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Shear Strength and Compressibility Behaviour of Lime- treated Organic Clay

机译:石灰处理的有机粘土的剪切强度和可压缩性

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摘要

Apart from strength characteristics, a review of studies on the compressibility of lime-treated soils is equally important that influenced the stability of soil structures. Due to the fact that no study has been carried out, an investigation on the effects of humic acid on strength and compressibility behaviour of lime-stabilised organic clay is presented in this paper. Unconfined Compressive Strength (UCS) and oedometer tests were carried out at different curing periods of 7, 28 and 90 days. Consolidation data was analysed in terms of changes in void ratio (e), volumetric strain (epsilon(1)), compression index (Cc), and coefficient of consolidation (c(v)) which defines a soil's compressibility. The results showed a similar behaviour when compared to both tests. It can be conclude that the cementation bonding was associated with the fabric arrangement of soil structures.
机译:除了强度特性外,对石灰处理过的土壤的可压缩性进行研究的回顾对影响土壤结构的稳定性同样重要。由于尚未进行研究,本文对腐殖酸对石灰稳定的有机粘土的强度和可压缩性的影响进行了研究。在7、28和90天的不同固化时间进行无侧限抗压强度(UCS)和里程表测试。根据孔隙率(e),体积应变(epsilon(1)),压缩指数(Cc)和固结系数(c(v))的变化来分析固结数据,固结系数定义了土壤的可压缩性。与两个测试相比,结果显示出相似的行为。可以得出结论,胶结结合与土壤结构的织物排列有关。

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