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Flexural performance of corroded RC beams strengthened with hybrid fiber reinforced polymers

机译:用杂交纤维增强聚合物强化腐蚀RC光束的弯曲性能

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摘要

The research program is aimed at investigating the effectiveness of application of good ductile hybrid fiber reinforced polymer (FRP) to upgrade corroded RC beams. A total of 5 RC beams are tested under flexural load, the results show that compared with the un-strengthened corroded RC beam, the crack, yield, maximum and ultimate load of corroded RC beam strengthened with hybrid FRP sheets is increased by 14%, 35%, 102% and 109% respectively, and the displacement ductility factor is only decreased by 11%, which indicate that the hybrid FRP sheets can improve significantly the flexural performance of corroded RC beam.
机译:该研究计划旨在调查良好的球墨生杂交纤维增强聚合物(FRP)升级腐蚀RC梁的应用的有效性。在弯曲载荷下进行了总共5个RC光束,结果表明,与未加强的腐蚀RC光束相比,用杂交FRP板材加强的腐蚀RC光束的裂缝,产量,最大和最终负载增加14%,分别为35%,102%和109%,位移延展因子仅减少11%,表明混合动力FRP板材可以显着提高腐蚀RC光束的弯曲性能。

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