Using of Stones in Building the Foundations

H. Y. Aziz
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引用次数: 1

Abstract

The problem of this study is that the building of foundation by stones at the present time leads to develop cracks in the superstructure. Therefore, the solutions and the right manner were suggested for building the stone in the small and big structures. This paper studies using and properties of stones in building of foundations, that the stone is rigid and stiff in the same time very cheap for building, especially in the regions wealthy with stone. The models were taken for analyzing, firstly experimentally in the field site and secondly by Plaxis Program using the Finite Elements with the same properties of the soil and calculate the vertical displacement, vertical strain, factor of safety and bearing capacity. It can be concluded that the using of the reinforced columns in the small foundation in addition to the beam and stones will reduce the vertical displacement and strain to lower values, maintain high value of bearing capacity and increase the factor of safety that makes the structure becomes safer. Also for the big structures like bridges another models were used with higher loadings and the same above parameters were calculated, the stone with special requirements approved to improve and treat the soil parameters even for the big structures.
在建造地基时使用石头
本研究的问题是,目前用石头建造基础导致上层建筑出现裂缝。因此,提出了在大小建筑中使用石材的解决方案和正确的方式。本文研究了石材在建筑基础中的应用和性能,认为石材具有刚性和刚性的特点,对建筑来说非常便宜,特别是在石材资源丰富的地区。首先对模型进行现场试验分析,然后利用Plaxis程序对相同性质的土体进行有限元分析,计算竖向位移、竖向应变、安全系数和承载力。可以得出结论,在小基础中除梁、石外再加筋柱,将竖向位移和应变降至较低值,保持较高的承载力值,提高了安全系数,使结构变得更加安全。此外,对于桥梁等大型结构,采用另一种更高荷载的模型,并计算了相同的上述参数,甚至对于大型结构,也批准了特殊要求的石头来改善和处理土壤参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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