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Experimental datasets on engineering properties of expansive soil treated with common salt

机译:食盐处理膨胀土工程特性试验数据集

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摘要

Construction of highway pavements or high rise structures over the expansive soils are always problematic due to failures of volume change or swelling characteristic experienced in the water permeability of the soil. The data in this article represented summary of (Durotoye et al., 2016; Durotoye, 2016) , . The data explored different percentages of sodium chloride as additive in stabilizing the engineering properties of expansive soil compared with other available stabilizer previously worked on. Experimental procedures carried out on expansive soil include: (Liquid limit, Plastic limit, Plasticity index, Shrinkage limit, Specific gravity Free swell index and Optimum water content) to determine the swelling parameters and (maximum dry density, California bearing ratio and unconfined compressive strength) to determine the strength parameters. The results of the experiment were presented in pie charts.
机译:由于在土壤的水渗透性中经历的体积变化或膨胀特性的失败,在膨胀的土壤上建造高速公路路面或高层结构总是有问题的。本文中的数据代表(Durotoye等人,2016; Durotoye,2016)的摘要。与以前研究的其他可用稳定剂相比,数据探索了不同百分比的氯化钠作为添加剂来稳定膨胀土的工程性能。在膨胀土上进行的实验程序包括:(液体极限,塑性极限,塑性指数,收缩极限,比重自由膨胀指数和最佳含水量),以确定膨胀参数和(最大干密度,加利福尼亚承载比和无侧限抗压强度) )确定强度参数。实验结果以饼图的形式呈现。

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