enthalpycombustionchemical engineeringengineeringfuel sciencespectroscopyenergy researchabsorption spectroscopythermodynamicsheat mass transferinfrared sensorsmodel approachesinfrared spectroscopychemistry

Study of Low-To-Moderate Temperature Oxidation of 1,2,4-Trimethylbenzene/N-Heptane Blends. Combustion and Flame (2025)

low-to-moderate temperature oxidationchemical kineticschemical engineeringchemical reaction engineeringorganic chemistrycatalysisenergy chemistrychemical sciencesoxidation resistanceapplied chemistrychemistry

A Raman Spectroscopy Based Chemometric Approach to Predict the Derived Cetane Number of Hydrocarbon Jet Fuels and Their Mixtures. Talanta (2024)

Dhananjay AmbreManaf SheyyabPatrick LynchEric K. MayhewKenneth Brezinsky

spectroscopyhydrocarbon jet fuelsraman spectroscopyderived cetane numberchemometricschemistry

Characteristics of Onboard Sensors for Fuel Ignition Performance. AIAA SCITECH 2022 Forum (2024)

Abhinav AbrahamDev PatelAnandvinod DalmiyaAshish SutarHaruna OkadaDhananjay AmbreManaf SheyyabKenneth BrezinskyScott SandersPatrick T. Lynch

materials scienceengineeringinstrumentationonboard sensorsperformance characterizationaerospace engineeringfuel ignition performance

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Kenneth Brezinsky

Professor and James P Hartnett Professor in Energy Engineering

University of Illinois Chicago

Affiliations

College of Engineering

Mechanical and Industrial Engineering

Kenneth Brezinsky is currently serving as a College Of Engineering Professor and James P Hartnett Professor in Energy Engineering at University of Illinois Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kenneth Brezinsky

University of Illinois Chicago

Professor and James P Hartnett Professor in Energy Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Light-Responsive Metal–Organic Framework With Perchlorinated Nanographene Ligands. Journal of the American Chemical Society (2025)

graphenefunctional materialsperchlorinated nanographene ligandscoordination chemistrymetal-organic polyhedronmaterial chemistrychemistry

Evaluation of N-Component Surrogate Mixtures Formulated for Jet Fuel Physicochemical Property Predictions. Chemometrics and Intelligent Laboratory Systems (2025)

Optimizing Non-Dispersive Infrared Channels for Derived Cetane Number Prediction: Impact of Spectral Resolution and Feature Selection. Chemometrics and Intelligent Laboratory Systems (2025)

spectral searchingspectral resolutionbiostatisticsspectroscopydata sciencesignal processingnon-dispersive infrared channelsfeature selectionspectral imaging

Robust Machine Learning Models for Fuel Property Determination Using Dispersive Near-Infrared Absorption. Applied Spectroscopy Practica (2025)

statistical learning theoryengineeringcombustion sciencemachine learninglaser absorption spectrometryfuel sciencedata sciencemachine learning researchapplied mathematicsengine research

Sensing Fuel Enthalpy of Vaporization From Ir Spectra: Comparison of Model Approaches. AIAA SCITECH 2022 Forum (2025)

Study of Low-To-Moderate Temperature Oxidation of 1,2,4-Trimethylbenzene/N-Heptane Blends. Combustion and Flame (2025)

A Raman Spectroscopy Based Chemometric Approach to Predict the Derived Cetane Number of Hydrocarbon Jet Fuels and Their Mixtures. Talanta (2024)

Dhananjay AmbreManaf SheyyabPatrick LynchEric K. MayhewKenneth Brezinsky

spectroscopyhydrocarbon jet fuelsraman spectroscopyderived cetane numberchemometricschemistry

Characteristics of Onboard Sensors for Fuel Ignition Performance. AIAA SCITECH 2022 Forum (2024)

Abhinav AbrahamDev PatelAnandvinod DalmiyaAshish SutarHaruna OkadaDhananjay AmbreManaf SheyyabKenneth BrezinskyScott SandersPatrick T. Lynch

materials scienceengineeringinstrumentationonboard sensorsperformance characterizationaerospace engineeringfuel ignition performance

1
2
3
4
5
16
10 / page

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Similar Faculty Members

Richard Yetter

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Pennsylvania State University

combustion

mechanical engineering

Patrick T. Lynch

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University of Illinois Chicago

engineering

shock tubes

Robert Dibble

Institution

University of California, Berkeley

environmental impact of the energy industry

combustion

Subith Vasu

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University of Central Florida

combustion

shock wave

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Northeastern University

combustion engineering

fire extinction

Matthew Oehlschlaeger

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thermodynamics

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materials science

applied physics

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engineering

shock wave

Michael Frenklach

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