Faculty

Institution

Unit

Venue

Kamran Aghaee

West Virginia State University

Affiliations

College of Natural Sciences and Mathematics

Department Of Mathematics And Computer Science

Department Of Civil And Environmental Engineering

Department Of Criminal Justice

Division Of Physical Therapy

Transfer & Credit Information

West Virginia State University

Wvu Department Of Psychology

NoneKamran Aghaee is currently serving as a College Of Natural Sciences And Mathematics faculty at West Virginia State University.

Honors

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Experiences

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Education

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Kamran Aghaee

West Virginia State University

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civil engineering engineering structural engineering machine learning construction materials building engineering concrete technology probabilistic structural fire engineering aerospace engineering systems engineering construction management construction engineering 3d printing manufacturing predictive analytics structural materials additive manufacturing manufacturing technology advanced manufacturing technologies fracture mechanics composite structures structural concrete machine learning research environmental technology structural safety engineering structures building science building design construction technology manufacturing engineering building technology ensemble algorithms statistical analysis data classification ultra-high-performance concrete structural performance structural analysis individual terrestrial additive manufacturing evolution extraterrestrial applications concrete composites various particle sizes nano-to-macro waste glass synergistic effect mix design parameters eco-friendly substitute ground waste glass machine learning-based prediction restraint-induced crack width reinforced concrete structures

Notable Scholarly Works

Notable Federal Grants

Collaborators

Machine Learning-Based Prediction of Restraint-Induced Crack Width in Reinforced Concrete Structures. Journal of Building Engineering (2026)

machine learning-based predictionstructural engineeringstructural performanceprobabilistic structural fire engineeringstructural safetystructural mechanicsstructural analysiscivil engineeringrestraint-induced crack widthreinforced concrete structuresmachine learningengineering structures

Additive Manufacturing Evolution in Construction: From Individual Terrestrial to Collective, Aerial, and Extraterrestrial Applications. Journal of Building Engineering (2024)

Kamran AghaeeLinfei LiAlireza RoshanParsa Namakiaraghi

construction managementstructural engineeringindividual terrestrialadditive manufacturing evolutionbuilding scienceadditive manufacturingconstruction engineeringconstruction materialsmanufacturing technologybuilding designaerospace engineeringconstruction technology3d printingextraterrestrial applicationsadvanced manufacturing technologiesmanufacturingmanufacturing engineeringsystems engineeringbuilding technologybuilding engineeringengineering

Predicting Time to Cracking of Concrete Composites Under Restrained Shrinkage: A Review With Insights From Statistical Analysis and Ensemble Machine Learning Approaches. Journal of Building Engineering (2024)

predictive analyticsconstruction materialsfracture mechanicscomposite structuresconcrete technologyensemble algorithmsstructural materialsprobabilistic structural fire engineeringstatistical analysisstructural concretecivil engineeringstatisticsmachine learning researchdata classificationdata scienceconcrete compositesmachine learningcomposite construction

Synergistic Effect of Nano-To-Macro Waste Glass of Various Particle Sizes on Ultra-High-Performance Concrete: Tradeoff Between MIX Design Parameters and Performance Through a Statistical Design Approach. Journal of Building Engineering (2024)

Nancy SolimanAhmed OmranKamran AghaeeOsman OzbulutArezki Tagnit-Hamou

environmental engineeringvarious particle sizesultra-high-performance concretenano-to-macro waste glassnanoparticlesbuilding engineeringsynergistic effectmix design parametersengineering

A New Paradigm in Concrete Technology: Ground Waste Glass as an Eco-Friendly Substitute to All Ultra-High-Performance Concrete Ingredients. SSRN Electronic Journal (2023)

Dr. Nancy SolimanKamran AghaeeDr. Ahmed Omran

environmental engineeringmaterials scienceconcrete technologyeco-friendly substitutematerials engineeringground waste glasscivil engineeringenvironmental technology

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Kamran Aghaee

West Virginia State University

Affiliations

College of Natural Sciences and Mathematics

Department Of Mathematics And Computer Science

Department Of Civil And Environmental Engineering

Department Of Criminal Justice

Division Of Physical Therapy

Transfer & Credit Information

West Virginia State University

Wvu Department Of Psychology

NoneKamran Aghaee is currently serving as a College Of Natural Sciences And Mathematics faculty at West Virginia State 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

Kamran Aghaee

West Virginia State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Machine Learning-Based Prediction of Restraint-Induced Crack Width in Reinforced Concrete Structures. Journal of Building Engineering (2026)

Additive Manufacturing Evolution in Construction: From Individual Terrestrial to Collective, Aerial, and Extraterrestrial Applications. Journal of Building Engineering (2024)

Kamran AghaeeLinfei LiAlireza RoshanParsa Namakiaraghi

Nancy SolimanAhmed OmranKamran AghaeeOsman OzbulutArezki Tagnit-Hamou

environmental engineeringvarious particle sizesultra-high-performance concretenano-to-macro waste glassnanoparticlesbuilding engineeringsynergistic effectmix design parametersengineering

A New Paradigm in Concrete Technology: Ground Waste Glass as an Eco-Friendly Substitute to All Ultra-High-Performance Concrete Ingredients. SSRN Electronic Journal (2023)

Dr. Nancy SolimanKamran AghaeeDr. Ahmed Omran

environmental engineeringmaterials scienceconcrete technologyeco-friendly substitutematerials engineeringground waste glasscivil engineeringenvironmental technology

1
10 / page