This report summarizes the experience from existing bridge deck and bridge deck overlay construction projects that have employed fiber-reinforced concrete (FRC) materials. Included within this report is a summary of the laboratory and field performance of various FRC bridge decks along with key test methods and specification language developed by state departments of transportation. This document is a companion report to Fiber-Reinforced Concrete for Pavement Overlays: Technical Overview, which summarizes the state of the art regarding different fiber types, test methods, structural design, and the construction modifications required to accommodate FRC materials in concrete overlay
2017Final ReportPDFTech ReportFHWA/OH-2017/44SJN 135260Bridge decksBridgesCrackingEpoxy coatingsFibe...
Bridge deck crack surveys were performed on twelve bridges on US-59 south of Lawrence, KS to determi...
This thesis describes laboratory testing, test results, and research to develop selected design reco...
This report summarizes the state of the art regarding different fiber types, test methods, structura...
Concrete overlays are highly susceptible to cracking due to the large surface area that is exposed t...
Concrete overlays are highly susceptible to cracking due to the large surface area that is exposed t...
Concrete overlays are highly susceptible to cracking due to the large surface area that is exposed t...
While concrete decks are often used in bridge structures because of their strength and durability, ...
PDFTech ReportK-TRAN: KU-11-8C1872Bridge decksReinforced concrete bridgesCondition surveysHigh perfo...
36846870Final report.May 1993Jan. 1997.PDFTech ReportFHWA/VTRC 97-R15VirginiaVirginia Transportation...
PDFTech ReportExperimental Features Project No. OR 90-01Tensile strengthCrackingLatexLatex modified ...
Concrete is made of multiple ingredients that begin in a plastic phase and become solid over time. A...
587603980PDFTech Reporthttp://bibpurl.oclc.org/web/39457CA09-0632DRI Research Task No. 063265A0201Ca...
2018PDFTech ReportFHWA/AZ-18-705SPR 000-1(181) 705Reinforced concreteFiber reinforced materialsBridg...
PDFTech ReportFHWA/VTRC 17-R15103752Fiber reinforced concreteBridge decksJoints (Engineering)High pe...
2017Final ReportPDFTech ReportFHWA/OH-2017/44SJN 135260Bridge decksBridgesCrackingEpoxy coatingsFibe...
Bridge deck crack surveys were performed on twelve bridges on US-59 south of Lawrence, KS to determi...
This thesis describes laboratory testing, test results, and research to develop selected design reco...
This report summarizes the state of the art regarding different fiber types, test methods, structura...
Concrete overlays are highly susceptible to cracking due to the large surface area that is exposed t...
Concrete overlays are highly susceptible to cracking due to the large surface area that is exposed t...
Concrete overlays are highly susceptible to cracking due to the large surface area that is exposed t...
While concrete decks are often used in bridge structures because of their strength and durability, ...
PDFTech ReportK-TRAN: KU-11-8C1872Bridge decksReinforced concrete bridgesCondition surveysHigh perfo...
36846870Final report.May 1993Jan. 1997.PDFTech ReportFHWA/VTRC 97-R15VirginiaVirginia Transportation...
PDFTech ReportExperimental Features Project No. OR 90-01Tensile strengthCrackingLatexLatex modified ...
Concrete is made of multiple ingredients that begin in a plastic phase and become solid over time. A...
587603980PDFTech Reporthttp://bibpurl.oclc.org/web/39457CA09-0632DRI Research Task No. 063265A0201Ca...
2018PDFTech ReportFHWA/AZ-18-705SPR 000-1(181) 705Reinforced concreteFiber reinforced materialsBridg...
PDFTech ReportFHWA/VTRC 17-R15103752Fiber reinforced concreteBridge decksJoints (Engineering)High pe...
2017Final ReportPDFTech ReportFHWA/OH-2017/44SJN 135260Bridge decksBridgesCrackingEpoxy coatingsFibe...
Bridge deck crack surveys were performed on twelve bridges on US-59 south of Lawrence, KS to determi...
This thesis describes laboratory testing, test results, and research to develop selected design reco...