Developing an engineering geological model in the fractured and brecciated rocks of a copper porphyry deposit

R. Cammack
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引用次数: 6

Abstract

Abstract Successful open-pit slope design depends on the formulation of a representative geotechnical model. This paper presents the development of an engineering geological rock-mass model as part of a feasibility geotechnical study for the Tampakan copper/gold open-pit mine in the Philippines. This porphyry deposit has been subjected to several cycles of volcanism, chemical alteration and tectonic disturbance resulting in a complex, highly fractured and brecciated rock mass. The model requirements for design were identified early in the project and a unique geotechnical logging system was developed to effectively capture the relevant rock-mass characteristics.
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建立了铜斑岩破碎角化岩工程地质模型
成功的露天矿边坡设计取决于具有代表性的岩土力学模型的建立。本文介绍了工程地质岩体模型的发展,作为菲律宾Tampakan铜/金露天矿可行性岩土工程研究的一部分。该斑岩矿床经历了几轮火山作用、化学蚀变和构造扰动,形成了一个复杂的、高度断裂和角化的岩体。在项目早期就确定了设计的模型要求,并开发了一套独特的岩土测井系统,以有效地捕捉相关的岩体特征。
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About this title ‐ Developments in Engineering Geology Siting method of the ancients in the excavation of Longyou Caverns, 2000 years ago Study of geology and Carboniferous subcrop topography upon engineering geological mapping of Moscow territory Chapter 2 The Quaternary About this title ‐ Engineering Geology and Geomorphology of Glaciated and Periglaciated Terrains – Engineering Group Working Party Report
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