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Calculating Analysis of Reinforcing Layer Utilization on Stone Arch Bridge Strengthened by Composite Main Arch Circle Method

机译:复合主拱圈法加固石拱桥加固层利用的计算分析。

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The calculation formulas for concrete and steel utilization rate of reinforcing layer have been deduced, in view of the underutilization of reinforcing layer material by composite main arch circle method.The calculation formulas is defined as load bearing capacity of reinforcing layer divided by the ultimate beating capacity of reinforcing layer, combined with initial strain of main arch ring before reinforcement and reinforcing layer section edge strain, take compression zone partial of reinforcing layer subjected to tension and compression as example.The calculation formulas for concrete utilization rate of reinforcing layer is divided into 2 types according to the height of compression zone and on the edge of compressive strain in the reinforcing layer, the calculation formulas for steel utilization rate of reinforcing layer is divided into 1 types according to tension strain of the steel.The results show that controlling the stress and strain of stone arch bridge before reinforcement can make full use of compression resistance on main arch ring, strength of materials and reduce the waste of materials relying on engineering example.The calculation formulas provide the theoretical basis for calculation and design of the similar reinforcement structure.
机译:鉴于复合主拱圈法对增强层材料的利用不足,推导了增强层混凝土和钢筋利用率的计算公式:定义为增强层的承载能力除以极限跳动能力增强层的开裂率,再结合增强前主拱圈的初始应变和增强层的截面边缘应变,以受拉和受压的增强层受压区局部为例。增强层混凝土利用率的计算公式分为2根据受压区高度和增强层边缘上的压缩应变的类型,根据钢筋的拉伸应变将增强层的钢利用率计算公式分为1种类型。结果表明,控制应力加固前石拱桥的变形和应变nt可以通过工程实例充分利用主拱环的抗压强度,材料强度,减少材料的浪费。计算公式为类似加固结构的计算和设计提供了理论依据。

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