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Field Test Results of Palm Oil Clinker Concrete Pile and Foamed Concrete Pile for Floating Foundation in Soft Soil

机译:软土地基中棕榈油熟料混凝土桩和泡沫混凝土桩的现场试验结果

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摘要

The typical properties of Lightweight Concrete Pile (LCP) are low density, low strength and high porosity. Such inherent properties made use of LCP for deep foundation are still rare. In spite of Normal Concrete Pile (NCP) has been widely used in civil engineering industry, the use of LCP such as palm oil clinker concrete pile (p-LCP) and foamed concrete pile (f-LCP) for floating foundation must be verified. The purpose of this study was to perform the static and dynamic load tests for assessing the performance of p-LCP and f-LCP and that of NCP as reference. The physical characteristics of either p-LCP or f-LCP have higher average values of compressive stress and driving resistance comparing with NCP. Features of good performance for p-LCP and f-LCP can be used for deep foundation of particular structures in soft soil and were verified to contribute to material and structural perspectives for the future of geotechnical engineering.
机译:轻质混凝土桩(LCP)的典型特性是低密度,低强度和高孔隙率。利用LCP进行深层基础加工的这种固有特性仍然很少。尽管普通混凝土桩(NCP)已在土木工程行业中广泛使用,但仍必须对LCP(例如棕榈油熟料混凝土桩(p-LCP)和泡沫混凝土桩(f-LCP))用于浮动地基的使用进行验证。这项研究的目的是进行静态和动态负载测试,以评估p-LCP和f-LCP的性能以及NCP的性能作为参考。与NCP相比,p-LCP或f-LCP的物理特性具有更高的压缩应力和驱动阻力平均值。 p-LCP和f-LCP的良好性能特征可用于软土中特定结构的深层基础,并经过验证可为岩土工程的未来发展提供材料和结构方面的帮助。

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