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The Numerical Simulation Study of Self-Tapping Precession-Type Anchor Bolt in Loess Foundation Pit

机译:黄土基坑自攻旋进型锚栓的数值模拟研究

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In order to completely satisfy the requirements of the loess foundation pit engineering and achieve the same effect with anchor cable support. Self-tapping precession-type soil anchor bolt is a new-type spiral tension member. Through the study of its mechanical transmission mechanism, the mounting torque of the anchor bolt is deduced. And the feasibility of anchor bolt support in loess foundation pit is proved by using numerical simulation and the moisture content experiment. Through data monitoring of the practical engineering, the reliability of this technology is shown, providing reference for the loess foundation pit supporting projects.
机译:为了完全满足黄土基坑工程的要求,并达到与锚索支护相同的效果。自攻旋进型土壤锚杆是一种新型的螺旋受拉构件。通过对其机械传动机理的研究,推导出了地脚螺栓的安装扭矩。通过数值模拟和含水量试验,证明了黄土基坑锚杆支护的可行性。通过对实际工程的数据监测,表明了该技术的可靠性,为黄土基坑支护工程提供参考。

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