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The objective of this study was to investigated the bond Characteristics between recycled fine aggregate concrete and deformed bars. Deformed bars position (i.e, vertical, horizontal) and the locations (i.e., 225㎜ and 75㎜) were considered as variable in this paper. Each specimen was in the form of a cube, with edges of 150㎜ in length and for the pull-out tests, a deformed bar, 16㎜ in diameter, was embedded in the center of each specimen. Base on the test results, the influences of deformed bars position on the bond strength between the recycled fine aggregate concrete and the deformed bars were investigated. Test results were compared with the bond strength requirement recommended by CEB-FIP code. It was found that the bond strength between the recycled fine aggregate concrete and deformed bars were influenced by both recycled fine aggregate concrete replacement ratios and positions of deformed bars. The reduction of bonded area at the soffit of horizontal reinforcement caused by concrete bleeding was observed in H type specimen. So, only V type and HB specimen satisfied the bond strength requirement recommended by CEB-FIP code.

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UCI(KEPA) : I410-ECN-0101-2010-540-001657776