Faculty

Institution

Unit

Venue

Antoine E. Naaman

Emeritus Professor

University of Michigan

Affiliations

College of Engineering

Civil and Environmental Engineering

Antoine E. Naaman is currently serving as a Civil And Environmental Engineering Emeritus Professor at University of Michigan.

Honors

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Experiences

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Education

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Antoine E. Naaman

University of Michigan

Emeritus Professor

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structural engineering mechanical engineering materials science civil engineering engineering fibers mechanics of materials construction materials fiber reinforcement structural mechanics composite materials fiber-reinforced composites composite construction structural concrete concrete technology composite structures materials engineering structural materials cement-based construction material advanced materials fiber-reinforced cement composite structural analysis structural design advanced composite material (engineering) structural performance tribology structural safety mechanical behavior material research numerical simulations reinforcement material strength property structural integrity composite science structural systems building engineering fracture mechanics reinforced plastics steel research fiber science cement composites polymer composites ferrocement steel fibers friction high-performance fiber ultra-high-performance concrete fiber structure stressstrain analysis cementitious composites construction technology cementation mechanical deformation mechanical performance residual stress high-rate loading continuous-fibre composite structural reliability mechanical modeling sustainable composite high strain rate fragmentation effect elastic modulus fiber-reinforced concrete crack formation hpfrc composites tensile response bond slip fiber pullout bond behavior unbonded post-tensioning tendons prestressed concrete analysis vinyl alcohol pull-out behavior unbonded tendons fiber cement interfaces construction engineering high performance fiber

Notable Scholarly Works

Notable Federal Grants

Collaborators

Stress at Ultimate in Prestressed Unbonded Tendons: Assessment of Code Equations and Recommendation. ACI Structural Journal (2021)

Maha AlqamFadi M. AlkhairiAntoine E. Naaman

structural engineeringstructural analysiscode equationsunbonded tendonsengineering

An Improved Methodology for the Prediction of the Stress at Ultimate in Unbonded Internal and External Steel Tendons. Arabian Journal for Science and Engineering (2020)

Maha AlqamFadi AlkhairiAntoine Naaman

materials sciencefrictionstructural engineeringstressstrain analysismechanical propertiesresidual stressnumerical simulationsmetalsexternal steel tendonsdeformationmechanical engineeringmechanical behaviormechanics of materialsstrength propertyfracture mechanicssolid mechanicsimproved methodologymicrostructure-strength relationshipengineering

Fiber Reinforced Concrete: Five Decades of Progress. Proceedings of the 4th Brazilian Conference on Composite Materials (2018)

Antoine E. Naaman

materials sciencestructural engineeringfiber-reinforced compositesconstruction materialssustainable compositemechanical engineeringcomposite structuresfiber-reinforced cement compositecomposite materialsstructural materialsstructural concretecivil engineeringfiber reinforcementadvanced materialsadvanced composite material (engineering)composite technologycomposite constructionfibers

Pull-out Behavior of Straight Steel Fibers From Asphalt Binder. Construction and Building Materials (2017)

Philip ParkSherif El-TawilAntoine E. Naaman

materials sciencestructural engineeringcivil engineeringpull-out behaviorfibersconstruction engineeringstraight steel fibersconstruction materialsmaterial researchmaterials engineeringbuilding designstructural mechanicsconstruction technologymechanical engineeringtribologyfiber reinforcementfiber sciencemechanics of materialsbuilding technologyasphalt binderbuilding engineering

Direct Tensile Behavior of Ultra High Performance Fiber Reinforced Concrete (Uhp-Frc) at High Strain Rates. Cement and Concrete Research (2016)

Sukhoon PyoSherif El-TawilAntoine E. Naaman

materials sciencestructural engineeringmechanical propertiescivil engineeringreinforced plasticsadvanced composite material (engineering)fibersconstruction materialsadvanced materialsmechanical testingdirect tensile behaviormechanical engineeringmechanical behaviorstructural materialsstructural concretemechanical performancestructural plasticitystructural performancelayered materials

Thin Trc Products. Elsevier eBooks (2016)

A.E. Naaman

thin filmsmaterials sciencethin trc products

Cracking Resistance of Fiber Reinforced Asphalt Concrete at −20 °C. Construction and Building Materials (2015)

Philip ParkSherif El-TawilSang-Yeol ParkAntoine E. Naaman

materials sciencefrictionstructural engineeringcivil engineeringasphalt concreteconstruction engineeringconstruction materialsmaterials engineeringstructural mechanicsconstruction technologyconcrete technologymechanical engineeringcrack formationtribologyfiber reinforcementmechanics of materialsbuilding technologythermal engineeringbuilding engineering

Dynamic Impact Factors of Strain Hardening Uhp-Frc Under Direct Tensile Loading at Low Strain Rates. Materials and Structures (2015)

K. WilleM. XuS. El-TawilA. E. Naaman

materials sciencestructural engineeringmechanical engineeringmaterials engineeringsolid mechanicsstructural mechanicsdynamic impact factorslow strain ratescivil engineeringmechanics of materials

Properties of Strain Hardening Ultra High Performance Fiber Reinforced Concrete (Uhp-Frc) Under Direct Tensile Loading. Cement and Concrete Composites (2014)

K. WilleS. El-TawilA.E. Naaman

materials sciencestructural engineeringconcrete technologymechanical propertiesmechanical engineeringreinforcement materialmaterials engineeringstructural mechanicscement-based construction materialcivil engineeringtribologyfiber reinforcementdirect tensile loadingcomposite construction

Strain Rate Dependent Properties of Ultra High Performance Fiber Reinforced Concrete (Uhp-Frc) Under Tension. Cement and Concrete Composites (2014)

Sukhoon PyoKay WilleSherif El-TawilAntoine E. Naaman

construction engineeringmaterials sciencestructural engineeringfiber-reinforced compositesconstruction materialsconcrete technologymechanical engineeringmaterials engineeringcomposite materialsstructural mechanicscement-based construction materialstructural concretecivil engineeringcementationfiber reinforcementbuilding engineering

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Antoine E. Naaman

Emeritus Professor

University of Michigan

Affiliations

College of Engineering

Civil and Environmental Engineering

Antoine E. Naaman is currently serving as a Civil And Environmental Engineering Emeritus Professor at University of Michigan.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Antoine E. Naaman

University of Michigan

Emeritus Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Stress at Ultimate in Prestressed Unbonded Tendons: Assessment of Code Equations and Recommendation. ACI Structural Journal (2021)

Maha AlqamFadi M. AlkhairiAntoine E. Naaman

structural engineeringstructural analysiscode equationsunbonded tendonsengineering

An Improved Methodology for the Prediction of the Stress at Ultimate in Unbonded Internal and External Steel Tendons. Arabian Journal for Science and Engineering (2020)

Maha AlqamFadi AlkhairiAntoine Naaman

Fiber Reinforced Concrete: Five Decades of Progress. Proceedings of the 4th Brazilian Conference on Composite Materials (2018)

Antoine E. Naaman

Pull-out Behavior of Straight Steel Fibers From Asphalt Binder. Construction and Building Materials (2017)

Philip ParkSherif El-TawilAntoine E. Naaman

Direct Tensile Behavior of Ultra High Performance Fiber Reinforced Concrete (Uhp-Frc) at High Strain Rates. Cement and Concrete Research (2016)

Sukhoon PyoSherif El-TawilAntoine E. Naaman

Thin Trc Products. Elsevier eBooks (2016)

A.E. Naaman

thin filmsmaterials sciencethin trc products

Cracking Resistance of Fiber Reinforced Asphalt Concrete at −20 °C. Construction and Building Materials (2015)

Philip ParkSherif El-TawilSang-Yeol ParkAntoine E. Naaman

Dynamic Impact Factors of Strain Hardening Uhp-Frc Under Direct Tensile Loading at Low Strain Rates. Materials and Structures (2015)

K. WilleM. XuS. El-TawilA. E. Naaman

materials sciencestructural engineeringmechanical engineeringmaterials engineeringsolid mechanicsstructural mechanicsdynamic impact factorslow strain ratescivil engineeringmechanics of materials

Properties of Strain Hardening Ultra High Performance Fiber Reinforced Concrete (Uhp-Frc) Under Direct Tensile Loading. Cement and Concrete Composites (2014)

K. WilleS. El-TawilA.E. Naaman

Strain Rate Dependent Properties of Ultra High Performance Fiber Reinforced Concrete (Uhp-Frc) Under Tension. Cement and Concrete Composites (2014)

Sukhoon PyoKay WilleSherif El-TawilAntoine E. Naaman

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construction engineering

concrete technology

Royce Floyd

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construction engineering

concrete technology

Sami Rizkalla

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construction engineering

structural concrete

Jeffery Volz

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concrete technology

fiber-reinforced cement composite

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mechanical engineering

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geomechanics

soil dynamic

Lesley Sneed

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marine structure

structural mechanics

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composite material