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Compressibility of sensitive Ariake clays

机译:敏感的Ariake粘土的可压缩性

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It has been well reported that the resistance of soil structure is the same important as the stress history and the initial water content in interpreting the mechanical behavior for most natural soils. For assessing the effects of the resistance of soil structure of the mechanical behavior, Burland has proposed the so-called intrinsic compression line (ICL) and the sedimentation compression line (SCL) with introducing a normalizing parameter called the void index. However,t he sensitive clays are not included in his study. The extensive data on sensitivie Ariake clays are used in this study to investigate the compression behavior of sensitive clays. The analysis results indicate that the compression curves of the remolded Ariake clays can be normalized by the void index proposed by Burland. But most natural Ariake clays lie well above the sedimentation compression line. Salt removal is considered to be the main factor for natural Ariake clays lying above well the SCL.
机译:众所周知,在解释大多数天然土壤的力学行为时,土壤结构的抵抗力与应力历史和初始含水量同等重要。为了评估土壤结构抗力对力学行为的影响,Burland提出了所谓的本征压缩线(ICL)和沉降压缩线(SCL),其中引入了归一化参数(称为空隙指数)。但是,他的研究不包括敏感的粘土。在这项研究中使用了有关敏感性Ariake粘土的大量数据来研究敏感性粘土的压缩行为。分析结果表明,重塑的Ariake粘土的压缩曲线可以通过Burland提出的孔隙率指数进行归一化。但是大多数天然有明粘土都位于沉降压缩线以上。除盐被认为是位于SCL上方的天然Ariake粘土的主要因素。

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