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Influence Analysis of Mine Flooding from the Environmental Standpoint: Surface Protection

机译:从环境的角度对矿井洪水的影响分析:地面防护

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Water that floods the mining complexes is drained on a constant basis when a mine is still active, but the situation changes the moment the mine is closed. This article presents the influence that flooding of mine workings has on a surface of a mining area using computer simulation. The evaluation of potential changes to the surface and scale of this phenomenon has been done using as examples the exploitation of mine deposit layers 702, 705, and 718 of the old Gliwice and Pstrowski mines. The performed numerical simulation showed that using numerical modeling of rock mass demonstrates the possibility of predicting uplifting of the surface caused by flooding of underground workings. Maximum designated value of surface uplifting amounts to around 34 mm/m. This value is relatively small and does not exceed 2% of subsidence caused by previous mining activity.
机译:当矿井仍处于活动状态时,淹没采矿综合体的水会不断排干,但情况会在矿井关闭时改变。本文通过计算机仿真介绍了矿山作业的洪水对矿区表面的影响。已经以开发旧格利维采和普斯特罗夫斯基矿的矿床沉积层702、705和718为例,对这种现象的表面和规模的潜在变化进行了评估。进行的数值模拟表明,使用岩体的数值模型证明了预测由地下工程淹没引起的地表抬升的可能性。表面隆起的最大指定值约为34 mm / m。该值相对较小,并且不超过先前采矿活动造成的沉降的2%。

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