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Laboratory Research of Toe Resistance Based on Static Pile Load Tests in Different Schemes

机译:基于不同方案的静态桩载试验的脚趾电阻实验室研究

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摘要

Transfer of axial force from the head of a pile to the surrounding soil by skin friction and toe resistance is still uncertain. The results of the static pile load test are usually presented as settlement curve. This curve can be divided into two components: skin friction curve and toe resistance curve according to the settlement. Laboratory research of pile load test was carried out in two schemes: with skin friction and without skin friction. The study proved that the toe resistance with and without skin friction is not the same. Skin friction influence on toe resistance due to settlement. This phenomenon is not usually taken into account, but very often has a significant impact on axially applied load transfer. In the paper results of laboratory pile load tests id, different schemes were presented.
机译:通过皮肤摩擦和脚趾抗性从桩的头部转移轴向力与周围的土壤仍然不确定。静桩载荷试验的结果通常呈现为沉降曲线。该曲线可分为两个组件:根据沉降,皮肤摩擦曲线和脚趾电阻曲线。桩载试验的实验室研究在两种方案中进行:皮肤摩擦,没有皮​​肤摩擦。该研究证明,具有和没有皮肤摩擦的脚趾抵抗不一样。皮肤摩擦对由于沉降引起的脚趾抵抗的影响。通常不考虑这种现象,但通常对轴向施加的负载转移产生显着影响。在实验室桩载荷试验ID的纸张结果中,提出了不同的方案。

著录项

  • 作者

    Krzysztof Żarkiewicz;

  • 作者单位
  • 年度 2018
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  • 原文格式 PDF
  • 正文语种 eng
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