赵春虎, 靳德武. 西部浅埋矿区采煤对地下水系统扰动的数值模拟[J]. 煤矿安全, 2017, 48(1): 168-171.
    引用本文: 赵春虎, 靳德武. 西部浅埋矿区采煤对地下水系统扰动的数值模拟[J]. 煤矿安全, 2017, 48(1): 168-171.
    ZHAO Chunhu, JIN Dewu. Numerical Simulation of Coal Mining on Groundwater System Disturbance in Shallow Buried Coal Seam of Western Mining Area[J]. Safety in Coal Mines, 2017, 48(1): 168-171.
    Citation: ZHAO Chunhu, JIN Dewu. Numerical Simulation of Coal Mining on Groundwater System Disturbance in Shallow Buried Coal Seam of Western Mining Area[J]. Safety in Coal Mines, 2017, 48(1): 168-171.

    西部浅埋矿区采煤对地下水系统扰动的数值模拟

    Numerical Simulation of Coal Mining on Groundwater System Disturbance in Shallow Buried Coal Seam of Western Mining Area

    • 摘要: 针对西部浅埋矿区煤层开采对地下水扰动问题,通过分析浅埋煤层开采形成的导水断裂带直接揭露松散含水层扰动形式,提出了将覆岩导水断裂与含水层接触带处理成一类水头边界的数值方法,并通过构建神东矿区补连塔井田地下水扰动的计算机评价模型,模拟得出,由于采掘扰动使井田地下水水位下降30 m以上(至2012年),地下水资源损失量约为1.90×104 m3/d。

       

      Abstract: For the problem of groundwater disturbance caused by shallow buried coal seam mining in western mining area, it is concluded that the water flowing fractured zone formed by coal seam mining directly exposes loose aquifer disturbance mode. We propose a numerical method to deal with the contact zone between overlying rock fissure and aquifer into a kind of water head boundary, and construct a numerical model of groundwater disturbance in Bulianta Coal Mine of Shendong Mining Area. The simulation results show that groundwater level had been dropped more than 30 m (to 2012), the loss of groundwater resources is about 1.90×104 m3/d due to the mining disturbance.

       

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