Jeffery Raphael Roesler

Professor

UIUC

Affiliations

The Grainger College of Engineering

Civil & Environmental Engineering

Department of Civil and Environmental Engineering

Jeffery Raphael Roesler is currently serving as a Civil & Environmental Engineering Professor at Uiuc.

Honors

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Experiences

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Education

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Jeffery Raphael Roesler

UIUC

Professor

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civil engineering structural concrete construction materials concrete technology highway pavements structural engineering construction engineering engineering structural testing engineering structures structural safety structural performance cement-based construction material mechanical engineering structural mechanics structural materials fracture mechanics mechanics of materials mechanical testing crack formation geotechnical engineering materials science dynamic crack propagation infrastructure engineering urban climate cementation ultra-high-performance concrete thermal engineering urban heat mitigation soil dynamics traffic engineering fiber-reinforced cement composite foundation engineering fly ash fibers urban energy budget structural analysis reclaimed asphalt pavement environmental materials bridge engineering low-cycle fatigue composite structures fiber reinforcement cement manufacture advanced composite material (engineering) thermal modeling thermal analysis recycled aggregates illinois department portland cement concrete reinforced concrete pavement numerical simulations case studies nondestructive testing sustainable construction urban climate impact first name flexural capacity asphalt concrete advanced fiber material durability performance stressstrain analysis bridge design reflectance modeling interfacial transition zone cementitious materials synthetic fibers concrete slabs fracture behavior mechanical modeling construction technology transportation systems thermal comfort concrete properties asphalt-coated particles rigid pavements pavement rehabilitation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Albedo as an Engineering Property of Concrete Pavements. (2025)

Sushobhan SenJeffrey Roesler

lightingcivil engineeringhighway pavementsreflectance modelingspectral reflectancesolar reflectancecement-based construction materialgreen buildingstructural concreteconcrete technologyearth scienceremote sensingurban climateengineering property

Behavior of Concrete Mixtures in Ultra-Thin Whitetopping Composite Pavements. (2025)

Amanda BordelonJeffrey R. Roesler

concrete overlayscomposite constructionconstruction engineeringcomposite materialsstructural engineeringcivil engineeringengineeringengineering structureshighway pavementsconcrete overlaycomposite beam testconstruction materialsstructural concretestructural materialsstructural safetyconcrete technologycomposite structuresstructural testing

Comparison of Mechanistic-Empirical Thickness Design Methods and Predicted Critical Fatigue Locations. (2025)

Jacob E. HillerJeffrey R. Roesler

construction engineeringstructural engineeringengineering structurescivil engineeringengineeringhighway pavementsfracture mechanicswiden lanesstructural safetystructural performancethinnest design thicknessmechanics of materialsstructural mechanicslow-cycle fatiguejoint spacingmechanical engineering

Crack Behavior in Asphalt Composite Crcp With Basalt Fiber Reinforcement. Proceedings of the International Conference on Concrete Pavements (2025)

Yating ZhangZhiyi HuangJeffrey Roesler

structural testingstructural engineeringcrack formationcivil engineeringengineeringhighway pavementsconventional crcpconstruction materialscrack behaviormechanical testingstructural safetystructural performancecomposite structuressteel-reinforced crcpfiber-reinforced cement compositecomposite construction

Development of Lca-Air – an Airport Pavement Life Cycle Assessment Tool. (2025)

John KulikowskiMohammed SawalhaMichael SladekJeffrey Roesler

infrastructure engineeringlife-cycle engineeringconstruction engineeringtransportation engineeringsustainable constructioncivil engineeringengineeringlife cycle assessmenthighway pavementspavement lca toolportland cement concretelca-air –construction materialsenvironmental impact assessmentlife cycle costingconstruction managementmaterial cycles

Distribution of Fiber-Reinforcement in Thin Concrete Overlays. (2025)

Amanda BordelonJeffrey Roesler

structural engineeringcomposite materialscivil engineeringconstruction materialsfiber reinforcementfibersstructural materialsstructural concreteconcrete technologyfiber spatial distributionspatial distributionimage analysisfiber-reinforced cement compositemechanical engineering

Effective Initial Crack Depth in Exposed Concrete Surfaces. (2025)

Matthew A. BeyerJeffrey R. Roesler

crack formationstructural engineeringengineering structureseffective notch depthcivil engineeringengineeringshrinkage gradientsconstruction materialsfracture mechanicsstructural concretemechanical testingstructural safetyconcrete technologymechanics of materialsstructural mechanicsslab restraintstructural testing

Effect of Nonuniform Foundation Support on Concrete Slab Responses. (2025)

Alexander S. BrandJeffrey R. Roesler

construction engineeringstructural engineeringengineering structurescivil engineeringengineeringnonuniform foundation supportfoundation engineeringconstruction materialsstructural concreteconcrete technologystructural safetystructural performancemechanics of materialstemperature curlingstructural mechanicsfoundation layersstructural testing

Emissions Reducing Benefits of Multi-Functional Photocatalytic Concrete Inlays. (2025)

Daniel KingJeffrey R. RoeslerSushobhan Sen

nox removalcement-based construction materialenvironmental engineeringcivil engineeringclean technologyenvironmental technologyconstruction materialsenvironmental materialsgreen chemistrynox pollutionstructural concreteenvironmental chemistryphotocatalysissustainable chemistryenvironmental remediationconcrete technologygray tio2 cementfly ashchemical engineering

Engineering and Design Considerations for Steel Furnace Slag Aggregates in Concrete Pavements. (2025)

Alexander S. BrandJeffrey R. Roesler

construction engineeringcivil engineeringconstruction materialscement-based construction materialstructural concretestructural materialsconcrete technologysteel researchsfs aggregatesmaterials sciencebulk concretesteel furnace slagmicrostructure