楚旭峰, 谢群, 窦林名, 王桂峰. 定向水力致裂技术对采空区侧巷道围岩变形的控制[J]. 煤矿安全, 2016, 47(3): 118-120.
    引用本文: 楚旭峰, 谢群, 窦林名, 王桂峰. 定向水力致裂技术对采空区侧巷道围岩变形的控制[J]. 煤矿安全, 2016, 47(3): 118-120.
    CHU Xufeng, XIE Qun, DOU Linming, WANG Guifeng. Directional Hydraulic Fracturing Technology in Controlling Surrounding Rock Deformation of Roadway at Side of Goaf[J]. Safety in Coal Mines, 2016, 47(3): 118-120.
    Citation: CHU Xufeng, XIE Qun, DOU Linming, WANG Guifeng. Directional Hydraulic Fracturing Technology in Controlling Surrounding Rock Deformation of Roadway at Side of Goaf[J]. Safety in Coal Mines, 2016, 47(3): 118-120.

    定向水力致裂技术对采空区侧巷道围岩变形的控制

    Directional Hydraulic Fracturing Technology in Controlling Surrounding Rock Deformation of Roadway at Side of Goaf

    • 摘要: 采空区侧巷道围岩变形量较大,不仅影响工作面的正常回采,更有发生冲击矿压危险的可能性。为了控制采空区侧巷道围岩变形量,以某矿7521工作面为研究背景,通过研究采空区侧巷道围岩变形量较大的机理,利用定向水力致裂技术,达到控制7521工作面采空区侧巷道围岩变形量的目的。定向水力致裂措施的成功实施,不仅实现了7521工作面的正常回采,也为该矿提供了一项降低采空区侧巷道围岩应力集中的措施。

       

      Abstract: Large deformation of roadway surrounding rock at side of goaf not only affects the normal mining, more likely to cause rock-burst. In this paper, in order to control the deformation of roadway at side of goaf, taking 7521 working face in a mine as the research background, through studying the deformation mechanism of roadway surrounding rock at side goaf by using directional hydraulic crack technology to achieve the purpose of controlling the working face lateral deformation of surrounding rock of roadway at side of goaf. The successful implementation of directional hydraulic crack measures, not only realizes the normal mining of 7521 working face, but also provides a measure for reducing surrounding rock stress concentration of roadway at side of goaf.

       

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