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The Control Technology on Continuing Displacement of Tunnel in Coal Seam with High Stress Surrounding Rocks

机译:高应力围岩煤层隧道持续位移的控制技术

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The measurement data indicates that the main reason for tunnel damage is continuing level displacement with the characteristic of Pie Form. The experiment shows that, compared with uniaxial compressing, the residual stress in triaxiality compressing is greater, this can result that the level support can increase the stress of the surrounding rocks and decrease or stop the level displacement, at same time, control the pie form displacement of the coal. Based on the situation of tunnel displacement, semi-closing support with I bar or support structure with anchor cable are designed, which can control the continuing displacement of tunnel effectively.
机译:测量数据表明隧道损坏的主要原因是伴随饼图特征的持续水平位移。实验表明,与单轴压缩相比,三轴压缩中的残余应力更大,这可能导致水平支持可以增加周围岩石的应力并同时降低或停止水平位移,控制饼图煤炭的位移。基于隧道位移的情况,设计了用I杆或带锚索的支撑结构的半关联支撑,可有效地控制隧道的继续位移。

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