Faculty

Institution

Unit

Venue

Kay Wille

Interim Director of School

University of Connecticut

Affiliations

College of Engineering

Civil and Environmental Engineering

Kay Wille is currently serving as a Civil And Environmental Engineering Interim Director of School at University of Connecticut.

Honors

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Experiences

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Education

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Kay Wille

University of Connecticut

Interim Director of School

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materials science concrete technology civil engineering engineering materials engineering structural engineering mechanical engineering construction engineering structural mechanics building engineering construction materials ultra-high-performance concrete construction technology fiber reinforcement mechanics of materials building technology advanced materials ultra-high performance concrete material research structural concrete architectural engineering tribology building design fibers mechanical properties bridge engineering reinforcement material cement-based construction material pervious concrete steel research composite structures strength property fiber science fiber-reinforced composites structural analysis material efficiency thermal engineering composite science advanced fiber material advanced composite material (engineering) waste management dispersion science metals material performance cementation high-rate loading composite technology colloidal systems material analysis transportation research flexural behavior low strain rates pore system characteristics colloidal nanosilica ultra-high performance fiber recycled glass powder structural performance experimental analysis material properties engineering acoustic acoustical engineering matrix methods prototype implementation elasticity (physics) mechanical deformation mechanical behavior statistical averaging structural applications colloid chemistry direct tensile loading compressive strength low fiber contents heat curing achieving strength high-strength steel fibers compression response high strain rate high temperature durability performance structural safety impact resistance composite construction

Notable Scholarly Works

Notable Federal Grants

Collaborators

Application of X-Ray Principles to Quantify Sulfur Oxidation States in Concrete. Spectroscopy Letters (2024)

Leana SantosKay WilleMaria Chrysochoou

sulfur oxidation statesmaterials engineeringspectroscopyengineeringconcrete technologyapplied physicsx-ray principlesmaterials science

Damage Identification of Crumbling Foundation Using Non-Destructive Methods and Image Processing. (2024)

Kay Wille

damage identificationcivil engineeringnon-destructive methodsdigital image processingimage processing

Effect of Rebar Ratio, Rebar Diameter, Cover Thickness, and Fiber Shape on Flexural and Cracking Behavior of Rebar-Reinforced Uhpc Beams. Engineering Structures (2024)

Minghong QiuXudong ShaoKay WilleYanping ZhuYan WangYang ZhangZhenyu Tao

fracture mechanicsstructural mechanicsrebar diameterrebar-reinforced uhpc beamsengineeringstructural safetymechanical engineeringstructural engineeringadvanced composite material (engineering)composite structuresengineering structuresfiber-reinforced compositesmechanics of materialsrebar ratioreinforcement materialstructural applications

Electrochemical Investigation of Accelerated Deterioration of Concrete With Iron-Sulfide Containing Aggregates. Cement and Concrete Research (2024)

Meshach OjoDonghyun KimLesley FrameKay Wille

structural materialselectrochemical investigationiron-sulfide containing aggregateselectroanalytical chemistryelectrochemistryelectrochemical engineeringresidual stresscorrosion protectionaccelerated deteriorationcorrosion technologychemical engineeringmetalsstructural concretestructural engineeringmaterial chemistrycement-based construction materialenvironmental electrochemistryenvironmental engineeringcorrosionconstruction materialsmaterials science

Nanosilica Enhanced Ultra-High Performance Concrete Through Hydrochloride Acid or Polyethylene Glycol Stabilization. Construction and Building Materials (2024)

Douglas HendrixBryan D. HueyKay Wille

materials engineeringbuilding engineeringadvanced materialsconstruction technologyconstruction engineeringnanotechnologybuilding technologycivil engineeringpolyethylene glycol stabilizationconcrete technologyultra-high-performance concretehydrochloride acidmaterials science

Recycled Glass Powder as an Alternative to Fly Ash in Non-Proprietary Uhpc: A Comparative Study of Resource-Efficient Design, Mechanical and Durability Properties. Journal of Cleaner Production (2024)

Bijaya RaiKay Wille

waste managementfly ashcomparative studyclean technologydurability propertiesresource-efficient designmechanical engineeringnon-proprietary uhpccleaner productionenvironmental engineeringrecycled glass powdermaterials science

Resource-Efficient Design of Ultra-High Performance Concretes. Journal of Building Engineering (2024)

Bijaya RaiChristopher Boisvert-CotulioKay Wille

building engineeringarchitectureresource-efficient designcivil engineeringarchitectural engineeringultra-high performance concretesconcrete technologydesignbuilding design

An Improved Methodology for Wavelength Dispersive X-Ray Fluorescence Analysis to Quantify Sulfate and Sulfide in Concrete. (2023)

Leana SantosKay WilleMaria Chrysochoou

material analysisimproved methodologymaterials engineeringchemical engineeringsurface sciencecomparative methodologysurface analysischaracterization (materials science)concrete technologysurface characterizationapplied physicsmaterials science

Effects of the Expansion Mechanisms on the Pyrrhotite-Induced Deterioration of Concrete Foundations. Case Studies in Construction Materials (2023)

Rui ZhongXianbing AiYiming YaoJingquan WangKay Wille

concrete foundationsexpansion mechanismsconstruction technologyconstruction engineeringengineeringcivil engineeringcorrosionfoundation engineeringpyrrhotite-induced deterioration

Non-Proprietary Ultra-High Performance Concrete With Recycled Glass Powder. (2023)

Bijaya RaiKay Wille

materials engineeringconstruction engineeringstructural engineeringcivil engineeringrecycled glass powderconcrete technologyultra-high-performance concreteconstruction materialsmaterials science

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Kay Wille

Interim Director of School

University of Connecticut

Affiliations

College of Engineering

Civil and Environmental Engineering

Kay Wille is currently serving as a Civil And Environmental Engineering Interim Director of School at University of Connecticut.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kay Wille

University of Connecticut

Interim Director of School

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Application of X-Ray Principles to Quantify Sulfur Oxidation States in Concrete. Spectroscopy Letters (2024)

Leana SantosKay WilleMaria Chrysochoou

sulfur oxidation statesmaterials engineeringspectroscopyengineeringconcrete technologyapplied physicsx-ray principlesmaterials science

Damage Identification of Crumbling Foundation Using Non-Destructive Methods and Image Processing. (2024)

Kay Wille

damage identificationcivil engineeringnon-destructive methodsdigital image processingimage processing

Effect of Rebar Ratio, Rebar Diameter, Cover Thickness, and Fiber Shape on Flexural and Cracking Behavior of Rebar-Reinforced Uhpc Beams. Engineering Structures (2024)

Minghong QiuXudong ShaoKay WilleYanping ZhuYan WangYang ZhangZhenyu Tao

Electrochemical Investigation of Accelerated Deterioration of Concrete With Iron-Sulfide Containing Aggregates. Cement and Concrete Research (2024)

Meshach OjoDonghyun KimLesley FrameKay Wille

Nanosilica Enhanced Ultra-High Performance Concrete Through Hydrochloride Acid or Polyethylene Glycol Stabilization. Construction and Building Materials (2024)

Douglas HendrixBryan D. HueyKay Wille

Bijaya RaiKay Wille

Resource-Efficient Design of Ultra-High Performance Concretes. Journal of Building Engineering (2024)

Bijaya RaiChristopher Boisvert-CotulioKay Wille

building engineeringarchitectureresource-efficient designcivil engineeringarchitectural engineeringultra-high performance concretesconcrete technologydesignbuilding design

An Improved Methodology for Wavelength Dispersive X-Ray Fluorescence Analysis to Quantify Sulfate and Sulfide in Concrete. (2023)

Leana SantosKay WilleMaria Chrysochoou

Effects of the Expansion Mechanisms on the Pyrrhotite-Induced Deterioration of Concrete Foundations. Case Studies in Construction Materials (2023)

Rui ZhongXianbing AiYiming YaoJingquan WangKay Wille

concrete foundationsexpansion mechanismsconstruction technologyconstruction engineeringengineeringcivil engineeringcorrosionfoundation engineeringpyrrhotite-induced deterioration

Non-Proprietary Ultra-High Performance Concrete With Recycled Glass Powder. (2023)

Bijaya RaiKay Wille

materials engineeringconstruction engineeringstructural engineeringcivil engineeringrecycled glass powderconcrete technologyultra-high-performance concreteconstruction materialsmaterials science

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Institution

University of California, Berkeley

materials science

mechanical engineering

Behrouz Shafei

Institution

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natural disaster

disaster risk reduction

Yunping Xi

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engineering

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composite material

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mechanical engineering

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ultra-high-performance concrete

composite material

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University of California, Davis

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reinforced concrete structures