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Study on surface movement and deformation characteristics and pillar stability of large strip mining under deep mining

机译:深矿区大剥离矿井表面运动及柱稳定性研究

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Large strip mining technology could effectively control the surface subsidence inducing from overlying strata movement and realize green mining. Bored stress and deformation sensors were laid in 4301 working face pillar of Shandong energy zibo mining group tangkou coal, analyzing the strip pillar stress pre and post working face; numerical simulation was used to study the influence of overlying strata from reserved size of strip pillar. According to the observation results of surface movement and deformation, law of surface movement and deformation characteristics was studied, which contributed to the practical application of large strip mining technology under deep mining and had the important theoretical and practical significance for mining under buildings, railways and water in Chinese.
机译:大型地带采矿技术可以有效地控制覆盖层运动的表面沉降,实现绿化矿区。山东能源淄博矿业集团汤庄煤炭4301个工作面支柱中铺设了无聊的压力和变形传感器,分析了条带柱子应力前后工作面;数值模拟用于研究覆盖层从带柱保留尺寸的影响。根据表面运动和变形的观察结果,研究了表面运动和变形特征的定律,这有助于大型剥离矿业技术在深度挖掘下的实际应用,对建筑物,铁路和铁路和挖掘的重要理论和实践意义。水中的水。

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