This report addresses the methodology for determining the long-term behavior of bridge structures reinforced with fiber reinforced plastic (FRP) rods. In particular, a review of the existing literature on what has been done and what needs to be done for the development of accelerated test methods, with emphasis on mechanical loads, is presented. The focus of the report is on new, bonded FRP reinforcement for concrete bridge structures. Companion reports address stand-alone FRP systems subjected to mechanical loads, and stand-alone FRP and FRP-concrete systems subjected to environmental loads
015980562016PDFTech ReportMPC 16-304Bond strength (Materials)CompressionFiber reinforced polymersPol...
This study examines the design and testing of FRP composite strips designed for use as mechanically ...
103076061250715Final Report, June. 2002 - Dec. 2005PDFTech ReportOR06-014RI02-002Bond strength (Mate...
This report addresses the methodology for determining the long-term behavior of bridge structures re...
2013PDFTech ReportFiber reinforced polymersDurability testsBridge designField testsLaboratory testsR...
This paper presents an overview of a research program aimed at validating the effectiveness of stren...
Research has shown that many adjacent box beam bridges in Indiana experience premature deterioration...
This thesis describes laboratory testing, test results, and research to develop selected design reco...
Synopsis: The main objective of this study was to develop a nonferrous hybrid reinforcement system ...
2013PDFTech ReportCDOT-2013-1385.11Fiber reinforced polymersReinforced concrete bridgesBond strength...
In Volume 3 of the final report, research work conducted to investigate the behavior of fiber reinfo...
In recent years, fiber-reinforced polymer (FRP) composites have been widely used as a new type of hi...
PDFTech Report2015-082015-S-01Concrete bridgesFiber reinforced polymersReinforcement (Engineering)Ev...
Final reportPDFTech Reporthttps://recast.mst.edu/media/research/recast/documents/finalreports/FRP_Re...
To determine how environment affects the bond behavior of FRP reinforcement for concrete, FRP rods w...
015980562016PDFTech ReportMPC 16-304Bond strength (Materials)CompressionFiber reinforced polymersPol...
This study examines the design and testing of FRP composite strips designed for use as mechanically ...
103076061250715Final Report, June. 2002 - Dec. 2005PDFTech ReportOR06-014RI02-002Bond strength (Mate...
This report addresses the methodology for determining the long-term behavior of bridge structures re...
2013PDFTech ReportFiber reinforced polymersDurability testsBridge designField testsLaboratory testsR...
This paper presents an overview of a research program aimed at validating the effectiveness of stren...
Research has shown that many adjacent box beam bridges in Indiana experience premature deterioration...
This thesis describes laboratory testing, test results, and research to develop selected design reco...
Synopsis: The main objective of this study was to develop a nonferrous hybrid reinforcement system ...
2013PDFTech ReportCDOT-2013-1385.11Fiber reinforced polymersReinforced concrete bridgesBond strength...
In Volume 3 of the final report, research work conducted to investigate the behavior of fiber reinfo...
In recent years, fiber-reinforced polymer (FRP) composites have been widely used as a new type of hi...
PDFTech Report2015-082015-S-01Concrete bridgesFiber reinforced polymersReinforcement (Engineering)Ev...
Final reportPDFTech Reporthttps://recast.mst.edu/media/research/recast/documents/finalreports/FRP_Re...
To determine how environment affects the bond behavior of FRP reinforcement for concrete, FRP rods w...
015980562016PDFTech ReportMPC 16-304Bond strength (Materials)CompressionFiber reinforced polymersPol...
This study examines the design and testing of FRP composite strips designed for use as mechanically ...
103076061250715Final Report, June. 2002 - Dec. 2005PDFTech ReportOR06-014RI02-002Bond strength (Mate...