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Analysis of liquefaction risk of sterile material in the inner dump of North Pesteana quarry in the conditions of flooding of the remaining gap

机译:剩余间隙淹没条件下北佩斯特纳采石场内垃圾场无菌材料液化风险的分析

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In the conditions of the dump slopes formed by loose rocks, predominantly sandy rocks, which are at the first saturation, there is a significant risk of sliding due to liquefaction of the waste material. The liquefaction process may be triggered by hydrological, mechanical or seismic factors. In saturated sand, the space between the solid granules is completely filled with water, and the pore water pressure, which increases as the depth increases, causes the grains to move away from each other, so the material is flowing. Among the methods for assessing the liquefaction potential of rock masses/deposits can be summarized: historical phenomena observations, studying the liquefying potential area maps, analysis of geological process that led to the creation of rock deposits and the nature of rocks. The paper aims at assessing the risk of liquefaction of sterile material in the inner dump of the North Pesteana quarry during the flooding of the remaining gap, since the preliminary studies found that the sterile material consists of important fractions of sand, indicating that there is liquefaction potential. The risk of liquefaction was determined taking into account the liquefaction potential, the nature of the objectives in the area and the probability of liquefaction.
机译:在由松散的岩石(主要是砂岩)形成的倾卸坡的条件下,它们首先处于饱和状态,由于废料的液化,存在很大的滑动风险。液化过程可由水文,机械或地震因素触发。在饱和的沙子中,固体颗粒之间的空间完全充满了水,并且随着深度的增加,孔隙水压力增加,导致颗粒彼此分离,从而使物料流动。在评估岩体/沉积物液化潜力的方法中,可以归纳为:历史现象观测,研究液化潜力区域图,分析导致形成岩石矿床和岩石性质的地质过程。本文的目的是评估剩余间隙的泛滥期间北佩斯特纳纳采石场内垃圾场中无菌物质液化的风险,因为初步研究发现无菌物质包含重要的沙子成分,表明存在液化潜在。确定液化的风险时要考虑到液化的可能性,该区域目标的性质以及液化的可能性。

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