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Interference of tectonic and mining activities on the stability of a rock slope

机译:构造活动和采矿活动对岩石边坡稳定性的干扰

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This paper presents a study of the stability of a steep rock slope, hanging over an active mine site, and a busy road. The overall assessment of the rock mass geometry and mechanical characteristics is carried out by means of both field survey and laboratory tests. The stability of the slope and its possible evolution are evaluated using the Itasca distinct element code UDEC 4.0. The results of the analyses show that heavy and prolonged rainfall is an important triggering factor for major rockfall activity. The slope instability currently concerns only blocks of relatively small size. The possibility of instability of larger rock masses or of an entire pillar cannot be ruled out, because the almost continuous rockfall activity causes a state of general instability of the entire rock mass.
机译:本文提出了对陡峭岩石边坡的稳定性的研究,该边坡悬挂在活跃的矿场和繁忙的道路上。岩体的几何形状和力学特性的总体评估是通过现场调查和实验室测试进行的。使用Itasca不同元素代码UDEC 4.0评估斜坡的稳定性及其可能的演变。分析结果表明,暴雨和长时间降雨是导致重大崩塌活动的重要触发因素。当前,斜坡不稳定性仅涉及相对较小尺寸的块。不能排除较大岩体或整个立柱失稳的可能性,因为几乎连续的落石活动会导致整个岩体处于总体失稳状态。

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