Faculty

Institution

Unit

Venue

Lesley Sneed

Professor

University of Illinois Chicago

Affiliations

College of Engineering

Civil, Materials, and Environmental Engineering

Lesley Sneed is currently serving as a Civil, Materials, And Environmental Engineering Professor at University of Illinois Chicago.

Honors

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Experiences

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Education

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Lesley Sneed

University of Illinois Chicago

Professor

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structural engineering engineering civil engineering mechanical engineering materials science concrete technology materials engineering construction engineering structural mechanics composite construction composite materials construction materials composite science bridge engineering building engineering engineering structures composite structures structural safety structural testing structural concrete structural performance composite technology structural analysis fiber reinforcement geophysics rc beams fiber-reinforced composites structural design thermal engineering advanced composite material (engineering) structural integrity bond behavior construction technology cement-based construction material polymer composites fibers building technology applied geophysics reinforcement material fiber-reinforced cement composite shear strength frcm composites bridge design active microwave thermography fragmentation effect fibre-reinforced plastic reinforced concrete beams reinforced plastics fracture mechanics tribology frcm-concrete joints concrete beams pbo frcm-concrete joints shear strengthening geophysical research applied geomorphology experimental study torsional behavior concrete substrate rapid repair building design glass material mechanical behavior thermal conductivity material analysis anchorage systems seismic performance building maintenance damage mechanism high-rate loading fly ash glassy carbon structural crashworthiness data acquisition fatigue management tool wear innovative methods

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Critical Review of Bridge Scour Monitoring Methods. Journal of Civil Structural Health Monitoring (2025)

pontoon bridgebridge engineeringcritical reviewcivil engineeringstructural health monitoring

A Two-Stage Classification-Regression Method for Prediction of Flexural Strength of Fiber Reinforced Polymer Strengthened Reinforced Concrete Beams. Engineering Applications of Artificial Intelligence (2025)

flexural strengthstructural engineeringultra-high-performance concreteengineering structuresconstruction materialsstructural performancemechanical engineeringtwo-stage classification-regression methodstructural concretestructural safetycivil engineeringstructural applicationsreinforced concrete beamsstrength propertystructural testing

Shear Strength Model for Reinforced Concrete Beams With U-Wrapped Frcm Composites Based on the Critical Shear Crack Width Evolution. Journal of Composites for Construction (2025)

fracture mechanicsstructural materialsmechanical engineeringstructural safetystructural mechanicsstructural testingstructural engineeringfiber-reinforced compositesfibre-reinforced plasticshear strength modelengineering structurescivil engineeringcomposite structurescontinuous-fibre compositestructural applicationscomposite materialsengineeringu-wrapped frcm compositesreinforced concrete beamsmechanics of materials

Compressive Performance of Sfcb-Reinforced and Frp-Confined Concrete Cylinders. Construction and Building Materials (2024)

Yu TangYusheng WangLesley H. SneedZeyang SunZhenling Wu

materials sciencearchitectural engineeringengineeringstructural engineeringmaterials engineeringbuilding technologybuilding engineeringconstruction materialsconstruction technologycompressive performancecivil engineeringfrp-confined concrete cylindersconcrete technologyconstruction engineeringcomposite construction

Deep Learning-Informed Design Scheme for Prediction of Interfacial Concrete Shear Strength. ACI Structural Journal (2024)

Tarutal Ghosh MondalNikkolas EdgmondLesley H. SneedGenda Chen

deep learningstructural engineeringstructural designengineering

Hooking Effect on Flexural Strength and Toughness of Steel Fiber-Reinforced Concrete Beams. ACI Materials Journal (2024)

S.H. ChuL. SneedD.Y. YooA.K.H. Kwan

flexural strengthmaterials sciencefiber reinforcementengineeringstructural engineeringstructural integritymechanical engineeringfibersmechanics of materials

Shear Strengthening of Rc Beams With U-Wrapped Frcm Composites: Assessment of Current Design Guidelines. Procedia Structural Integrity (2024)

Veronica BertolliLesley H. SneedFrancesco FocacciTommaso D’Antino

mechanical engineeringdeformationstructural safetyrc beamsstructural engineeringadvanced composite material (engineering)composite constructionfiber-reinforced compositesmaterials sciencestructural integritycurrent design guidelinesstructural performancecomposite structurescontinuous-fibre compositecomposite materialsstructural reliabilityengineeringu-wrapped frcm compositesstructural optimizationshear strengtheningfibersmechanics of materials

Shear Strengthening of Rc Beams With U-Wrapped Frcm Composites: State of the Art and Assessment of Available Analytical Models. Journal of Composites for Construction (2024)

V. BertolliL. H. SneedF. FocacciT. D’Antino

fiber reinforcementconstruction materialsmechanical engineeringceramic matrix compositesstructural safetyrc beamsstructural engineeringfiber-reinforced cement compositeadvanced composite material (engineering)composite constructionfiber-reinforced compositesmaterials sciencepolymer compositescivil engineeringcomposite structurescontinuous-fibre compositeavailable analytical modelsconstruction engineeringcomposite materialsshear strengtheningu-wrapped frcm compositesmechanics of materials

Simulation-Based Models for Postearthquake Response: A Survey and Research Directions. Natural Hazards Review (2024)

Abhijit GosaviLauryn A. SpearingLesley H. Sneed

numerical simulationssimulation modellingmachine learningdisastersapplied mathematicsmodeling and simulationdisaster researchnatural disasterstheoretical predictionearth sciencedisaster risk scienceuncertainty quantificationdisaster risk reductionsimulation methodologyresearch directionsnatural hazard assessmentsimulation-based modelsgeoscientific model developmentpostearthquake responsesystems engineeringnatural hazards

Study of the Shear Bond Behavior of a Hybrid Fiber-Reinforced Concrete (Hyfrc) Composite Slab. Engineering Structures (2024)

Jing YuLesley H. SneedTianwen ZhaiYi Li

composite materialsmaterials sciencestructural analysishybrid fiber-reinforced concreteengineeringstructural engineeringmaterials engineeringengineering structurescivil engineeringconcrete technologystructural mechanicscomposite slabshear bond behaviorcomposite construction

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Lesley Sneed

Professor

University of Illinois Chicago

Affiliations

College of Engineering

Civil, Materials, and Environmental Engineering

Lesley Sneed is currently serving as a Civil, Materials, And Environmental Engineering Professor at University of Illinois Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Lesley Sneed

University of Illinois Chicago

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Critical Review of Bridge Scour Monitoring Methods. Journal of Civil Structural Health Monitoring (2025)

pontoon bridgebridge engineeringcritical reviewcivil engineeringstructural health monitoring

Shear Strength Model for Reinforced Concrete Beams With U-Wrapped Frcm Composites Based on the Critical Shear Crack Width Evolution. Journal of Composites for Construction (2025)

Compressive Performance of Sfcb-Reinforced and Frp-Confined Concrete Cylinders. Construction and Building Materials (2024)

Yu TangYusheng WangLesley H. SneedZeyang SunZhenling Wu

Deep Learning-Informed Design Scheme for Prediction of Interfacial Concrete Shear Strength. ACI Structural Journal (2024)

Tarutal Ghosh MondalNikkolas EdgmondLesley H. SneedGenda Chen

deep learningstructural engineeringstructural designengineering

Hooking Effect on Flexural Strength and Toughness of Steel Fiber-Reinforced Concrete Beams. ACI Materials Journal (2024)

S.H. ChuL. SneedD.Y. YooA.K.H. Kwan

flexural strengthmaterials sciencefiber reinforcementengineeringstructural engineeringstructural integritymechanical engineeringfibersmechanics of materials

Shear Strengthening of Rc Beams With U-Wrapped Frcm Composites: Assessment of Current Design Guidelines. Procedia Structural Integrity (2024)

Veronica BertolliLesley H. SneedFrancesco FocacciTommaso D’Antino

Shear Strengthening of Rc Beams With U-Wrapped Frcm Composites: State of the Art and Assessment of Available Analytical Models. Journal of Composites for Construction (2024)

V. BertolliL. H. SneedF. FocacciT. D’Antino

Simulation-Based Models for Postearthquake Response: A Survey and Research Directions. Natural Hazards Review (2024)

Abhijit GosaviLauryn A. SpearingLesley H. Sneed

Study of the Shear Bond Behavior of a Hybrid Fiber-Reinforced Concrete (Hyfrc) Composite Slab. Engineering Structures (2024)

Jing YuLesley H. SneedTianwen ZhaiYi Li

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10 / page

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engineering

nondestructive testing

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Claudia P. Ostertag

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composite material

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