Wengui Li

Associate Professor

University of New South Wales

Affiliations

Engineering

Civil and Environmental Engineering

Wengui Li is currently serving as a Civil And Environmental Engineering Associate Professor at University of New South Wales.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Wengui Li

University of New South Wales

Associate Professor

You can click a keyword to filter the displayed items

civil engineering structural concrete construction materials materials science concrete technology cement-based construction material composite materials engineering mechanical engineering mechanical properties construction engineering sensors cementation structural engineering advanced materials waste management materials engineering fiber-reinforced cement composite mechanics of materials durability performance clay science composite science sensor technology sustainable materials recycled aggregate concrete material research additive manufacturing construction technology polymer composites steel research material innovation sustainable construction material chemistry building engineering thermal engineering fiber science sensor design nanomechanics polymer degradation building technology experimental analysis interfacial transition zones smart cementitious composites uniaxial compression compression-shear loading experimental study electronic materials membrane science advanced functional materials radial basis functions distributed sensing robotic sensing embedded sensing building design material properties conducting polymers functional nanomaterials ceramic technology engineering failure analysis failure analysis thermal conductivity manufacturing engineering sustainable buildings underground infrastructure intelligent infrastructure smart infrastructure uniaxial compressive behaviors recycled aggregates uniaxial compressive loading crack propagation self-sensing capabilities cement-based sensor piezoresistive properties graphene nanoplates graphite plates stress distribution nanomaterials structural materials cement manufacture clean technology nanomanufacturing recycling technologies nanoengineering composite construction waste disposal carbon capture recycling

Notable Scholarly Works

Notable Federal Grants

Collaborators

"a Comprehensive Review on the Performance Mechanisms and Design of Polyvinyl Alcohol Pvaenabled Selfhealing Concrete". (2026)

concrete technologystructural concretemechanical propertiesengineering

"Assessment of Environmental and Mechanical Factors Affecting Cementbased Triboelectric Nanogenerators Stability and Durability". (2026)

materials sciencecement-based construction materialfiber-reinforced cement compositeenvironmental materialsmechanical properties

"Boosting Volume Energy Density in Structural Energy Supercapacitors via Highly Interconnected Porous Cementbased Electrolytes". (2026)

energy storage deviceschemical engineeringporous materialsadvanced energy materialenergy storageenergy storage materialssupercapacitors

"Carbon Nanomaterialenabled Multifunctional Concrete for Nextgeneration Smart Infrastructure Multiscale Modeling and Physical Mechanism". (2026)

composite materialsconcrete technologycarboncivil engineering

"Carbon Utilization for Lowcarbon Concrete Prospects for Carbonated Steel Slag and Recycled Concrete". (2026)

carbon sequestrationenvironmental engineeringcarbonlow-carbon technologystructural concreterecycling

"Development of Geopolymerbased Electrodes and Electrolytes for Structural Supercapacitors in Energy Storage". (2026)

electrochemistrychemical engineeringenergy storageenergy storage materialselectrode-electrolyte interfacessupercapacitors

"Dry Coballmilled Hybrid Glass Cement for Highvolume Waste Glass Mortars". (2026)

cement-based construction materialporous materialsconstruction materialsconstruction engineeringgranular materialscementationcivil engineeringmateriality

Effects of Multiple Louvers on Natural Smoke Exhaustion of Double-Skin FaçAdes in Green Buildings. Energy (2026)

"Emerging Cementbased Energy Harvesting and Storage Materials for Future Netzero Energy Buildings and Infrastructure". (2026)

energy harvestingconstruction materialscement manufacturecivil engineering

Emerging Functionalities in Carbon Nanomaterials Filled Cementitious Materials: Advances in Self-Sensing, Triboelectric Energy Harvesting, Supercapacitive Storage, and Electromagnetic Shielding. Journal of Building Engineering (2026)

1
2
3
4
5
35
10 / page