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Stability Prediction of Surrounding Rocks and Optimum Design of Roof-bolt Parameters in Deep Roadway

机译:围岩周围岩石稳定性预测及深道屋顶锚杆参数的优化设计

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In order to forecast the stability of deep roadway and optimize the parameters of bolts, the complex stress environment and the multivariate surrounding rocks characteristics of deep roadway were analyzed. Then the classification prediction method and the numerical simulation method were simultaneously used to analysis the stability of surrounding rocks. Furthermore, the supporting parameters of bolts were also designed optimally. It was shown that the characteristics of stress distribution, deformation and failure zone of surrounding rocks are not ideal. So it is necessary to optimize the supporting parameters of deep roadway. All these research findings will provide the theory basis for bolts of deep roadway and will ensure the optimization of bolts and the stability of deep roadway in the long run.
机译:为了预测深沟的稳定性,优化螺栓参数,分析了复合应力环境和深沟周围岩石特征。然后,同时使用分类预测方法和数值模拟方法来分析周围岩石的稳定性。此外,螺栓的支撑参数也在最佳地设计。结果表明,周围岩石的应力分布,变形和失效区的特性并不理想。因此,有必要优化深道路的支持参数。所有这些研究发现将为深道螺栓提供理论基础,并将确保螺栓的优化和长期巷道的稳定性。

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