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首页> 外文期刊>CLAY RESEARCH >Geotechnical and Mineralogical Studies on Edaphic Stresses of the Deccan Trap Formations at NIASM Site, Malegaon, Baramati, Maharashtra
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Geotechnical and Mineralogical Studies on Edaphic Stresses of the Deccan Trap Formations at NIASM Site, Malegaon, Baramati, Maharashtra

机译:马哈拉施特拉邦马累加恩NIASM站的Deccan圈闭地层Edaph应力的岩土矿物学

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摘要

Geotechnical study on 17 Bore Logs with depth up to 5m were conducted at Upper reaches of watershed using rotary drilling rig at NIASM Site, Malegaon, Baramati to understand the nature of lithological / mineralogical compatibility, hydrothermal/ secondary mineral crystallization of individual drill core by measuring the rock strength and assessing their feasibility for the foundation of different building blocks as well as for evaluating the possible role of edaphic stresses. Study indicated two phases of volcanic activity with variable thickness of vesicular and non-vesicular flows and most variable physical parameters are the saturated crushing strength and water absorption due to the inhomogeneous and fractured / altered nature of rocks in different horizons and at variable depths at logging site. Net safe bearing capacity is low in the vesicular flow due to presence of amygdales whereas it is high in non-vesicular flow due to compactness indicating that with diverse lithology the different treatment for the foundations are required to set up a strong base of different blocks.
机译:使用旋转钻机在巴拉马蒂(Baramati)的Malegaon的NIASM站点对流域上游的17处深度最大为5m的原木进行了岩土工程研究,以了解岩石/矿物学相容性,单个钻芯的热液/次生矿物结晶的性质。岩石强度,并评估其可行性,以作为不同构件的基础,以及评估基础应力的可能作用。研究表明,火山活动分为两个阶段,具有不同的囊泡和非囊泡流厚度,而最可变的物理参数是饱和岩石的抗压强度和吸水率,这是由于不同水平和测井深度不同的岩石的非均质和破裂/蚀变性质造成的。现场。由于存在杏仁核,在水泡流中的净安全承载力低,而由于紧密性,在非水泡流中的净安全承载力高,这表明在岩性不同的情况下,需要对基础进行不同的处理以建立起不同块体的牢固基础。

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