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常士骠. 裂隙岩体围岩稳定性评价和喷锚机理——三论山体压力[J]. 岩土工程学报, 1983, 5(2): 88-100.
引用本文: 常士骠. 裂隙岩体围岩稳定性评价和喷锚机理——三论山体压力[J]. 岩土工程学报, 1983, 5(2): 88-100.
Chang Shibiao. The Stability Estimation of the Jointed Rock Mass Surrounding the Tunnel and Mechanism of the Shotcrete-bolt System-The Third Discussion of the Earth-pressure-[J]. Chinese Journal of Geotechnical Engineering, 1983, 5(2): 88-100.
Citation: Chang Shibiao. The Stability Estimation of the Jointed Rock Mass Surrounding the Tunnel and Mechanism of the Shotcrete-bolt System-The Third Discussion of the Earth-pressure-[J]. Chinese Journal of Geotechnical Engineering, 1983, 5(2): 88-100.

裂隙岩体围岩稳定性评价和喷锚机理——三论山体压力

The Stability Estimation of the Jointed Rock Mass Surrounding the Tunnel and Mechanism of the Shotcrete-bolt System-The Third Discussion of the Earth-pressure-

  • 摘要: 当前,有关地下洞室围岩稳定性评价理论和围岩压力的计算方法存在着一些问题,其中之一就是设计工作和地质工作有脱节现象。本文目的是把围岩岩体结构、岩石性质、结构面力学特性及洞室几何尺寸等因素,用岩石力学方法求得包括围岩隙跨比在内的判别围岩稳定性的鉴别公式、判别毛洞围岩稳定性的安全隙跨比曲线、计算围岩压力和设计喷锚结构的计算公式。这些公式由于包括了围岩岩体结构特征和洞室几何尺寸在内,因而在一定程度上有助于解决上述设计工作和地质工作脱节的现象。

     

    Abstract: At present, one problem exisiting in the theory about the evaluation of the stability and the methods of calculation for surrounding rock of tunnel is that the structure design is disjointed to a certain extent from the geological works. The purposes in this paper are to obtain the formulas for discussing the stability, calculating the earth pressure, the safe joint-span ratio curve for discussing the stability of the surrounding rock and the formulas of the shotcrete-bolt lining design. These formulas are solved by the methods of rock mechanic theory and contain the elements such as the texture of surrounding rock, the natures of rock, the mechanical properties of the structure planes and the geometric dimensions of the tunnel. Therefore the problem as pointed out in upper the structure design is disjointed from the geological works shall be solved to a certain extent.

     

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