川南龙马溪组硬脆性页岩弱面损伤的三轴试验

Q4 Engineering
Yi Ding, Xiangjun Liu, Wei Zeng
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引用次数: 0

摘要

在油田中,岩石力学性能是钻井作业设计的一个重要参数。页岩地层在钻井过程中具有很高的井筒不稳定风险。为了降低钻井风险,应该对页岩进行更多的调查。因此,本文利用X射线衍射和电子显微镜扫描试验,对龙马溪组脆性页岩的矿物组成和微观结构进行了分析。在三轴压缩试验的基础上,讨论了页岩在外力作用下的变时间岩石力学参数。特别是,考虑到页岩沿弱平面的破坏,分析了页岩力学性能的变化,如应力、应变、结构完整性和弹性参数。这项工作为页岩的力学性能提供了全面的探索。本研究中的页岩力学参数可为工程设计提供参考,更重要的是,为今后的岩石损伤研究奠定基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Triaxial tests on weak planes damage of hard brittle shale of Longmaxi formation in South Sichuan Basin, China
In petroleum field, rock mechanical property is a significant parameter for design of drilling operation. Shale formation has high risk of wellbore instability during drilling. To reduce risk in drilling, more investigations on shale should be conducted. Therefore, in this paper, by using X-ray diffraction and electron microscope scanning test, the mineral composition and microstructure of brittle shale of Longmaxi formation have been analysed. Based on the triaxial compression tests, rock mechanical parameters in variable time have been discussed when shale is in the external force condition. In particular, considering shale failure along weak plane, changes in shale mechanical properties, like stress, strain, structure integrity and elastic parameters, have been analysed. This work offers comprehensive exploration on shale mechanical properties. Mechanical parameters of shale in this study can provide reference for engineering design, and more importantly, establish the foundation for investigation of rock damage in the future.
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