Faculty

Institution

Unit

Venue

Peter Taylor

Director CP Tech Center Research Professor Civil Construction and Environmental Engineering

Iowa State University

Affiliations

College of Engineering

Civil, Construction and Environmental Engineering

Peter Taylor is currently serving as a Civil, Construction And Environmental Engineering Director CP Tech Center Research Professor Civil Construction and Environmental Engineering at Iowa 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

Peter Taylor

Iowa State University

Director CP Tech Center Research Professor Civil Construction and Environmental Engineering

You can click a keyword to filter the displayed items

civil engineering concrete technology engineering materials science construction engineering materials engineering transportation engineering thermal engineering structural engineering construction materials building engineering transportation research construction technology electrical engineering infrastructure engineering transportation planning transport infrastructure heat transfer geotechnical engineering building technology conductive concrete built environment concrete pavements sustainable construction material research vehicular technology building design sensor technology composite science urban heat mitigation concrete mixtures bridge engineering transportation systems mixture analysis internal curing ternary mixtures slag cement architectural engineering environmental technology additive manufacturing tribology cementation benchmark studies material performance cement-based construction material traffic engineering residual stress sensor design self-consolidating concrete joint deterioration hardened properties performance properties manufacturing technology advanced energy material material chemistry electronic materials sustainable development architectural technology monitoring technology cement manufacture arctic engineering sustainable transport thermal conductivity surface finish deterioration modeling structural performance material preparation full-scale implementation pavement system paste-to-voids volume ratio slip-form paving salt-scaling resistance concrete pavement surface engineering sensor health sensor applications construction management structural concrete

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessment of Rheological and Toughening Behavior of Basalt Fiber Sprayed Cementitious Composites (Bfscc). Construction and Building Materials (2024)

Pengfei SongXuhao WangYuan WangPeter TaylorCheng LiQiang SunYonggang Ma

thermal engineeringconstruction engineeringmechanical engineeringcomposite materialscomposite constructioncementitious compositesengineeringcomposite technologybuilding technologyconcrete technologymaterials engineeringconstruction technologyfibersbuilding designcomposite sciencebuilding engineeringrheologyconstruction materialsmaterials science

Development of Practical Approaches to Quantify Pavement Thermophysical Properties: An Energy-Conserving Engineering Demonstration. Journal of Materials in Civil Engineering (2024)

Pengfei SongXuhao WangYonggang MaJames AllemanPeter TaylorChenyi Zhang

thermophysical propertiesenergy-conserving engineering demonstrationthermophysicsengineeringpavement thermophysical propertiescivil engineeringthermal analysishighway pavements

Influence of Electrode Placement Depth on Thermal Performance of Electrically Conductive Concrete: Significance of Threshold Voltage for Long-Term Stability. Construction and Building Materials (2024)

Md Lutfor RahmanHalil CeylanSunghwan KimPeter C. Taylor

thermal engineeringconstruction engineeringconstruction managementheat transferbuilt environmentengineeringmaterial researchbuilding technologyconcrete technologythreshold voltageelectrode placement depthmaterials engineeringmicrowave technologyconstruction technologylong-term stabilityelectrical engineeringthermal performancebuilding designthermal conductivitybuilding engineeringconductive concreteconstruction materialsmaterials science

Preliminary Investigation Into Using Resistance Techniques to Assess Concrete Curing. Transportation Research Record Journal of the Transportation Research Board (2024)

Etienne Beya NkongoloDan KingPeter TaylorJohn T. Kevern

preliminary investigationconcrete curingengineeringtransportation researchcivil engineeringconcrete technologytransportation engineeringresistance techniquesmaterials science

Superabsorbent Polymers for Internal Curing Concrete: An Additional Review on Characteristics, Effects, and Applications. Materials (2024)

Bo ZhouKejin WangPeter C. TaylorYucun Gu

polymer scienceadvanced materialscoatingsmaterial researchcivil engineeringsuperabsorbent polymersinternal curing concreteconcrete technologyadditional reviewconstruction materialsmaterials science

Survival Analysis for Concrete Pavement Service Life Assessment. Rilem bookseries (2024)

Daniel KingPeter Taylor

service life predictionlife assessmentengineeringcivil engineeringsurvival analysishighway pavementsreliability engineering

Concrete Overlay Strategies for Improving Pavement Resilience. Transportation Research Record Journal of the Transportation Research Board (2023)

Daniel KingPeter Taylor

transportation planningpavement resilienceinfrastructure engineeringconstruction engineeringengineeringtransportation researchcivil engineeringenvironmental engineeringconcrete technologytransportation engineeringconcrete overlay strategies

Hydration of Portland Cement and Slag Cement Mixtures With Insights on Afm Phases and Reaction Mechanism. (2023)

Mohsen Torabi DizajiPeter C. Taylor

reaction mechanismafm phasesconstruction engineeringslag cement mixturesportland cementmaterials science

Identifying the Best Mixing Procedure Practice for Ready-MIX Concrete Plant Production of Carbon Fibre Reinforced Electrically Conductive Concrete. International Journal of Pavement Engineering (2023)

Md Lutfor RahmanAmir MalakootiHalil CeylanSunghwan KimPeter C. Taylor

materials engineeringconstruction engineeringengineeringcivil engineeringconcrete technologymaterial preparationcarbon fibrematerials science

Increase in Concrete Air Content Due to Excessive Internal Vibration. Journal of Materials in Civil Engineering (2023)

Xin WangXuhao WangSeyehamed SadatiKejin WangPeter TaylorTodd Sirotiak

materials engineeringvibrationsengineeringcivil engineeringconcrete air contentconcrete technologyexcessive internal vibrationmaterials science

1
2
3
4
5
14
10 / page

Peter Taylor

Director CP Tech Center Research Professor Civil Construction and Environmental Engineering

Iowa State University

Affiliations

College of Engineering

Civil, Construction and Environmental Engineering

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Peter Taylor

Iowa State University

Director CP Tech Center Research Professor Civil Construction and Environmental Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessment of Rheological and Toughening Behavior of Basalt Fiber Sprayed Cementitious Composites (Bfscc). Construction and Building Materials (2024)

Pengfei SongXuhao WangYuan WangPeter TaylorCheng LiQiang SunYonggang Ma

Development of Practical Approaches to Quantify Pavement Thermophysical Properties: An Energy-Conserving Engineering Demonstration. Journal of Materials in Civil Engineering (2024)

Pengfei SongXuhao WangYonggang MaJames AllemanPeter TaylorChenyi Zhang

thermophysical propertiesenergy-conserving engineering demonstrationthermophysicsengineeringpavement thermophysical propertiescivil engineeringthermal analysishighway pavements

Md Lutfor RahmanHalil CeylanSunghwan KimPeter C. Taylor

Preliminary Investigation Into Using Resistance Techniques to Assess Concrete Curing. Transportation Research Record Journal of the Transportation Research Board (2024)

Etienne Beya NkongoloDan KingPeter TaylorJohn T. Kevern

preliminary investigationconcrete curingengineeringtransportation researchcivil engineeringconcrete technologytransportation engineeringresistance techniquesmaterials science

Superabsorbent Polymers for Internal Curing Concrete: An Additional Review on Characteristics, Effects, and Applications. Materials (2024)

Bo ZhouKejin WangPeter C. TaylorYucun Gu

polymer scienceadvanced materialscoatingsmaterial researchcivil engineeringsuperabsorbent polymersinternal curing concreteconcrete technologyadditional reviewconstruction materialsmaterials science

Survival Analysis for Concrete Pavement Service Life Assessment. Rilem bookseries (2024)

Daniel KingPeter Taylor

service life predictionlife assessmentengineeringcivil engineeringsurvival analysishighway pavementsreliability engineering

Concrete Overlay Strategies for Improving Pavement Resilience. Transportation Research Record Journal of the Transportation Research Board (2023)

Daniel KingPeter Taylor

Hydration of Portland Cement and Slag Cement Mixtures With Insights on Afm Phases and Reaction Mechanism. (2023)

Mohsen Torabi DizajiPeter C. Taylor

reaction mechanismafm phasesconstruction engineeringslag cement mixturesportland cementmaterials science

Md Lutfor RahmanAmir MalakootiHalil CeylanSunghwan KimPeter C. Taylor

materials engineeringconstruction engineeringengineeringcivil engineeringconcrete technologymaterial preparationcarbon fibrematerials science

Increase in Concrete Air Content Due to Excessive Internal Vibration. Journal of Materials in Civil Engineering (2023)

Xin WangXuhao WangSeyehamed SadatiKejin WangPeter TaylorTodd Sirotiak

materials engineeringvibrationsengineeringcivil engineeringconcrete air contentconcrete technologyexcessive internal vibrationmaterials science

1
2
3
4
5
14
10 / page

Similar Faculty Members

Xinbao Yu

Institution

University of Texas at Arlington

numerical simulations

geomechanics

Behrouz Shafei

Institution

Iowa State University

natural disaster

disaster risk reduction

Halil Ceylan

Institution

Iowa State University

infrastructure engineering

recycled materials

Kejin Wang

Institution

Iowa State University

ultra-high-performance concrete

composite material

David Fowler

Institution

University of Texas at Austin

structural material

structural concrete

Jason Ideker

Institution

Oregon State University

cement-based construction material

concrete technology

Hota GangaRao

Institution

West Virginia University

composite material

structural material

George Morcous

Institution

University of Nebraska–Lincoln

bridge engineering

ultra-high-performance concrete

Nizar Lajnef

Institution

Michigan State University

structural health monitoring

damage detection algorithms

Qing Lu

Institution

University of South Florida

sustainable pavement engineering

sustainable design

Similar Faculty Members

Xinbao Yu

Institution

University of Texas at Arlington

numerical simulations

geomechanics

Behrouz Shafei

Institution

Iowa State University

natural disaster

disaster risk reduction

Halil Ceylan

Institution

Iowa State University

infrastructure engineering

recycled materials

Kejin Wang

Institution

Iowa State University

ultra-high-performance concrete

composite material

David Fowler

Institution

University of Texas at Austin

structural material

structural concrete

Jason Ideker

Institution

Oregon State University

cement-based construction material

concrete technology

Hota GangaRao

Institution

West Virginia University

composite material

structural material

George Morcous

Institution

University of Nebraska–Lincoln

bridge engineering

ultra-high-performance concrete

Nizar Lajnef

Institution

Michigan State University

structural health monitoring

damage detection algorithms

Qing Lu

Institution

University of South Florida

sustainable pavement engineering

sustainable design