Faculty

Institution

Unit

Venue

George Morcous

Professor

University of Nebraska–Lincoln

Affiliations

Engineering

the Durham School - Architectural Engineering

George Morcous is currently serving as an Engineering Professor at University of Nebraska–Lincoln.

Honors

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Experiences

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Education

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George Morcous

University of Nebraska–Lincoln

Professor

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civil engineering engineering structural engineering construction engineering bridge engineering concrete technology mechanical engineering materials science building engineering materials engineering construction technology composite construction architectural engineering transportation engineering built environment infrastructure engineering building technology construction materials deterioration modeling structural design ultra-high-performance concrete tribology case-based reasoning transportation research concrete pavement structural mechanics fibers building design bridge design sustainable construction bridge management bridge decks medium-span bridges composite science thermal engineering engineering optimization transportation planning bridge deterioration ultra-high performance concrete concrete bridge girders self-consolidating concrete composite structures reliability engineering fragmentation effect layered materials fiber reinforcement structural performance maintenance management reliability analysis fly ash case-based reasoning system infrastructure deterioration mechanistic deterioration models deterioration models nebraska bridges interface shear resistance concrete-steel composite girder prediction models computational intelligence structural concrete control optimization engineering structures reinforced plastics performance prediction automation in construction fiber structure transport economics engineering design process decision trees energy optimization prototype implementation material performance cement-based construction material underground construction glass fiber structural integrity infrastructure management structural safety structural health monitoring

Notable Scholarly Works

Notable Federal Grants

Collaborators

Capacity of Reinforced/Prestressed Concrete Compression Members Strengthened/Repaired Using Ultra-High-Performance Concrete Encasement. Transportation Research Record Journal of the Transportation Research Board (2024)

Mohammed H. HediaGeorge Morcous

construction engineeringcapacity buildingtransportation researchstructural engineeringconstruction materialsconcrete technologymechanical engineeringtransportation engineeringcivil engineeringcompression (physics)ultra-high-performance concrete encasementbuilding engineeringload-bearing capacity

Erratum for “Early Detection of Honeycombs in Concrete Pavement Using Gpr”. Journal of Performance of Constructed Facilities (2024)

Theresa McCabeEce ErdogmusAntony KodsyGeorge Morcous

construction engineeringconcrete technologycivil engineeringconcrete pavementpattern recognitionbuilt environmentgeotechnical engineeringconstruction technologyengineering

Flexural Behavior of Composite Ultrahigh-Performance Concrete Sandwich Wall Panels. Journal of Architectural Engineering (2024)

George MorcousAntony KodsyMostafa Abo El-Khier

architecturestructural engineeringconcrete technologyflexural behaviorcivil engineeringarchitectural engineeringengineering

Bond Strength of Reinforcing Steel Bars in Self-Consolidating Concrete. Buildings (2023)

Micheal AsaadGeorge Morcous

materials sciencestructural engineeringconcrete technologymaterials engineeringbuilding technologybuilding designbond strengthcivil engineeringbuilding scienceself-consolidating concretebuilding engineeringsteel barsengineering

Development of On-Site Test Methods to Evaluate Fiber Stability in Uhpc. (2023)

Akbota AitbayevaGeorge MorcousJiong Hu

materials sciencefiber stabilitymechanical engineeringcomposite materialson-site test methodsengineering

Development of Standardized Nebraska Family of Uhpc Decked I-Beams. (2023)

Ross BarronFouad JaberMaher K. TadrosGeorge Morcous

standardized nebraska familyengineering

Friction and Cohesion Interface Shear Factors of Ultra-High-Performance Concrete (Uhpc) Cast on Hardened Conventional Concrete. Buildings (2023)

Mostafa Abo El-KhierGeorge Morcous

construction engineeringfrictionstructural engineeringconcrete technologymechanical engineeringultra-high-performance concretebuilding technologybuilding designhardened conventional concretecivil engineeringtribologybuilding sciencearchitectural engineeringbuilding engineeringengineering

Predicting Strength of Non-Prestressed Concrete I-Beams Repaired/Strengthened in Flexure and Shear Using Ultra-High-Performance Concrete (Uhpc). Structures (2023)

Antony KodsyGeorge Morcous

strength propertyengineeringstructural engineeringconcrete technologyultra-high-performance concretestructural analysisnon-prestressed concrete i-beamsstructural safetystructural mechanicscivil engineeringbuilding engineeringstructural reliabilitycorrosion

Ultra-High-Performance Concrete (Uhpc) Bridge Decked I-Beam: Design, Production, and Testing. (2023)

George MorcousMaher K. Tadros

materials sciencestructural engineeringdesignconstruction materialsconcrete technologystructural designultra-high-performance concretematerials engineeringcomposite materialssustainable constructioncivil engineeringstructural testingbridge designbuilding engineeringbridge engineeringcomposite construction

Shear Strength of Ultra-High-Performance Concrete (Uhpc) Beams Without Transverse Reinforcement: Prediction Models and Test Data. Materials (2022)

Antony KodsyGeorge Morcous

materials sciencestructural engineeringconcrete technologyprediction modelsmechanical engineeringultra-high-performance concretematerials engineeringstructural mechanicscivil engineeringshear strengthtest data

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George Morcous

Professor

University of Nebraska–Lincoln

Affiliations

Engineering

the Durham School - Architectural Engineering

George Morcous is currently serving as an Engineering Professor at University of Nebraska–Lincoln.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

George Morcous

University of Nebraska–Lincoln

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mohammed H. HediaGeorge Morcous

Erratum for “Early Detection of Honeycombs in Concrete Pavement Using Gpr”. Journal of Performance of Constructed Facilities (2024)

Theresa McCabeEce ErdogmusAntony KodsyGeorge Morcous

construction engineeringconcrete technologycivil engineeringconcrete pavementpattern recognitionbuilt environmentgeotechnical engineeringconstruction technologyengineering

Flexural Behavior of Composite Ultrahigh-Performance Concrete Sandwich Wall Panels. Journal of Architectural Engineering (2024)

George MorcousAntony KodsyMostafa Abo El-Khier

architecturestructural engineeringconcrete technologyflexural behaviorcivil engineeringarchitectural engineeringengineering

Bond Strength of Reinforcing Steel Bars in Self-Consolidating Concrete. Buildings (2023)

Micheal AsaadGeorge Morcous

Development of On-Site Test Methods to Evaluate Fiber Stability in Uhpc. (2023)

Akbota AitbayevaGeorge MorcousJiong Hu

materials sciencefiber stabilitymechanical engineeringcomposite materialson-site test methodsengineering

Development of Standardized Nebraska Family of Uhpc Decked I-Beams. (2023)

Ross BarronFouad JaberMaher K. TadrosGeorge Morcous

standardized nebraska familyengineering

Friction and Cohesion Interface Shear Factors of Ultra-High-Performance Concrete (Uhpc) Cast on Hardened Conventional Concrete. Buildings (2023)

Mostafa Abo El-KhierGeorge Morcous

Predicting Strength of Non-Prestressed Concrete I-Beams Repaired/Strengthened in Flexure and Shear Using Ultra-High-Performance Concrete (Uhpc). Structures (2023)

Antony KodsyGeorge Morcous

Ultra-High-Performance Concrete (Uhpc) Bridge Decked I-Beam: Design, Production, and Testing. (2023)

George MorcousMaher K. Tadros

Shear Strength of Ultra-High-Performance Concrete (Uhpc) Beams Without Transverse Reinforcement: Prediction Models and Test Data. Materials (2022)

Antony KodsyGeorge Morcous

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