EFFECT OF THE UNIFORMITY COEFFICIENT AND PLASTICITY ON CORRELATION BETWEEN THE N-VALUE AND LIQUEFACTION STRENGTH OF MIXED SANDY SOIL

Kenta Kudai, S. Sassa, Shoya Goto, Daisuke Hanazawa, S. Ohtsuka
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Abstract

Liquefaction prediction is based on liquefaction strength presumed from the N-value. In the case of soil with fine contents, the N-value is revised depending on the content rate(Fc) and the plasticity index(Ip). But the impact of the sand’s uniformity coefficient and fine content’s plasticity against accuracy of liquefaction prediction is not adequately investigated. Based on the above, this research experimentally studied the effect of the sand’s uniformity coefficient and fine content’s plasticity on the correlation between the N-value and liquefaction strength of mixed sandy soil. This research showed the possibility for the risk of liquefaction being underestimated in case where the sand’s uniformity coefficient to assessed
均匀系数和塑性对混合沙土n值与液化强度相关性的影响
液化预测是基于n值推测的液化强度。对于细粒含量的土壤,n值根据含量率(Fc)和塑性指数(Ip)进行修正。但砂土的均匀系数和细粒含量的塑性对液化预测精度的影响尚未得到充分的研究。在此基础上,本研究通过实验研究了砂的均匀系数和细粒含量的塑性对混合砂土n值与液化强度相关性的影响。该研究表明,在评估砂的均匀性系数时,可能会低估液化风险
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