Faculty

Institution

Unit

Venue

Robert J. Peterman

Professor

Kansas State University

Affiliations

Carl R. Ice College of Engineering

Department of Civil Engineering

Robert J. Peterman is currently serving as a Carl R. Ice College Of Engineering Professor at Kansas State University.

Honors

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Experiences

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Education

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Robert J. Peterman

Kansas State University

Professor

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structural engineering civil engineering materials science engineering concrete technology mechanical engineering construction engineering materials engineering composite construction building engineering structural mechanics bridge engineering construction materials composite science transportation engineering rail transport transfer length fiber reinforcement construction technology transportation research composite materials deformation flexural capacity development length building technology structural analysis prestressed concrete members transfer lengths tribology composite structures polymer composites composite technology structural performance optical sensors compressive strength railroad crosstie production fibers reliability engineering infrastructure engineering real-time monitoring transportation planning knot theory fiber-reinforced composites optical engineering measurement systems bond characteristics strand bond wire type laser-speckle imaging device indented prestressing wires concrete release strength reinforced plastics precision engineering advanced fiber material computer-aided design structural optimization structural control acoustical engineering glass fiber decision procedures reconstruction techniques quality assurance laser science testing technique nondestructive testing testability safety testing bridge design transport infrastructure remote monitoring monitoring technology dimensioning and tolerancing structural design composite systems acoustic emission monitoring glass fiber-reinforced composites structural testing structural concrete structural safety experimental evaluation time-dependent deformations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Development and Verification of a Moment-Curvature Based Railroad Tie Analysis Program. (2022)

Yu-Szu ChenChristopher A. JonesRobert J. Peterman

applied mathematicsformal methods

Effect of Prestressing Wire Indent Geometry on Transfer Length and Tie Splitting Propensity. (2022)

B. Terry BeckAaron A. RobertsonRobert J. Peterman

tie splitting propensitywire indent geometryengineeringtransfer length

Estimating Uncertainties in Concrete Monoblock Railroad Tie Flexural Behavior Through Monte Carlo Simulation. (2022)

Yu-Szu ChenChristopher JonesRobert Peterman

uncertainty analysisrail transportengineeringcivil engineeringuncertainty quantificationmonte carlo simulation

Experimental Flexural Testing of Virgin and Post-Service Concrete Monoblock Tie for Computational Tool Development. (2022)

Yu-Szu ChenRobert J. PetermanChristopher A. Jones

computational tool developmentexperimental flexural testingengineering

Influence of Granite Aggregate on Longitudinal Splitting in Prestressed Concrete Members. Road and rail infrastructure (2022)

Adrijana SavicRobert Peterman

granite aggregatebuilding engineeringlongitudinal splittinginfrastructure engineeringprestressed concrete membersconstruction engineeringengineeringcivil engineeringstructural engineeringcomposite constructionconcrete technologyconstruction materialsmaterials science

Proposed Qualification Test Procedure to Identify Prestressed Concrete Ties That May Be Susceptible to End-Splitting Cracks. (2021)

Adrijana SavicB. Terry BeckRobert J. Peterman

qualification test procedureprestressed concrete tiesconstruction engineeringstructural engineeringcivil engineeringcomposite constructionend-splitting cracksconcrete technologymaterials science

Adrijana SavićRobert J. PetermanB. Terry Beck

materials engineeringqualification test procedurestructural mechanicsengineeringmechanical engineeringstructural engineeringcomposite constructionpretensioned concrete membersconcrete technologyapplied physics

The Influence of Concrete Cover, Type of Wire Indentation and Concrete MIX on Bond Between Steel and Concrete in Prismatic Prestressed Concrete Members. Advanced engineering forum (2021)

Adrijana SavićAref Shafiei DastgerdiTerry BeckRobert J. PetermanAaron Robertson

wire indentationconstruction engineeringengineeringconcrete coverstructural engineeringcivil engineeringcomposite constructionconcrete technologyconcrete mix

The Influence of Different Type of Aggregate, Fly Ash and Fiber-Reinforced Polymer on Splitting Resistance in Pretensioned Concrete Railroad Ties. IMK-14 - Istrazivanje i razvoj (2021)

Adrijana SavićRobert Peterman

thermal engineeringmechanical engineeringfiber-reinforced compositesfiber-reinforced polymerengineeringstructural performanceconcrete technologymaterials engineeringfiber reinforcementstructural engineeringpolymer materialspolymer compositescomposite sciencebuilding engineeringstructural mechanicsmechanics of materialscorrosionconstruction materialsmaterials science

The Influence of Wire Type Indentation on Longitudinal Splitting in Pre-Stressed Concrete. Advanced materials research (2021)

Adrijana SavićAref Shafiei DastgerdiRobert J. PetermanB. Terry Beck

materials engineeringcomposite sciencebuilding engineeringlongitudinal splittingadvanced materialsstructural mechanicswire type indentationengineeringmaterial researchpre-stressed concretecivil engineeringstructural engineeringcomposite constructionconcrete technologyconstruction materialsmaterials science

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Robert J. Peterman

Professor

Kansas State University

Affiliations

Carl R. Ice College of Engineering

Department of Civil Engineering

Robert J. Peterman is currently serving as a Carl R. Ice College Of Engineering Professor at Kansas 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

Robert J. Peterman

Kansas State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Development and Verification of a Moment-Curvature Based Railroad Tie Analysis Program. (2022)

Yu-Szu ChenChristopher A. JonesRobert J. Peterman

applied mathematicsformal methods

Effect of Prestressing Wire Indent Geometry on Transfer Length and Tie Splitting Propensity. (2022)

B. Terry BeckAaron A. RobertsonRobert J. Peterman

tie splitting propensitywire indent geometryengineeringtransfer length

Estimating Uncertainties in Concrete Monoblock Railroad Tie Flexural Behavior Through Monte Carlo Simulation. (2022)

Yu-Szu ChenChristopher JonesRobert Peterman

uncertainty analysisrail transportengineeringcivil engineeringuncertainty quantificationmonte carlo simulation

Experimental Flexural Testing of Virgin and Post-Service Concrete Monoblock Tie for Computational Tool Development. (2022)

Yu-Szu ChenRobert J. PetermanChristopher A. Jones

computational tool developmentexperimental flexural testingengineering

Influence of Granite Aggregate on Longitudinal Splitting in Prestressed Concrete Members. Road and rail infrastructure (2022)

Adrijana SavicRobert Peterman

Proposed Qualification Test Procedure to Identify Prestressed Concrete Ties That May Be Susceptible to End-Splitting Cracks. (2021)

Adrijana SavicB. Terry BeckRobert J. Peterman

qualification test procedureprestressed concrete tiesconstruction engineeringstructural engineeringcivil engineeringcomposite constructionend-splitting cracksconcrete technologymaterials science

Adrijana SavićRobert J. PetermanB. Terry Beck

The Influence of Concrete Cover, Type of Wire Indentation and Concrete MIX on Bond Between Steel and Concrete in Prismatic Prestressed Concrete Members. Advanced engineering forum (2021)

Adrijana SavićAref Shafiei DastgerdiTerry BeckRobert J. PetermanAaron Robertson

wire indentationconstruction engineeringengineeringconcrete coverstructural engineeringcivil engineeringcomposite constructionconcrete technologyconcrete mix

The Influence of Different Type of Aggregate, Fly Ash and Fiber-Reinforced Polymer on Splitting Resistance in Pretensioned Concrete Railroad Ties. IMK-14 - Istrazivanje i razvoj (2021)

Adrijana SavićRobert Peterman

The Influence of Wire Type Indentation on Longitudinal Splitting in Pre-Stressed Concrete. Advanced materials research (2021)

Adrijana SavićAref Shafiei DastgerdiRobert J. PetermanB. Terry Beck

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Similar Faculty Members

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optical measurements

mechanical engineering

Hayder A. Rasheed

Institution

Kansas State University

structural integrity

structural health monitoring

Jovan Tatar

Institution

University of Delaware

bridge engineering

ultra-high-performance concrete

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engineering

construction engineering

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Nasim Uddin

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