Faculty

Institution

Unit

Venue

Deborah Glosser

Assistant Professor

Western Washington University

Affiliations

College of Science and Engineering

Department Of Electrical And Computer Engineering

Department Of Engineering And Design

College of the Environment

Studies Of Institute For Energy

Department Of Engineering Technology

Western Washington University

Deborah Glosser is currently serving as a College Of Science And Engineering Assistant Professor at Western Washington University.

Honors

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Experiences

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Education

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Deborah Glosser

Western Washington University

Assistant Professor

You can click a keyword to filter the displayed items

materials science concrete technology engineering environmental engineering fly ash civil engineering materials engineering thermodynamics thermal engineering cementation construction engineering energy research structural concrete construction materials cement-based construction material environmental chemistry optical materials sustainable energy renewable energy characterization (materials science) combustion science environmental materials environmental technology material chemistry thermodynamic modelling engineering thermodynamics glass fiber thermal energy storage sustainable materials elemental characterization biomass characterization cement manufacture ultra-high-performance concrete renewable energy storage freeze-thaw performance pore volumes cementitious pastes reaction kinetics glass content thermodynamic calculations mixture properties powers-brownyard model thermodynamic perspective solar power systems physiochemical properties non-equilibrium thermodynamic modeling final report concrete performance portland-limestone cement solar absorptance

Notable Scholarly Works

Notable Federal Grants

Collaborators

Solar Absorptance of Fly Ashes Cycled in Oxidizing and Non-Oxidizing High Temperature Conditions. Journal of Energy Storage (2024)

D. GlosserM. BellusciK. OosD. JohnsonP. Suraneni

solar absorptanceenergy storageenergy researchthermal engineeringenvironmental sciencefly ashrenewable energy storage

Characterization of Optical and Physiochemical Properties of Reclaimed Fly Ash for Use as Sensible Thermal Energy Storage Material in Concentrating Solar Power Systems. Solar Energy (2023)

D. GlosserP. StribyM. BellusciR. BottemS. AmrounP. Suraneni

sustainable energyoptical propertiesphysiochemical propertiesmaterial chemistrythermal engineeringmaterials sciencesustainable materialssolar power systemsenvironmental engineeringenvironmental technologyenergy researchrenewable energyenvironmental materialsbiomass characterizationengineeringcharacterization (materials science)optical materialselemental characterizationfly ashthermal energy storage

A New Mixture Proportioning Method for Performance-Based Concrete. ACI Materials Journal (2022)

K. BharadwajO. B. IsgorW. J. WeissK. S. T. ChopperlaA. ChoudharyG. D. VasudevanD. GlosserJ. H. IdekerD. Trejo

civil engineeringengineeringcementationmaterials engineeringconcrete technologymaterials science

A Thermodynamic Perspective on Wind Turbine Glass Fiber Waste as a Supplementary Cementitious Material. Cement (2022)

Deborah GlosserEli SantykulEric FaganPrannoy Suraneni

environmental engineeringengineeringthermodynamic perspectivethermodynamicsthermal engineeringengineering thermodynamicsmaterials scienceglass fiber

CALTRANS: Impact of the Use of Portland-Limestone Cement on Concrete Performance as Plain or Reinforced Material - Final Report. (2021)

cement manufactureconstruction engineeringportland-limestone cementcivil engineeringcementationgeotechnical engineeringconstruction materialscement-based construction materialstructural concreteconcrete technologyultra-high-performance concreteconcrete performancefinal report

Equilibrium and Non-Equilibrium Thermodynamic Modeling of Cement Pastes Containing Supplementary Cementitious Materials. (2020)

non-equilibrium thermodynamic modelingcivil engineeringcementationconstruction materialscement-based construction materialstructural concretethermodynamicsstructural materialsmechanical engineering

Estimating Reaction Kinetics of Cementitious Pastes Containing Fly Ash. Cement and Concrete Composites (2020)

Deborah GlosserPrannoy SuraneniO. Burkan IsgorW. Jason Weiss

reaction kineticsconstruction engineeringenvironmental engineeringconcrete technologycementitious pastesmaterials sciencefly ashchemical engineering

Non-Equilibrium Thermodynamic Modeling Framework for Ordinary Portland Cement/Supplementary Cementitious Material Systems. ACI Materials Journal (2020)

Deborah GlosserO. Burkan IsgorW. Jason Weiss

materials sciencethermodynamics

Using Glass Content to Determine the Reactivity of Fly Ash for Thermodynamic Calculations. Cement and Concrete Composites (2020)

Deborah GlosserPrannoy SuraneniO. Burkan IsgorW. Jason Weiss

environmental engineeringengineeringmaterials engineeringthermodynamic calculationsconcrete technologymaterials scienceglass contentfly ash

Extension of Powers-Brownyard Model to Pastes Containing Supplementary Cementitious Materials. ACI Materials Journal (2019)

Deborah GlosserVahid Jafari AzadPrannoy SuraneniO. Burkan IsgorW. Jason Weiss

materials scienceconcrete technologypowers-brownyard model

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Deborah Glosser

Assistant Professor

Western Washington University

Affiliations

College of Science and Engineering

Department Of Electrical And Computer Engineering

Department Of Engineering And Design

College of the Environment

Studies Of Institute For Energy

Department Of Engineering Technology

Western Washington University

Deborah Glosser is currently serving as a College Of Science And Engineering Assistant Professor at Western Washington 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

Deborah Glosser

Western Washington University

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Solar Absorptance of Fly Ashes Cycled in Oxidizing and Non-Oxidizing High Temperature Conditions. Journal of Energy Storage (2024)

D. GlosserM. BellusciK. OosD. JohnsonP. Suraneni

solar absorptanceenergy storageenergy researchthermal engineeringenvironmental sciencefly ashrenewable energy storage

Characterization of Optical and Physiochemical Properties of Reclaimed Fly Ash for Use as Sensible Thermal Energy Storage Material in Concentrating Solar Power Systems. Solar Energy (2023)

D. GlosserP. StribyM. BellusciR. BottemS. AmrounP. Suraneni

A New Mixture Proportioning Method for Performance-Based Concrete. ACI Materials Journal (2022)

K. BharadwajO. B. IsgorW. J. WeissK. S. T. ChopperlaA. ChoudharyG. D. VasudevanD. GlosserJ. H. IdekerD. Trejo

civil engineeringengineeringcementationmaterials engineeringconcrete technologymaterials science

A Thermodynamic Perspective on Wind Turbine Glass Fiber Waste as a Supplementary Cementitious Material. Cement (2022)

Deborah GlosserEli SantykulEric FaganPrannoy Suraneni

environmental engineeringengineeringthermodynamic perspectivethermodynamicsthermal engineeringengineering thermodynamicsmaterials scienceglass fiber

CALTRANS: Impact of the Use of Portland-Limestone Cement on Concrete Performance as Plain or Reinforced Material - Final Report. (2021)

Equilibrium and Non-Equilibrium Thermodynamic Modeling of Cement Pastes Containing Supplementary Cementitious Materials. (2020)

non-equilibrium thermodynamic modelingcivil engineeringcementationconstruction materialscement-based construction materialstructural concretethermodynamicsstructural materialsmechanical engineering

Estimating Reaction Kinetics of Cementitious Pastes Containing Fly Ash. Cement and Concrete Composites (2020)

Deborah GlosserPrannoy SuraneniO. Burkan IsgorW. Jason Weiss

reaction kineticsconstruction engineeringenvironmental engineeringconcrete technologycementitious pastesmaterials sciencefly ashchemical engineering

Non-Equilibrium Thermodynamic Modeling Framework for Ordinary Portland Cement/Supplementary Cementitious Material Systems. ACI Materials Journal (2020)

Deborah GlosserO. Burkan IsgorW. Jason Weiss

materials sciencethermodynamics

Using Glass Content to Determine the Reactivity of Fly Ash for Thermodynamic Calculations. Cement and Concrete Composites (2020)

Deborah GlosserPrannoy SuraneniO. Burkan IsgorW. Jason Weiss

environmental engineeringengineeringmaterials engineeringthermodynamic calculationsconcrete technologymaterials scienceglass contentfly ash

Extension of Powers-Brownyard Model to Pastes Containing Supplementary Cementitious Materials. ACI Materials Journal (2019)

Deborah GlosserVahid Jafari AzadPrannoy SuraneniO. Burkan IsgorW. Jason Weiss

materials scienceconcrete technologypowers-brownyard model

1
2
10 / page