This research investigated the overhang and shear capacity of a precast overhang system for potential use during the construction of bridges with precast overhang panels. The research was performed in three phases: the Phase 1 research including work specifically for the Rock Creek Bridge in Parker County, Texas; the Phase 2 research for general precast overhang panels, and; the Phase 3 research investigating the shear capacity. Grout material characteristics were also assessed for possible use in the haunch; constructability issues were also addressed
PDFTech ReportFHWA/VCTIR 15-R582670Precast concreteBridge decksStructural connectionPanelsPosttensio...
The importance of rapid construction technologies has been recognized by the Federal Highway Adminis...
Texas Dept. of Transportation Research and Technology Implementation Office contract no. 0-5367Prest...
746927238Technical report; Sept. 2007-Aug. 2009.PDFTech ReportFHWA/TX-11/0-6100-3Project 0-6100Bridg...
The precast channel bridge (PCB) is a short span bridge that was commonly used on Iowa’s secondary r...
2010PDFTech ReportOTCREOS7.1-31DTRT06-G-0016Bridge decksPrecast concretePrecast concrete pavementsPr...
Report on the existing concrete overlays in Texas and the results of laboratory research on the mate...
"The Texas Department of Transportation (TxDOT) is currently designing typical highway bridge struct...
Throughout the United States accelerated bridge construction is becoming increasingly popular to mee...
A study was initiated at South Dakota State College by Professor Emil R Hargett to determine the fea...
This research evaluates the use of precast, prestressed bridge deck panels on new and existing preca...
928067PDFTech ReportPretensioningConcreteGroutFluidityCorrosionCorrosion protectionAdmixturesBleedin...
285464451Final contract report.PDFTech ReportFHWA/VTRC 09-CR4Bridge decksPanelsPrecast concreteShear...
A number of countries have incorporated precast components in bridge superstructures and substructur...
"November 25, 1962.""Authorized Reprint from Highway Research Board Bulletin 307 National Academy of...
PDFTech ReportFHWA/VCTIR 15-R582670Precast concreteBridge decksStructural connectionPanelsPosttensio...
The importance of rapid construction technologies has been recognized by the Federal Highway Adminis...
Texas Dept. of Transportation Research and Technology Implementation Office contract no. 0-5367Prest...
746927238Technical report; Sept. 2007-Aug. 2009.PDFTech ReportFHWA/TX-11/0-6100-3Project 0-6100Bridg...
The precast channel bridge (PCB) is a short span bridge that was commonly used on Iowa’s secondary r...
2010PDFTech ReportOTCREOS7.1-31DTRT06-G-0016Bridge decksPrecast concretePrecast concrete pavementsPr...
Report on the existing concrete overlays in Texas and the results of laboratory research on the mate...
"The Texas Department of Transportation (TxDOT) is currently designing typical highway bridge struct...
Throughout the United States accelerated bridge construction is becoming increasingly popular to mee...
A study was initiated at South Dakota State College by Professor Emil R Hargett to determine the fea...
This research evaluates the use of precast, prestressed bridge deck panels on new and existing preca...
928067PDFTech ReportPretensioningConcreteGroutFluidityCorrosionCorrosion protectionAdmixturesBleedin...
285464451Final contract report.PDFTech ReportFHWA/VTRC 09-CR4Bridge decksPanelsPrecast concreteShear...
A number of countries have incorporated precast components in bridge superstructures and substructur...
"November 25, 1962.""Authorized Reprint from Highway Research Board Bulletin 307 National Academy of...
PDFTech ReportFHWA/VCTIR 15-R582670Precast concreteBridge decksStructural connectionPanelsPosttensio...
The importance of rapid construction technologies has been recognized by the Federal Highway Adminis...
Texas Dept. of Transportation Research and Technology Implementation Office contract no. 0-5367Prest...