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Analysis of Initial Stress Anchor Wire Anchoring Mechanism and Its Parameter Optimization

机译:初始应力锚丝锚机机理分析及其参数优化

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Initial stress anchor wire anchoring technology has the merits of fast speed, small perturbation and economic when healing unstable rock side slope. Choosing the spacing, position, angle of reinforcement anchor wire plays a vital role in reinforcement stability and economy. The landslide of an open pit was elected as project background in this paper. Operation model was set up by Lagrange arithmetic which analyzed the reinforcement mechanic and broken pattern of anchor wire. And it defined that the optima spacing is 8m. The anchor wire reinforcement angle and institution position research were researched by using limit balance theory. The optimum design angle obtained is -20°~20°, and the optimum institution position is in the range of 1/5~1/2 of the lower reinforcement side slope height.
机译:初始应力锚线锚固技术具有快速,扰动和经济愈合不稳定岩侧斜率的优点。选择间距,位置,加固锚线的角度在加固稳定性和经济中起着至关重要的作用。 The landslide of an open pit was elected as project background in this paper.通过拉格朗日算法建立了操作模型,分析了锚线的加固机械和破碎图案。它定义了最佳间距为8米。利用限制平衡理论研究了锚线加固角度和机构位置研究。获得的最佳设计角度为-20°〜20°,最佳机构位置在较低加强侧斜坡高度的1/5〜1/2的范围内。

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