考虑地基加固条件下沉箱型桩的摩擦与承载力试验研究

M. Ueno, N. Nakatani
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引用次数: 0

摘要

在大型条件下,将地面摩擦力引入沉箱型桩基设计中已经做了大量的工作。地面加筋型基础采用刚性钢筋对周围地面进行加固,在采用接触式混凝土支护的情况下,可以有效地增加摩擦。它是为了降低输电塔或路桥基础的基础成本而发展起来的,这些基础是由上拔或水平承载力决定的。本文从试验角度出发,研究了加筋和未加筋地基竖向承载力的加筋效应。室外实际尺寸竖向加载试验显示了加筋的摩擦特性和力学效应。对基于实验和分析事实提出的评价方法进行了适当论证。
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Experimental study on friction and bearing capacity of caisson type pile under considering ground reinforcement
Many efforts have been done for introducing the ground friction to the design of caisson type pile foundation under condition of large-sized. Ground reinforcing type foundation which has rigid steel bars for reinforcement of the surrounding ground is very effective for increasing of friction under using contact concrete support. It has developed in order to cut down the cost of the foundation for transmission tower or road bridge foundations, these are determined by uplift or horizontal bearing capacity. In this study, the authors investigate the reinforcement effects for vertical bearing capacity of reinforced and un-reinforced foundations under consideration of experimental viewpoint. The outdoor actual size vertical loading tests show the character of friction and the mechanical effect of the reinforcement. The evaluation method which is proposed on facts of experiment and analysis is appropriately demonstrated.
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