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Assessment on Tension Bar Lap Splices of Concrete Reinforcement Steel

机译:张力钢筋搭接混凝土加固钢钢筋搭接评估

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Splicing rebar with lap splices must be done in its implementation due to the influence on the methods of implementation and the availability of existing reinforcing steel length.Lap splices length (Id) serves to channel the force borne by the steel reinforcement.Lap splices length testing conducted to determine the distribution of force occurs.The test specimen lap splice using a class B which is 1.3 Id with concrete covers at least 3 cm.By using an experimental study in which the use of reinforcing steel D-10 with a lap splices length of 1.3 Id by 43 cm, 1.2 Id by 40 cm using K-400 concrete and calculation analysis produces the lap splices length 27 cm and 30 cm use quality of concrete K-400 and K-450.Tests using the tensile test equipment (Universal Testing Machine) in laboratory B2TKS BPPT.Results from this study is the length of the lap splices of 1.3 Id and 1.2 Id use quality of concrete K-400 is able to meet the mechanical properties of reinforcing steel for the collapse occurred in the reinforcing steel.With lap splices length 27 cm and 30 cm using quality of concrete K-400 occur in lap splice collapse after passing the yield stress of reinforcing steel 40 kg/mm2.While the lap splices length 27 cm and 30 cm using the quality of concrete K-450 collapse there are a difference between the test specimens due to the tension that occur closer to the ultimate stress of rebar's at 57 kg / mm2
机译:由于对实现方法的影响和现有的加强钢长度的可用性,必须在其实施中进行拼接钢筋。液夹长度(ID)用于通过钢钢筋沟通的钢筋搭接。进行以确定力的分布发生。试样使用B类的试样搭接接头,该B级具有1.3 ID,其中混凝土覆盖至少3cm。使用实验研究,其中使用加强钢D-10具有搭接搭扣长度使用K-400混凝土和计算分析将1.3 ID×43厘米,1.2件ID×40厘米产生液体搭扣长度27厘米和30厘米的使用混凝土K-400和K-450.Tests(Universal测试机器)在实验室B2TKS BPPT.Results从本研究中是1.3 ID和1.2 ID的液体接头的长度,混凝土k-400的使用质量能够满足膨胀钢的钢筋机械性能在加强钢中,在通过加强钢的屈服应力的轧件折叠后,使用混凝土k-400质量的搭接27cm和30cm,在加强钢40 kg / mm2的屈服应力之后发生搭扣。搭接折叠长度为27厘米和30厘米使用混凝土的质量K-450崩溃,试样由于钢筋最终应力发生在57千克/ mm2的张力而导致的张力之间存在差异

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