Faculty

Institution

Unit

Venue

Nicholas P. Cernansky

Professor Emeritus

Drexel University

Affiliations

College of Engineering

Mechanical Engineering and Mechanics

Nicholas P. Cernansky is currently serving as a College Of Engineering Professor Emeritus at Drexel University.

Honors

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Experiences

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Education

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Nicholas P. Cernansky

Drexel University

Professor Emeritus

You can click a keyword to filter the displayed items

combustion chemical engineering combustion science materials science engine research engineering fuel science chemistry combustion engineering chemical kinetics thermal engineering fluid dynamics spectroscopy combustion institute air pollution energy chemistry motored engine catalysis organic chemistry aeronautics propulsion energy research energy engineering automotive engineering preignition reactivity spark ignition chemical kinetic modeling aerosol science combustion flame aerospace technology air pollution control exhaust emission catalytic materials experimental database propene oxidation hcci combustion process low temperature oxidation primary reference fuels propane oxidation flow reactor hcci engines combustion systems knock research engine diesel exhaust odor liquid jets vehicular technology waste management process control fire technology light science magnetic resonance vibrational spectroscopy atomic spectroscopy infrared spectroscopy fragmentation effect aviation biofuels experimental technology industrial chemistry performance prediction emission reduction experimental analysis municipal solid waste refuse-derived fuel methanol fuel injection experimental thermodynamics optical metrology particulate matter emission control degradation reaction catalytic process timing analysis environmental pollution gas discharge plasma plasma processing plasma science

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Comprehensive Combustion Chemistry Study of N-Propylcyclohexane. Combustion and Flame (2021)

Ahfaz AhmedJulius A. CorrubiaMoaz Al-LehaibiFarinaz FaridHeng WangZhandong WangBingjie ChenWilliam L. RobertsDavid L. MillerAamir FarooqNicholas P. CernanskyS. Mani Sarathy

combustion

Ron and Mon Chemical Kinetic Modeling Derived Correlations With Ignition Delay Time for Gasoline and Octane Boosting Additives. Combustion and Flame (2020)

Julius A. CorrubiaJonathan M. CapeceNicholas P. CernanskyDavid L. MillerRussell P. DurrettPaul M. Najt

octane boosting additivesignition delay timechemical engineeringcombustion

A New Chemical Kinetic Method of Determining Ron and Mon Values for Single Component and Multicomponent Mixtures of Engine Fuels. Combustion and Flame (2018)

C.K. WestbrookM. SjöbergN.P. Cernansky

chemical kineticssingle componentmon valuesmulticomponent mixturesengine fuelschemical engineeringcombustion

Modeling and Performance Analysis of a Field-Aged Fe-Zeolite Catalyst in a Heavy Duty Diesel Engine Application. SAE International Journal of Passenger Cars - Mechanical Systems (2016)

Roxanna MooresNicholas CernanskyGregory BirkyTimothy Suder

mechanical systemscatalysistransportation engineeringmechanical modelingengineeringfield-aged fe-zeolite catalystautomotive engineeringengine researchmechanical sciencematerials sciencemechanicscatalytic materialsmechanical engineering

A Comparison of the Odorous Emissions From a Direct Injection and an Indirect Injection Diesel Engine. International Journal of Vehicle Design (2014)

N.P. CernanskyE.D. Petrow

odorous emissionsdirect injectionenvironmental engineeringengineeringengine researchair pollutionchemical engineering

Fuel Effects on Diesel Odour From an Idi Cfr Engine. International Journal of Vehicle Design (2014)

N.P. CernanskyJ.R. Agaram

transportation engineeringengineeringdiesel odourfuel effectsengine researchidi cfr enginemechanical engineering

Effects of N2(V) and No in Plasma-Assisted Oxidation and Ignition Below Auto-Ignition Threshold. 51st AIAA Aerospace Sciences Meeting including the New Horizons Forum and Aerospace Exposition (2013)

Liang WuJamie LaneMichael StichterNicholas CernanskyDavid MillerAlexander Fridman

aerospace engineeringaeronauticsauto-ignition thresholdplasma-assisted oxidation

Cavity Enhanced Magneto-Optic Rotation (Cemor) of Oh Radicals in a Methane/Air Flame. 7th U.S. National Technical Meeting of the Combustion Institute (2011)

chemical kineticslight sciencechemistryspectroscopyatomic physicsoptical propertiesmagnetic resonanceoptical materialscombustion flamevibrational spectroscopylaser absorption spectrometryapplied physicscombustion sciencephysicsatomic spectroscopycombustion institutecombustion

Development of a Low-Temperature Hydrocarbon Kinetic Mechanism Which Forms Non-Alkylated Lactones. U.S. National Technical Meeting of the Combustion Institute (2011)

organic process researchsustainable chemistrychemical kineticschemistryorganic chemistrychemical synthesismolecular sciencechemical reaction engineeringphysical organic chemistrychemical sciencesbiochemical engineeringorganic synthesisbiochemistryprocess biochemistrychemical physicsorganic chemistry frontierchemical engineering

Low Temperature Oxidation of N-Butylcyclohexane. Combustion and Flame (2011)

Robert H. NatelsonMatthew S. KurmanNicholas P. CernanskyDavid L. Miller

combustion sciencelow temperature oxidationchemical engineeringcombustion

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Nicholas P. Cernansky

Professor Emeritus

Drexel University

Affiliations

College of Engineering

Mechanical Engineering and Mechanics

Nicholas P. Cernansky is currently serving as a College Of Engineering Professor Emeritus at Drexel 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

Nicholas P. Cernansky

Drexel University

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Comprehensive Combustion Chemistry Study of N-Propylcyclohexane. Combustion and Flame (2021)

Ahfaz AhmedJulius A. CorrubiaMoaz Al-LehaibiFarinaz FaridHeng WangZhandong WangBingjie ChenWilliam L. RobertsDavid L. MillerAamir FarooqNicholas P. CernanskyS. Mani Sarathy

combustion

Ron and Mon Chemical Kinetic Modeling Derived Correlations With Ignition Delay Time for Gasoline and Octane Boosting Additives. Combustion and Flame (2020)

Julius A. CorrubiaJonathan M. CapeceNicholas P. CernanskyDavid L. MillerRussell P. DurrettPaul M. Najt

octane boosting additivesignition delay timechemical engineeringcombustion

A New Chemical Kinetic Method of Determining Ron and Mon Values for Single Component and Multicomponent Mixtures of Engine Fuels. Combustion and Flame (2018)

C.K. WestbrookM. SjöbergN.P. Cernansky

chemical kineticssingle componentmon valuesmulticomponent mixturesengine fuelschemical engineeringcombustion

Modeling and Performance Analysis of a Field-Aged Fe-Zeolite Catalyst in a Heavy Duty Diesel Engine Application. SAE International Journal of Passenger Cars - Mechanical Systems (2016)

Roxanna MooresNicholas CernanskyGregory BirkyTimothy Suder

A Comparison of the Odorous Emissions From a Direct Injection and an Indirect Injection Diesel Engine. International Journal of Vehicle Design (2014)

N.P. CernanskyE.D. Petrow

odorous emissionsdirect injectionenvironmental engineeringengineeringengine researchair pollutionchemical engineering

Fuel Effects on Diesel Odour From an Idi Cfr Engine. International Journal of Vehicle Design (2014)

N.P. CernanskyJ.R. Agaram

transportation engineeringengineeringdiesel odourfuel effectsengine researchidi cfr enginemechanical engineering

Liang WuJamie LaneMichael StichterNicholas CernanskyDavid MillerAlexander Fridman

aerospace engineeringaeronauticsauto-ignition thresholdplasma-assisted oxidation

Cavity Enhanced Magneto-Optic Rotation (Cemor) of Oh Radicals in a Methane/Air Flame. 7th U.S. National Technical Meeting of the Combustion Institute (2011)

Development of a Low-Temperature Hydrocarbon Kinetic Mechanism Which Forms Non-Alkylated Lactones. U.S. National Technical Meeting of the Combustion Institute (2011)

Low Temperature Oxidation of N-Butylcyclohexane. Combustion and Flame (2011)

Robert H. NatelsonMatthew S. KurmanNicholas P. CernanskyDavid L. Miller

combustion sciencelow temperature oxidationchemical engineeringcombustion

1
2
3
4
5
13
10 / page

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Similar Faculty Members

Ajay Agrawal

Institution

University of Alabama

fluid flow

combustion

John W. Daily

Institution

University of Colorado Boulder

materials science

applied physics

Jyh-Yuan Chen

Institution

University of California, Berkeley

combustion

combustion science

Robert Dibble

Institution

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environmental impact of the energy industry

combustion

Richard Yetter

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Pennsylvania State University

combustion

mechanical engineering

Olivier Mathieu

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Texas A&M University

combustion

chemical engineering

Kenneth Brezinsky

Institution

University of Illinois Chicago

combustion chemistry

analytical pyrolysis

Randy Vander Wal

Institution

Pennsylvania State University

fire chemistry

combustion

Mitchell Spearrin

Institution

University of California, Los Angeles

energy systems

applied physics

Ming-Chia Lai

Institution

Wayne State University

energy conversion

engine combustion