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Determination of inclination of strut and shear strength using variable angle truss model for shear-critical RC beams

机译:变临界桁架梁的变角桁架模型确定支撑杆的倾角和抗剪强度

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This paper attempts to determine the inclination of the compression strut within variable angle truss models for RC beams loaded in shear-flexure through a proposed semi-analytical approach. A truss unit is used to analyze a reinforced concrete beam, by the principle of virtual work under the truss analogy. The inclination of the compression strut is then theoretically derived. The concrete contribution is addressed by utilizing the compatibility condition within each truss unit. Comparisons are made between the predicted and published experimental results of the seventy one RC beams with respect to the shear strength and the inclined angle of the compression strut at this state to investigate the adequacy of the proposed semi-analytical approach.
机译:本文试图通过提出的半解析分析方法来确定剪力-弯曲荷载作用下的RC梁在可变角度桁架模型中的压杆倾斜度。根据桁架类比的虚拟工作原理,使用桁架单元分析钢筋混凝土梁。然后从理论上推导出压缩支柱的倾斜度。通过利用每个桁架单元内的兼容性条件来解决具体的贡献。在此状态下,对71个RC梁的预测结果和已发布的实验结果进行了比较,其抗剪强度和压缩支柱的倾斜角度进行了比较,从而研究了所提出的半分析方法的适当性。

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