In Volume 4 of the final report, the results of an evaluation of the bond performance of epoxy-coated bars with a coating thickness up to 18 mils are presented. The experimental work on the bond performance of epoxy-coated bars with thickness up to 18 mils indicates that the current AASHTO requirements for development length of epoxy-coated bars up to #8 could be safely extended to coating thickness of up to 18 mils. Thus, no change to the bond specifications is recommended in order to implement the use of bars with diameters up to a #8 with epoxy-coating thickness up to 18 mils
The primary maintenance problem with bridges in Indiana has been deterioration of the concrete deck ...
NO. 19 [NO. 61 REINFORCING.iBARS ASTM A 944 beam-end specimens are used to evaluate the relative bon...
In this study, the results of an extensive field and laboratory investigation conducted to evaluate ...
The effects of coating thickness, deformation pattern, and bar size on the reduction in bond strengt...
In Volume 3 of the final report, research work conducted to investigate the behavior of fiber reinfo...
The objective of this dissertation was to determine design recommendations for bond of epoxy-coated ...
The effects of coating thickness, deformation pattern, and bar size on the reduction in bond strengt...
The results of this study were implemented in the form of design recommendations for bond of epoxy-c...
In Volume 1 of the final report, the identification of performance levels and parameters, and the de...
The effects of coating thickness, deformation pattern, and bar size on the reduction in bond strengt...
ASTM A 944 beam-end specimens are used to evaluate the relative bond strength of epoxycoated No. 19 ...
The effects of coating thickness, deformation pattern, and bar size on the reduction in bond strengt...
Thirty-four slab specimens with splices and transverse steel were tested in the laboratory to evalua...
The deterioration of bridge decks is a problem typically associated with the corrosion of the reinfo...
2018PDFTech ReportFHWA-ICT-18-004R27-SP35Reinforcing barsBridge decksEpoxy coatingsPavement cracking...
The primary maintenance problem with bridges in Indiana has been deterioration of the concrete deck ...
NO. 19 [NO. 61 REINFORCING.iBARS ASTM A 944 beam-end specimens are used to evaluate the relative bon...
In this study, the results of an extensive field and laboratory investigation conducted to evaluate ...
The effects of coating thickness, deformation pattern, and bar size on the reduction in bond strengt...
In Volume 3 of the final report, research work conducted to investigate the behavior of fiber reinfo...
The objective of this dissertation was to determine design recommendations for bond of epoxy-coated ...
The effects of coating thickness, deformation pattern, and bar size on the reduction in bond strengt...
The results of this study were implemented in the form of design recommendations for bond of epoxy-c...
In Volume 1 of the final report, the identification of performance levels and parameters, and the de...
The effects of coating thickness, deformation pattern, and bar size on the reduction in bond strengt...
ASTM A 944 beam-end specimens are used to evaluate the relative bond strength of epoxycoated No. 19 ...
The effects of coating thickness, deformation pattern, and bar size on the reduction in bond strengt...
Thirty-four slab specimens with splices and transverse steel were tested in the laboratory to evalua...
The deterioration of bridge decks is a problem typically associated with the corrosion of the reinfo...
2018PDFTech ReportFHWA-ICT-18-004R27-SP35Reinforcing barsBridge decksEpoxy coatingsPavement cracking...
The primary maintenance problem with bridges in Indiana has been deterioration of the concrete deck ...
NO. 19 [NO. 61 REINFORCING.iBARS ASTM A 944 beam-end specimens are used to evaluate the relative bon...
In this study, the results of an extensive field and laboratory investigation conducted to evaluate ...