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AE CHARACTERISTICS OF ROCK FRACTURE PROCESS UNDER UNIAXIAL COMPRESSION

机译:单轴压缩下岩骨折过程的AE特征

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During the grinding test, the formation environment and the mineral composition of a typical rock have been analyzed. The results confirm the relationship of the rock strength with its mineral content. Furthermore,AE is carried out during the uniaxial compression tests . The AE process is examined during the rock instability and rupture. The AE results are used to analyze the crack propagation with time,stress and strain. The results reveal that AE activities substantially follow the. same patterns. There is an obvious point of AE enhancement. These results are useful for the analysis of rock fracture instability mechanism. AE ring count rate of rock failure process is suitable for predicting for all stages of the rock breakdown. The relations of rock stress-strain are in the forms of polynomials of second orders, The relations of Strain-the cumulative number of AE are in the forms of polynomials of third orders. It will help us to better understand the failure mechanism and the precursor of rock failure criterion.
机译:在研磨试验期间,已经分析了典型岩石的形成环境和矿物组成。结果证实了岩石强度与矿物质含量的关系。此外,在单轴压缩测试期间进行AE。在岩石不稳定和破裂期间检查AE过程。 AE结果用于分析与时间,应力和菌株的裂缝繁殖。结果表明,AE活动大幅遵循。相同的模式。 AE增强有一个明显的点。这些结果对于分析岩石断裂不稳定机制是有用的。岩石故障过程的AE环计数适用于预测岩石故障的所有阶段。岩石应力 - 应变的关系是二次订单的多项式的形式,菌株的关系 - 累积的AE的累积数量是第三订单的多项式的形式。它将有助于我们更好地理解岩石故障标准的失败机制和前兆。

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