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Relationship between surface subsidence factor and mining depth of strip pillar mining

机译:条带开采的地面沉降因子与开采深度的关系

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Strip pillar mining is one of the most important technical measures to control mining subsidence in China. Mining depth is one of the most important factors that can affect the mining subsidence in strip pillar mining. Six numerical simulation models were set up to simulate the surface subsidence of strip pillar mining in different mining depths. The mining depth in these six models ranges from 300 to 800 m. The simulated results were compared and analyzed. The formula was established based on the simulated results. It demonstrated that the subsidence of strip pillar mining method is related to mining depth. While the other conditions are the same, the subsidence of strip pillar mining increases with the increase of mining depth by logarithmic relationship.
机译:带钢开采是控制中国开采沉陷的最重要技术措施之一。开采深度是影响带状柱开采开采沉陷的最重要因素之一。建立了六个数值模拟模型,以模拟不同开采深度的带状煤层开采的地面沉降。这六个模型的开采深度为300至800 m。仿真结果进行了比较和分析。根据模拟结果建立公式。结果表明,带状煤柱开采方法的沉陷与开采深度有关。在其他条件相同的情况下,带状煤层开采的沉降随对数关系随开采深度的增加而增加。

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