巴基斯坦部分岩石的可钻性参数与工程特性的关系

IF 0.7 4区 工程技术 Q4 MINING & MINERAL PROCESSING
M. Z. Abu Bakar, Y. Majeed
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引用次数: 0

摘要

摘要 在这项研究中,对从巴基斯坦各地选取的岩石单位进行了岩石可钻性测试以及一整套岩石物理和机械性能测试。此外,还对所含岩石样本进行了岩相学研究,以计算岩土磨损指数,包括 Schimazek 的 F 值、岩石磨蚀指数和岩石的维氏硬度数。首先进行了单变量回归分析,以检验可钻性参数与物理机械特性和岩石磨损指数之间的关系。结果发现,可钻性参数与单轴抗压强度存在显著的相关性。同样,Sievers'J 值和钻速指数也与 Schimazek's F 值有相当大的相关性。下一步,根据岩石的物理、机械和岩相参数,建立了西弗斯 J 值、脆性值和钻速指数的多元线性回归模型。最后,利用统计性能指标验证了所提出的多元回归模型的可预测性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Dependence of Drillability Parameters on Engineering Properties of Selected Rocks from Pakistan

Dependence of Drillability Parameters on Engineering Properties of Selected Rocks from Pakistan

Abstract

In this study, the rock drillability tests, as well as a comprehensive set of physical and mechanical rock property tests were performed on rock units selected from various localities of Pakistan. Petrography of included rock samples was also conducted for the computation of geotechnical wear indices including Schimazek’s F-value, rock abrasivity index and the Vickers hardness number for rocks. Initially univariate regression analysis was performed to check the dependence of drillability parameters on physico-mechanical properties and rock wear indices. Significant correlations of drillability parameters with uniaxial compressive strength were found. Similarly, Sievers’ J-value and drilling rate index showed considerable dependence on Schimazek’s F-value. In the next step, multivariate linear regression models of Sievers’ J-value, brittleness value and drilling rate index, based on physical, mechanical and petrographical rock parameters were developed. Finally, the predictability of proposed multiple regression models was validated by employing the statistical performance indices

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来源期刊
Journal of Mining Science
Journal of Mining Science 工程技术-矿业与矿物加工
CiteScore
1.70
自引率
25.00%
发文量
19
审稿时长
24 months
期刊介绍: The Journal reflects the current trends of development in fundamental and applied mining sciences. It publishes original articles on geomechanics and geoinformation science, investigation of relationships between global geodynamic processes and man-induced disasters, physical and mathematical modeling of rheological and wave processes in multiphase structural geological media, rock failure, analysis and synthesis of mechanisms, automatic machines, and robots, science of mining machines, creation of resource-saving and ecologically safe technologies of mineral mining, mine aerology and mine thermal physics, coal seam degassing, mechanisms for origination of spontaneous fires and methods for their extinction, mineral dressing, and bowel exploitation.
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