Bored Pile Designs Using Geotechnical Data in Parts of Port Harcourt and Environs, Rivers State, Nigeria

P. John, G. J. Udom, A.C Tse
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引用次数: 0

Abstract

Assessment of ultimate pile carrying capacity (deep foundation) and its settlement in parts of Port Harcourt and environs Rivers State has become imperative due to moderate bearing pressure and poor subsoil nature found in the study area. Bored pile foundation analysis was carried out for the soil profiles with diameter 306, 406, 460 and 600mm for the deep foundation at various study area were calculated. The study shows that the higher the diameter and pile depth of the foundation, the higher the ultimate pile carrying capacity. The settlement of the piles fall within an acceptable criterion of one-tenth. Safe working load of Greater Port Harcourt New Stadium Precient (BH4) was found higher, when compared to other locations in parts of Port Harcourt and environs.
利用尼日利亚河流州哈科特港及周边地区的岩土工程数据进行钻孔灌注桩设计
由于哈科特港和河流州周边地区的承压力适中,底土性质较差,因此必须对该地区的桩基极限承载力(深基础)及其沉降进行评估。针对不同研究区域的深基础,对直径分别为 306、406、460 和 600 毫米的土壤剖面进行了钻孔灌注桩基础分析计算。研究表明,地基直径和桩深越大,桩的极限承载力就越高。桩的沉降在十分之一的可接受标准范围内。与哈科特港及周边地区的其他地点相比,大哈科特港新体育场地基(BH4)的安全工作荷载较高。
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