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Geoelectrical Investigation of Soils as Foundation Materials in Umudike Area, Southeastern Nigeria

机译:尼日利亚东南部乌木迪克地区土壤作为基础材料的地电调查

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摘要

Geoelectrical investigation of soils in Umudike area of Abia State was undertaken in order to determine the competence of the soils as foundation materials. A total of 18 Vertical Electrical Sounding (VES), using Schlumberger configuration was carried out. The results revealed three to six distinct geoelectric sequences with resistivities ranging from about 8 a?|m to about 38,000 a?|m and a variation in topsoil thicknesses with the least as 0.2 m at vicinity of VES Station 2 Ahiaeke and the highest as 5.0 m at VES Station 14 MOUAU. The topsoils are composed of sands, silts, sandy clays, clays and laterites. The study also revealed the cause of frequent cracking and collapse of a portion of the Umuahia-Ikot-Ekpene road. Based on the results of the survey, the most competent soils within which large civil engineering structures will be founded within the study area are encountered at VES 8,9 (inside ABSUPAC), 6 (opposite GCU), 14 and 15 ( inside MOUAU).
机译:为了确定土壤作为基础材料的能力,对阿比亚州Umudike地区的土壤进行了地电调查。使用斯伦贝谢配置总共进行了18次垂直电测深(VES)。结果表明,三到六个不同的地电序列的电阻率范围从大约8 a?| m到大约38,000 a?| m,并且在VES Station 2 Ahiaeke附近的表土厚度变化最小为0.2 m,最高为5.0 m位于14 MOUAU的VES站。表土由沙子,淤泥,沙质粘土,粘土和红土组成。这项研究还揭示了Umuahia-Ikot-Ekpene道路的一部分经常开裂和倒塌的原因。根据调查结果,在研究区域内将在VES 8,9(ABSUPAC内部),6(GCU对面),14和15(MOUAU内部)中遇到最有能力在其中建立大型土木工程结构的土壤。 。

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