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Deposit Slope Failure Analysis and Prestressing Loss Study of Anchorage Cable

机译:锚固电缆的沉积斜坡故障分析与预应力研究

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Slope project is often appearing in rock and soil engineering such as water conservancy, mine, highway and railway etc. And deposit slope is a special natural one. For probing into slope failure mechanism and prestressing loss of anchorage cable in deposit body, this paper researches it by numerical simulation. Study result shows: First, three leading influence factors, which are deposit slope lithology and structure, in-situ stress, and groundwater, may induce slope failure;;Second, slope failure patterns chiefly includes landslide along the interface between bed rock and deposit, and part circular slippage in shallow deposit body;;Last, it appears prestressing positive loss and negative loss of anchorage cable in study area, especially the latter occurs because of the slide interface existing in deposit body, and changing technical parameters of anchorage cable can partly improve prestressing loss.
机译:坡面项目往往出现在岩石和土壤工程中,如水利,矿山,公路和铁路等。和沉积坡是一种特殊的自然。为了探测沉积物沉积物电缆的坡度故障机理和预应力损失,本文通过数值模拟研究了它。研究结果表明:首先,三个主要的影响因素是沉积斜坡岩性和结构,原位应力和地下水,可能会引起坡度衰竭;二,斜坡故障模式主要包括沿着床岩和沉积物之间的界面的滑坡,和浅沉积物中的部分圆形滑动;;最后,它看起来预应力在研究区域中的锚固电缆的正面损失和负面损失,特别是后者由于存放体中存在的滑动接口,以及改变锚固电缆的技术参数。可以部分地改变锚固电缆的技术参数提高预应力损失。

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