Evaluation of Liquefaction Possibility of Ground Based on Grain Size Distribution and Soil Plasticity

Min-Gyu Ha, Seok-Chun Gang, C. Jang, H. Yoon, J. Ryou, Jong-Am Jung
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Abstract

Interest in liquefaction has increased owing to the increasing occurrence of liquefaction in the country. According to previous studies, factors that influence liquefaction include the grain size distribution, plasticity, relative density, overconsolidation ratio, and confining conditions. In this study, the liquefaction possibility was evaluated based on grain size distribution and soil plasticity. Based on the grain size distribution, a clear correlation between the liquefaction resistance of the two samples could not be identified because both samples showed similar grain size distributions. In contrast, in terms of soil plasticity, the liquefaction resistance value increased with increasing plasticity index value. These results indicate that soil plasticity has a significant effect at a similar grain size distribution.
基于粒径分布和土壤塑性的地基液化可能性评价
由于该国液化的发生越来越多,人们对液化的兴趣也增加了。根据以往的研究,影响液化的因素包括粒径分布、塑性、相对密度、超固结比和围合条件。在本研究中,基于粒度分布和土壤塑性对液化可能性进行了评价。基于晶粒尺寸分布,由于两种样品的晶粒尺寸分布相似,因此无法确定两种样品的液化阻力之间存在明显的相关性。土壤塑性方面,液化阻力值随塑性指标值的增大而增大。这些结果表明,在相似的粒度分布下,土壤塑性具有显著的影响。
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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