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Research on bottom anchor supporting technology in Donghai coal mine roadway

机译:东海煤矿道路底部锚固技术研究

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Floor heave is one of the main characteristics of deep roadway, once it happens, large deformation in the roadway surrounding rock, especially in road way sides, the normal safe production must be influenced seriously. Research of roadway floor heave mechanism, stress field and displacement field, which are influenced by the dynamic pressure caused by coal mining, is still inadequate. The floor heave is discussed by establishing theoretical model and simulating it. At the same time, taking the surrounding rock as an interrelated whole, reducing deformation stress as research purposes, the main means of preventing tunnel floor heave is by the combined support technology of controlling the roadway deformation and reduce surrounding rock stress.
机译:楼层是深道巷道的主要特点之一,一旦发生这种情况,巷道围岩大变形,尤其是道路两侧,必须严重影响正常的安全生产。道路楼层升降机构,应力场和排量场受煤矿造成动态压力影响的研究仍然不足。通过建立理论模型并模拟它来讨论楼层升降。同时,将周围的岩石作为相互关联的整体,降低变形应力作为研究目的,防止隧道楼层的主要方法是通过控制道路变形的组合支持技术,减少周围岩石应力。

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