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EXPERIMENTAL AND ANALYTICAL STUDY OF HYDRAULIC FRACTURING OF CYLINDER SAMPLE

机译:气缸样品水力压裂的实验分析研究

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Nine groups of hydraulic fracturing tests of thirty thick-wall cylinder samples were performed. The experimental results have been analyzed. The analytical method reported in some literatures based on Lame formula of the thick-wall cylinder is not exactly correct, infiltration theory of hydraulic fracturing is presented in this paper. Based on elasticity theory and mathematics, this paper puts forward analytic stress distribution of thick-wall cylinder under stable seepage state. (This conclusion is well consistent with the results calculated with commercial software). The theory presented in this paper can be applied for the research of hydraulic fracturing of rock masses. Failure condition of thick-wall cylinder on hydraulic fracturing is elementarily discussed and semi-empirical relationship on critical stress of hydraulic fracturing is summarized.
机译:进行了九组厚壁筒样品的液压压裂试验。已经分析了实验结果。在基于厚壁筒的跛足配方的一些文献中报道的分析方法不完全正确,本文提出了液压压裂的渗透理论。基于弹性理论和数学,本文提出了稳定渗流状态下厚壁圆筒的分析应力分布。 (此结论与商业软件计算的结果符合良好。本文提出的理论可用于岩体液压压裂研究。综述液压压裂上厚壁筒的故障状况,并综述了液压压裂临界应力的半实验性关系。

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