Faculty

Institution

Unit

Venue

M Quinn Brewster

Hermia G Soo Professor Hermia G Soo Professor; Director MEngME Program

University of Illinois Urbana-Champaign

Affiliations

The Grainger College of Engineering

Department of Mechanical Science and Engineering

M Quinn Brewster is currently serving as a Mechanical Science And Engineering Hermia G Soo Professor Hermia G Soo Professor; Director MEngME Program at University of Illinois Urbana-Champaign.

Honors

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Experiences

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Education

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M Quinn Brewster

University of Illinois Urbana-Champaign

Hermia G Soo Professor Hermia G Soo Professor; Director MEngME Program

You can click a keyword to filter the displayed items

combustion combustion science materials science engineering combustion flame combustion engineering heat mass transfer heat transfer energetic materials mechanical engineering thermal engineering combustion theory heterogeneous combustion chemical kinetics applied physics radiative heat transfer thermodynamics propulsion optical properties spectroscopy transport phenomena radiative absorption engine research thermal radiation radiative transfer fire chemistry heat transfer process aerosol science light scattering laminar flame computational fluid dynamics fire technology gas phase light science convective heat transfer numerical simulations absorption spectroscopy thermal modeling radiative transfer modelling cloud physics fuel science propellant surface atomic spectroscopy advanced composite material (engineering) rocket engine solid propellants metals fluid science optical spectroscopy laser processing technology advanced laser processing infrared spectroscopy dewvaporation droplet combustion energetic solids flame structure regression rate plasma chemistry aerospace propulsion laser ablation laser-induced breakdown spectroscopic property heat transfer enhancement light scattering spectroscopy light absorption radiative heat feedback homogeneous energetic solids laminate propellants burning rate fire retardancy simple kinetics grain design minimum distance function burnback simulation composite solid propellant water mist/cloud droplets environmental impact of the energy industry gas turbine combustion combustion systems

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comprehensive Investigation of Partitioned Thermal Barrier Coating: Impact on Thermal and Mechanical Stresses, and Performance Enhancement in Diesel Engines. Applied Sciences (2024)

Hüsna TopkayaM. Quinn BrewsterHüseyin Aydın

combustioninternal combustion engineengineeringcombustion scienceheat transferthermal barrier coatingscomprehensive investigationmechanical engineeringcoatingsthermal barrierthermal engineeringthermal modelingthermal protectionmechanical stressesengine research

Quasi-Steady Water Droplet Heat- and Mass-Transfer With Ventilation, Blowing, and Radiation. ASME Journal of Heat and Mass Transfer (2024)

M. Quinn Brewster

convective heat transfervelocity slipatmospheric science modelheat transferfluid flowgas flowfluid dynamicsenvironmental fluid mechanicsmass transferheat mass transferatmospheric sciencethermal engineeringmultiphase flowsdewvaporationearth sciencefluid mechanicsheat transfer process

Theoretical Analysis of Water-Droplet Condensation and Evaporation in Prescribed Environment With Radiation. Journal of the Atmospheric Sciences (2024)

M. Q. Brewster

environmental scienceradiative heat transferheat transferdesiccationprescribed environmentmass transferdiffusionsaturation statethermal engineeringtransport phenomenadiffusion layerearth scienceheat mass transferheat transfer process

Theoretical Analysis of Cloud and Mist Droplets With Radiation. Proceeding of International Heat Transfer Conference 9 (2023)

M. Quinn Brewster

atmospheric researchcloud physicsaerosol sciencemeteorologyfluid dynamicsenvironmental fluid mechanicsatmospheric scienceplanetary sciencesatmospheric process

A Conservation-Based Transitional Boundary Layer Model. Journal of Heat Transfer (2022)

M. Q. Brewster

engineeringheat transferfluid flowturbulence modelingfluid dynamicscomputational fluid dynamicsboundary layer thicknessboundary layersfluid mechanicsturbulent flow heat transferaerospace engineeringunsteady flowsnew criteria

Theoretical Modeling of Levitated Clusters of Water Droplets Stabilized by Infrared Irradiation. Journal of Heat Transfer (2022)

M. Q. Brewster

levitated clustersphysicsinfrared irradiationfluid scienceradiative heat transferheat transferfluid flowfluid dynamicsmass transferheat mass transferthermal engineeringapplied physicsmultiphase flowsstefan flowthermodynamicsfluid mechanicsdispersion scienceheat transfer process

Analysis of Radiation-Induced Cooling and Growth of Mist and Cloud Droplets. International Journal of Heat and Mass Transfer (2020)

M. BrewsterX. Li

cloud dropletsheat transferhigh temperature aerosolcloud physicsaerosol sciencemeteorologyatmospheric icingradiation-induced coolingradiationatmospheric scienceatmospheric environmentatmospheric measurement techniquedewvaporation

Radiation-Induced Condensational Growth and Cooling of Cloud-Sized Mist Droplets. Journal of the Atmospheric Sciences (2020)

M. Q. BrewsterX. LiK. K. RomanE. O. McNicholsM. J. Rood

convective heat transferradiative transferdroplet size evolutionradiative heat transferheat transfercloud physicsmeteorologyaerosol scienceearth scienceatmospheric sciencethermal engineeringrefrigerationplanetary sciencesheat mass transferremote heat sink

Enhanced Distillation Under Infrared Characteristic Radiation. InTech eBooks (2017)

Kuo-Ting WangM. Quinn BrewsterWei-Hsiang Lai

infrared characteristic radiationthermal radiationchemical engineeringheat transferabsorptioncharacteristic radiationthermal engineeringenhanced distillationheat mass transferradiative absorptioninfrared spectroscopychemistry

Evaporation of Water at High Mass-Transfer Rates by Natural Convection Air Flow With Application to Spent-Fuel Pools. International Journal of Heat and Mass Transfer (2017)

M. Quinn Brewster

convective heat transferspent-fuel poolsenvironmental engineeringchemical engineeringfluid flowfluid dynamicsmass transferwater process engineeringheat mass transferhigh mass-transfer ratestransport phenomenafluid mechanics

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M Quinn Brewster

Hermia G Soo Professor Hermia G Soo Professor; Director MEngME Program

University of Illinois Urbana-Champaign

Affiliations

The Grainger College of Engineering

Department of Mechanical Science and Engineering

M Quinn Brewster is currently serving as a Mechanical Science And Engineering Hermia G Soo Professor Hermia G Soo Professor; Director MEngME Program at University of Illinois Urbana-Champaign.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

M Quinn Brewster

University of Illinois Urbana-Champaign

Hermia G Soo Professor Hermia G Soo Professor; Director MEngME Program

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comprehensive Investigation of Partitioned Thermal Barrier Coating: Impact on Thermal and Mechanical Stresses, and Performance Enhancement in Diesel Engines. Applied Sciences (2024)

Hüsna TopkayaM. Quinn BrewsterHüseyin Aydın

Quasi-Steady Water Droplet Heat- and Mass-Transfer With Ventilation, Blowing, and Radiation. ASME Journal of Heat and Mass Transfer (2024)

M. Quinn Brewster

Theoretical Analysis of Water-Droplet Condensation and Evaporation in Prescribed Environment With Radiation. Journal of the Atmospheric Sciences (2024)

M. Q. Brewster

Theoretical Analysis of Cloud and Mist Droplets With Radiation. Proceeding of International Heat Transfer Conference 9 (2023)

M. Quinn Brewster

atmospheric researchcloud physicsaerosol sciencemeteorologyfluid dynamicsenvironmental fluid mechanicsatmospheric scienceplanetary sciencesatmospheric process

A Conservation-Based Transitional Boundary Layer Model. Journal of Heat Transfer (2022)

M. Q. Brewster

Theoretical Modeling of Levitated Clusters of Water Droplets Stabilized by Infrared Irradiation. Journal of Heat Transfer (2022)

M. Q. Brewster

Analysis of Radiation-Induced Cooling and Growth of Mist and Cloud Droplets. International Journal of Heat and Mass Transfer (2020)

M. BrewsterX. Li

Radiation-Induced Condensational Growth and Cooling of Cloud-Sized Mist Droplets. Journal of the Atmospheric Sciences (2020)

M. Q. BrewsterX. LiK. K. RomanE. O. McNicholsM. J. Rood

Enhanced Distillation Under Infrared Characteristic Radiation. InTech eBooks (2017)

Kuo-Ting WangM. Quinn BrewsterWei-Hsiang Lai

Evaporation of Water at High Mass-Transfer Rates by Natural Convection Air Flow With Application to Spent-Fuel Pools. International Journal of Heat and Mass Transfer (2017)

M. Quinn Brewster

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