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Relative Brittleness Characterization Of Some Selected Granitic Building Stones: Influence Of Mineral Grain Size

机译:某些精选花岗岩建筑石材的相对脆性表征:矿物粒度的影响

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摘要

Being crystalline materials, brittleness may be an important issue for granitic rocks, especially when they are subject to certain loading conditions. Therefore, in practice, more specifically in their usage as a natural building stone, there is a need for their brittleness characterization. This paper reports a study carried out on some selected granitic rock types in order to determine their relative brittleness index values and relate it to their mineral grain size. For this purpose, three different types of granitic rocks similar in mineral composition, but diverse in grain sizes were selected for the execution of the study. The relative brittleness index values of the studied rock types were determined from the size effect method by using the point load test apparatus. Based on the results of this investigation it is was concluded that, rather than the proportions of the rock forming minerals such as quartz and feldspars, the grain size of feldspars could be the dominant parameter affecting relative brittleness values of the tested rocks.
机译:作为结晶性材料,脆性对于花岗岩来说可能是一个重要的问题,尤其是当它们受到一定的载荷条件时。因此,在实践中,更具体地说,在其用作天然建筑石材时,需要对其脆性进行表征。本文报告了对某些选定的花岗岩类型进行的研究,以确定它们的相对脆性指数值并将其与矿物粒度相关联。为此,选择了三种矿物类型相似但粒度不同的花岗石进行研究。使用点负荷试验装置,通过尺寸效应法求出被研究岩石的相对脆性指标值。根据调查结果得出的结论是,长石的晶粒尺寸可能是影响测试岩石相对脆性值的主要参数,而不是像石英和长石这样的岩石形成矿物的比例。

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