Faculty

Institution

Unit

Venue

Alison Hoxie

University of Minnesota Duluth

Affiliations

Center For Water And The Environment

Department Of Materials Processing Engineering

Swenson College of Science and Engineering

Department Of Mechanical And Industrial Engineering

Studies Of Department Of Geography, Urban, Environment, And Sustainability

University of Minnesota Duluth

NoneAlison Hoxie is currently serving as a Center For Water And The Environment faculty at University of Minnesota Duluth.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Alison Hoxie

University of Minnesota Duluth

You can click a keyword to filter the displayed items

engineering thermal engineering heat transfer combustion science thermal management heat exchangers chemical engineering mechanical engineering combustion fuel science numerical simulations thermal modeling active learning thermal analysis vegetable oil combustion characteristics space heating aerospace engineering biomass (energy) biofuels internal combustion engine renewable energy fluid dynamics early childhood education engine research petroleum production petroleum engineering early childhood development early childhood heat mass transfer energy conversion educational psychology educational strategies educational assessment higher education sustainable development alternative fuels chemical composition gas turbine engines primary production gas turbine combustion combustion engineering early life exposures measurement systems thermomechanical processing engineering thermodynamics thermodynamic modelling student-centered learning digital learning classroom practices classroom instruction solar energy utilisation heat pumps droplet combustion energy modeling project-based learning blended soybean oil microexplosive combustion behavior butanol droplets ternary fuel blends micro-gas turbine engines high volume blends soybean oil-butanol blends early years fuel droplet size robust measurement median ellipse parameterization thermodynamics design project cold climates

Notable Scholarly Works

Notable Federal Grants

Collaborators

Thermal Performance Analysis of a Solar-Assisted Helical Steel Pile Thermo-Active Foundation With a Double U-Loop Heat Exchanger in a Cold Climate. Proceeding of 5-6th Thermal and Fluids Engineering Conference (TFEC) (2024)

Jordan GruenesShayan DavaniAlison HoxieAmirhossein DarbandiAggrey Mwesigye

thermal performance analysisengineeringthermal analysisheat transferheat exchangersthermal engineeringthermo-active foundationcold climatesolar-assisted helical steel

Thermal Performance of a Solar-Assisted Slinky Foundation Heat Exchanger Coupled With a Heat Pump in a Cold Climate. Applied Thermal Engineering (2024)

Shayan DavaniAmirhossein DarbandiJordan GruenesAlison HoxieAggrey Mwesigye

environmental engineeringsolar energy utilisationengineeringthermal analysisheat transferthermal performanceheat exchangersheat pumpsthermal engineeringthermal managementcold climate

Design and Performance Analisys of Slinkytm Type Foundation Heat Exchangers for Space Heating and Cooling in a Cold Climate. Proceeding of 5-6th Thermal and Fluids Engineering Conference (TFEC) (2023)

Shayan DavaniAmirhossein DarbandiPrem AgarwalaJordan GruenesAlison HoxieAggrey Mwesigye

engineeringspace heatingheat transferheat exchangersthermal engineeringthermal managementcold climate

Long-Term Thermal Performance Analysis of a Horizontal Foundation Heat Exchanger for Space Heating and Cooling in Extremely Cold Climates. Proceeding of 5-6th Thermal and Fluids Engineering Conference (TFEC) (2023)

Amirhossein DarbandiShayan DavaniJordan GruenesPrem AgarwalaAlison HoxieAggrey Mwesigye

numerical simulationsengineeringspace heatingheat transfercold climatesheat exchangersthermal engineeringthermal modelingthermal management

Influence of Injection Gas Molar Mass on Counterflow Atomizer Performance. Atomization and Sprays (2022)

Eric H. JohnsonV. SrinivasanP. J. StrykowskiAlison Hoxie

counterflow atomizer performance

Integrating Energy Modeling Software Into Sustainable Energy Systems Curriculum. (2021)

A. Hoxie

sustainable energyenergy modeling

Characterization of a Novel Energy Efficient Atomizer Employing Countercurrent Shear. (2020)

A. HoxieE. JohnsonV. SrinivasanP. Strykowski

nanotechnologycountercurrent shearmechanical engineering

Converting Heat to Work: A Thermodynamics Design Project. (2020)

Thomas ShepardAlison Hoxie

energy transformationenergy conversionnumerical simulationsdesignengineeringheat transferthermomechanical processingmechanical engineeringenergy efficiencythermodynamic modellingthermal engineeringthermal modelingenergy transitionthermal managementthermodynamicsheat mass transferengineering thermodynamicsthermodynamics design project

I Did Not Anticipate This: Experiences From the Early Years. (2020)

Thomas ShepardAlison HoxieMatt Anderson

early yearsearly life exposuresearly childhood developmenthistoryearly childhood educationearly childhood

Combustion Characteristics of Ternary Fuel Blends: Pentanol, Butanol and Vegetable Oil. Fuel (2017)

B. CoughlinA. Hoxie

combustionvegetable oilchemical engineeringfuel sciencecombustion scienceternary fuel blendscombustion characteristicsalternative fuels

1
2
10 / page

Alison Hoxie

University of Minnesota Duluth

Affiliations

Center For Water And The Environment

Department Of Materials Processing Engineering

Swenson College of Science and Engineering

Department Of Mechanical And Industrial Engineering

Studies Of Department Of Geography, Urban, Environment, And Sustainability

University of Minnesota Duluth

NoneAlison Hoxie is currently serving as a Center For Water And The Environment faculty at University of Minnesota Duluth.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Alison Hoxie

University of Minnesota Duluth

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Jordan GruenesShayan DavaniAlison HoxieAmirhossein DarbandiAggrey Mwesigye

thermal performance analysisengineeringthermal analysisheat transferheat exchangersthermal engineeringthermo-active foundationcold climatesolar-assisted helical steel

Thermal Performance of a Solar-Assisted Slinky Foundation Heat Exchanger Coupled With a Heat Pump in a Cold Climate. Applied Thermal Engineering (2024)

Shayan DavaniAmirhossein DarbandiJordan GruenesAlison HoxieAggrey Mwesigye

environmental engineeringsolar energy utilisationengineeringthermal analysisheat transferthermal performanceheat exchangersheat pumpsthermal engineeringthermal managementcold climate

Shayan DavaniAmirhossein DarbandiPrem AgarwalaJordan GruenesAlison HoxieAggrey Mwesigye

engineeringspace heatingheat transferheat exchangersthermal engineeringthermal managementcold climate

Amirhossein DarbandiShayan DavaniJordan GruenesPrem AgarwalaAlison HoxieAggrey Mwesigye

numerical simulationsengineeringspace heatingheat transfercold climatesheat exchangersthermal engineeringthermal modelingthermal management

Influence of Injection Gas Molar Mass on Counterflow Atomizer Performance. Atomization and Sprays (2022)

Eric H. JohnsonV. SrinivasanP. J. StrykowskiAlison Hoxie

counterflow atomizer performance

Integrating Energy Modeling Software Into Sustainable Energy Systems Curriculum. (2021)

A. Hoxie

sustainable energyenergy modeling

Characterization of a Novel Energy Efficient Atomizer Employing Countercurrent Shear. (2020)

A. HoxieE. JohnsonV. SrinivasanP. Strykowski

nanotechnologycountercurrent shearmechanical engineering

Converting Heat to Work: A Thermodynamics Design Project. (2020)

Thomas ShepardAlison Hoxie

I Did Not Anticipate This: Experiences From the Early Years. (2020)

Thomas ShepardAlison HoxieMatt Anderson

early yearsearly life exposuresearly childhood developmenthistoryearly childhood educationearly childhood

Combustion Characteristics of Ternary Fuel Blends: Pentanol, Butanol and Vegetable Oil. Fuel (2017)

B. CoughlinA. Hoxie

combustionvegetable oilchemical engineeringfuel sciencecombustion scienceternary fuel blendscombustion characteristicsalternative fuels

1
2
10 / page