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Application of Rock Mass Characterization for Determining the Mechanical Properties of Rock Mass: a Comparative Study

机译:岩体表征在确定岩体力学性质中的应用:比较研究

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摘要

The results of geotechnical explorations, engi-neering geological investigation (including laboratory and in situ tests) and field observations have been used, along with borehole logging charts, to obtain the rock mass geotechnical data. Based on the data, the rock mass along the Sabzkuh water conveyance tunnel route was classified by rock mass rating (RMR), Q-system (Q), rock mass index (RMi) and geological strength index (GSI) (3 methods). A new series of correlations were established between the systems based on the data collected from the study area. These relationships were then compared with those repor-ted in the literature, and two new relations were recom-mended. The classifications were utilized to calculate mechanical properties (rock mass strength and deformation modulus) of the rock mass along the tunnel according to available empirical relations, and to distinguish the upper-bound and lower-bound relations.
机译:使用了岩土勘探,工程地质调查(包括实验室和原位测试)和野外观测的结果以及钻孔测井图,以获得岩体岩土数据。根据这些数据,按照岩石质量等级(RMR),Q系统(Q),岩石质量指数(RMi)和地质强度指数(GSI)对Sabzkuh输水隧道路线上的岩体进行分类(3种方法)。根据从研究区域收集的数据,在系统之间建立了一系列新的相关性。然后将这些关系与文献中介绍的关系进行比较,并建议两个新的关系。根据可用的经验关系,利用这些分类来计算沿隧道的岩体的机械性能(岩体强度和变形模量),并区分上下限关系。

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