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SHEAR STRENGTH AND THREE DIMENSIONAL FAILURE OF RC BEAM WITH SUFFICIENT SHEAR REINFORCEMENT

机译:充分抗剪钢筋混凝土梁的抗剪强度和三维破坏

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摘要

The prevailing two dimensional truss model represents experimental results well when shear reinforcement yields. The model, however, has two weak points when shear reinforcement does not yield. First, flexual deformation of shear reinforcement affect shear failure after flexural yielding. Second, sub-ties affect shear strength before flexural yielding. This paper shows an analysis considering three dimentional failure and the upper bound theorem. The effect of sub-ties on shear strength is studied. The analytical strengths agreed with the experimental ones and with the shear strength equation presented in AIJ Design Guidelines (1997).The calculated three dimensional strain distribution also agreed with the observed crack pattern inside the specimens.
机译:当剪切钢筋屈服时,主要的二维桁架模型很好地表示了实验结果。但是,当不产生抗剪加固时,该模型有两个弱点。首先,抗剪钢筋的挠曲变形会影响挠曲屈服后的剪切破坏。第二,在弯曲屈服之前,子扎带会影响剪切强度。本文显示了考虑三个三维破坏和上限定理的分析。研究了子扎带对剪切强度的影响。分析强度与实验值和AIJ设计指南(1997)中提出的抗剪强度方程式吻合。计算出的三维应变分布也与样品内部观察到的裂纹模式吻合。

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