首页> 美国卫生研究院文献>Data in Brief >Data showing the effects of geotechnical properties of lateritic soil mixed with coconut shell powder in Ado-Ekiti south western Nigeria
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Data showing the effects of geotechnical properties of lateritic soil mixed with coconut shell powder in Ado-Ekiti south western Nigeria

机译:数据显示了尼日利亚西南部Ado-Ekiti的红土土壤与椰子壳粉混合的岩土特性的影响

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摘要

In this data, the effect of locally available additive Coconut shell powder (CSP) substitute in determining the geotechnical properties of Ado Ekiti soil was assessed. The samples were collected from two borrow pits, Ado-Ijan road and Ado-Ilawe road, at two points each, and were treated using substitute of coconut shell powder, considering several percentages of its content at 0%, 2%, 4%, 6%, 8% and 10%. Laboratory tests such as specific gravity, consistency limit test, grain size distribution test, compaction test, CBR test, triaxial compression test, permeability test was conducted on the soil samples collected, and untreated soil was determined. The summary shows that the liquid limit, plastic limit, Plasticity Index, Maximum Dry Density and Optimum Moisture Content increases with increase in percentage of the additive and later decrease at higher percentage of additive, mostly at 8% and 10% respectively. The value of California Bearing ratio in percentage increases as the percentage of additive increases, although at 0% additive, the soil does not meet specification of road construction and the value of permeability ‘k’ also increases. The summary of triaxial test also shows increase in the strength properties of the soil at certain percentage likewise, the summary of unconfined compressive strength shows same. This indicates that the additives improves the geotechnical properties of the soil samples to a certain percentage and conversely, have a negative effect on it at a higher percentage 8% and 10% respectively.
机译:在此数据中,评估了当地可用的椰子壳粉(CSP)替代品对确定Ado Ekiti土壤的土工特性的影响。样品分别从两个取土场Ado-Ijan道路和Ado-Ilawe道路收集,并分别用椰子壳粉处理,考虑到其含量分别为0%,2%,4%, 6%,8%和10%。对收集的土壤样品进行了比重,稠度极限测试,粒度分布测试,压实测试,CBR测试,三轴压缩测试,渗透性测试等实验室测试,并确定了未经处理的土壤。总结表明,液体极限,塑性极限,可塑性指数,最大干密度和最佳水分含量随着添加剂百分比的增加而增加,然后随着添加剂百分比的增加而下降,主要分别为8%和10%。加利福尼亚轴承比率的百分比值随添加剂百分比的增加而增加,尽管在0%添加剂下,土壤不符合道路施工规范,渗透率“ k”的值也会增加。三轴试验的总结也显示出土壤强度特性也以一定百分比增加,无限制抗压强度的总结也显示出相同的结果。这表明添加剂将土壤样品的岩土性能提高到一定百分比,反之,分别以8%和10%的较高百分比对其具有负面影响。

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