Faculty

Institution

Unit

Venue

Anthony J. Marchese

Dean Professor

University of Rhode Island

Affiliations

College of Engineering

Department of Mechanical, Industrial and Systems Engineering

International Engineering

Anthony J. Marchese is currently serving as a College Of Engineering Dean Professor at University of Rhode Island.

Honors

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Experiences

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Education

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Anthony J. Marchese

University of Rhode Island

Dean Professor

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chemical engineering combustion engineering engine research environmental science combustion science natural gas environmental engineering air pollution fuel science methane emissions combustion engineering algal research combustion institute rapid compression machine bioenergy compressor stations emission control algal biology energy engineering fluid dynamics environmental research environmental chemistry transportation engineering petroleum exploration aerosol science energy research algal biotechnology emission reduction combustion characteristics atmospheric research vehicular technology bioresource technology sustainable development automotive engineering transportation research united states fuel type compression ignition engine methane-air mixtures atmospheric environment environmental impact assessment applied phycology respiratory medicine petroleum science environmental pollution methanol respiratory toxicology data compression power engineering algal biomass chemical composition gas methane emissions essential oil blends methyl eicosapentaenoate methyl docosahexaenoate ignition delay bio-ester fuel droplets ambient temperature oxidative stability disparate impact hydraulic fracturing facies analysis covid-19 pandemic algal cultivation environmental biotechnology ecotechnology environment technology clinical toxicology inhalation toxicology experimental toxicology optical spectroscopy optical engineering functional properties laser science aerosol sampling environmental impact of the energy industry alternative fuels energy transition internal combustion engine future fuel

Notable Scholarly Works

Notable Federal Grants

Collaborators

Laminar Flame Properties Correlations for H2/C3H8 Mixtures at High Temperature and Pressure Conditions. Fuel (2023)

Hernando A. YepesColin SluneckaAdalberto SalazarBret WindomDaniel B. OlsenAnthony J. MarcheseGerman Amador

fire chemistrylaminar flamepressure conditionsfuel sciencematerials sciencecombustion sciencehigh temperaturechemical engineeringcombustion

A Study of Ignition and Combustion of Liquid Hydrocarbon Droplets in Premixed Fuel/Air Mixtures in a Rapid Compression Machine. Proceedings of the Combustion Institute (2022)

Siddhesh BhoiteBret WindomJaswinder SinghDavid MontgomeryAnthony J. Marchese

chemical engineeringliquid hydrocarbon dropletsrapid compression machinecombustion sciencecombustion engineeringcombustion institutecombustion

A Study of Propane Combustion in a Spark-Ignited Cooperative Fuel Research (Cfr) Engine. SAE technical papers on CD-ROM/SAE technical paper series (2022)

Kar, TanmayFosudo, ToluwalaseSlunecka, ColinMarchese, AnthonyWindom, BretOlsen, Daniel

propane combustionengine researchchemical engineeringcombustion

Bulk Spray and Individual Plume Characterization of Lpg and Iso-Octane Sprays at Engine-Like Conditions. SAE technical papers on CD-ROM/SAE technical paper series (2022)

Brye WindellManav SharmaLorenzo NocivelliKatherine AsztalosAndrew ZdanowiczTanmay KarDaniel OlsenAnthony MarcheseBret Windom

bulk sprayindividual plume characterizationengine-like conditionstechnologymaterials scienceiso-octane sprayschemical engineeringcombustion

Detection and Onset Determination of End-Gas Autoignition on Spark-Ignited Natural Gas Engines Based on the Apparent Heat Release Rate. SAE technical papers on CD-ROM/SAE technical paper series (2022)

Diego Bernardi BestelJuan RodriguezAnthony MarcheseDaniel OlsenBret Windom

technologyengine researchend-gas autoignitionchemical engineeringcombustion

Effect of Fuel Composition and Egr on Spark-Ignited Engine Combustion With Lpg Fueling: Experimental and Numerical Investigation. Fuel (2022)

Tanmay KarToluwalase FosudoAnthony MarcheseBret WindomDaniel Olsen

lpg fuelingengine researchlaboratory investigationfuel sciencenumerical investigationfuel compositionspark-ignited engine combustionchemical engineeringcombustion

Heavy Duty Natural Gas Single Cylinder Research Engine Installation, Commissioning, and Baseline Testing. Energy and Power Engineering (2022)

Juan Felipe RodriguezHui XuGreg HampsonBret WindomAnthony MarcheseDaniel B. Olsen

mechanical engineeringpower engineeringengineeringbenchmark studiesengine researchbaseline testingnatural gaschemical engineeringenergy engineering

Influence of Nox Chemistry on the Prediction of Natural Gas End-Gas Autoignition in Cfd Engine Simulations. Proceedings of the Combustion Institute (2022)

Diego BestelDaniel OlsenAnthony MarcheseBret Windom

cfd engine simulationschemical engineeringengine researchcombustion institutecombustion sciencecombustion engineeringnox chemistrymodeling and simulationmechanical engineeringcombustion

Pre-Vaporized Ignition Behavior of Ethyl- and Propyl-Terminated Oxymethylene Ethers. Proceedings of the Combustion Institute (2022)

Stephen P. LucasNicole J. LabbeAnthony J. MarcheseBret Windom

chemical engineeringcombustion sciencecombustion engineeringpre-vaporized ignition behaviorcombustion institutecombustion

The Impact of Lpg Composition on Performance, Emissions, and Combustion Characteristics of a Pre-Mixed Spark-Ignited Cfr Engine. SAE technical papers on CD-ROM/SAE technical paper series (2022)

Toluwalase FosudoTanmay KarAnthony MarcheseBret WindomDaniel Olsen

engineeringchemical engineeringengine researchinternal combustion enginelpg compositioncombustion characteristicsmechanical engineering

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Anthony J. Marchese

Dean Professor

University of Rhode Island

Affiliations

College of Engineering

Department of Mechanical, Industrial and Systems Engineering

International Engineering

Anthony J. Marchese is currently serving as a College Of Engineering Dean Professor at University of Rhode Island.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Anthony J. Marchese

University of Rhode Island

Dean Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Laminar Flame Properties Correlations for H2/C3H8 Mixtures at High Temperature and Pressure Conditions. Fuel (2023)

Hernando A. YepesColin SluneckaAdalberto SalazarBret WindomDaniel B. OlsenAnthony J. MarcheseGerman Amador

fire chemistrylaminar flamepressure conditionsfuel sciencematerials sciencecombustion sciencehigh temperaturechemical engineeringcombustion

A Study of Ignition and Combustion of Liquid Hydrocarbon Droplets in Premixed Fuel/Air Mixtures in a Rapid Compression Machine. Proceedings of the Combustion Institute (2022)

Siddhesh BhoiteBret WindomJaswinder SinghDavid MontgomeryAnthony J. Marchese

chemical engineeringliquid hydrocarbon dropletsrapid compression machinecombustion sciencecombustion engineeringcombustion institutecombustion

A Study of Propane Combustion in a Spark-Ignited Cooperative Fuel Research (Cfr) Engine. SAE technical papers on CD-ROM/SAE technical paper series (2022)

Kar, TanmayFosudo, ToluwalaseSlunecka, ColinMarchese, AnthonyWindom, BretOlsen, Daniel

propane combustionengine researchchemical engineeringcombustion

Bulk Spray and Individual Plume Characterization of Lpg and Iso-Octane Sprays at Engine-Like Conditions. SAE technical papers on CD-ROM/SAE technical paper series (2022)

Brye WindellManav SharmaLorenzo NocivelliKatherine AsztalosAndrew ZdanowiczTanmay KarDaniel OlsenAnthony MarcheseBret Windom

bulk sprayindividual plume characterizationengine-like conditionstechnologymaterials scienceiso-octane sprayschemical engineeringcombustion

Diego Bernardi BestelJuan RodriguezAnthony MarcheseDaniel OlsenBret Windom

technologyengine researchend-gas autoignitionchemical engineeringcombustion

Effect of Fuel Composition and Egr on Spark-Ignited Engine Combustion With Lpg Fueling: Experimental and Numerical Investigation. Fuel (2022)

Tanmay KarToluwalase FosudoAnthony MarcheseBret WindomDaniel Olsen

lpg fuelingengine researchlaboratory investigationfuel sciencenumerical investigationfuel compositionspark-ignited engine combustionchemical engineeringcombustion

Heavy Duty Natural Gas Single Cylinder Research Engine Installation, Commissioning, and Baseline Testing. Energy and Power Engineering (2022)

Juan Felipe RodriguezHui XuGreg HampsonBret WindomAnthony MarcheseDaniel B. Olsen

mechanical engineeringpower engineeringengineeringbenchmark studiesengine researchbaseline testingnatural gaschemical engineeringenergy engineering

Influence of Nox Chemistry on the Prediction of Natural Gas End-Gas Autoignition in Cfd Engine Simulations. Proceedings of the Combustion Institute (2022)

Diego BestelDaniel OlsenAnthony MarcheseBret Windom

cfd engine simulationschemical engineeringengine researchcombustion institutecombustion sciencecombustion engineeringnox chemistrymodeling and simulationmechanical engineeringcombustion

Pre-Vaporized Ignition Behavior of Ethyl- and Propyl-Terminated Oxymethylene Ethers. Proceedings of the Combustion Institute (2022)

Stephen P. LucasNicole J. LabbeAnthony J. MarcheseBret Windom

chemical engineeringcombustion sciencecombustion engineeringpre-vaporized ignition behaviorcombustion institutecombustion

The Impact of Lpg Composition on Performance, Emissions, and Combustion Characteristics of a Pre-Mixed Spark-Ignited Cfr Engine. SAE technical papers on CD-ROM/SAE technical paper series (2022)

Toluwalase FosudoTanmay KarAnthony MarcheseBret WindomDaniel Olsen

engineeringchemical engineeringengine researchinternal combustion enginelpg compositioncombustion characteristicsmechanical engineering

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Similar Faculty Members

Mridul Gautam

Institution

University of Nevada, Reno

interdisciplinary collaborations

sustainability science

Naeim Henein

Institution

Wayne State University

engine research

engineering

Ming-Chia Lai

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Wayne State University

energy conversion

engine combustion

Mark A. Hoffman

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Jeffrey D. Naber

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engineering

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pollution monitoring

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combustion

Chris Hagen

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engineering

engine

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sustainability science

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