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Seismic soil-pile interaction in liquefiable soil

机译:液化土中的地震土-桩相互作用

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摘要

Numerical analysis of seismic soil-pile interaction was considered in order to investigate the influence of flow mechanisms. Two models were employed—a simplified model, where the pore pressure at any depth is that of the free field, and a more complete model in which the pore pressure is associated with three-dimensional flow. The soil behavior was modeled by a nonlinear, quasi-hysteretic constitutive relation. A parametric study was carried out, varying the superstructure mass and soil permeability. It was found that there is a pore pressure threshold below which both models yield similar results, but that this threshold cannot be quantified a priori, as it depends strongly on soil-pile interaction.
机译:为了研究流动机制的影响,考虑了地震土-桩相互作用的数值分析。使用了两个模型:一个简化模型,其中任何深度的孔隙压力都是自由场的孔隙压力;一个更完整的模型,其中孔隙压力与三维流动有关。土壤行为通过非线性,准滞后本构关系建模。进行了参数研究,改变了上部结构的质量和土壤渗透率。已发现存在一个孔隙压力阈值,在该阈值以下,两个模型都得出相似的结果,但是该阈值无法进行先验量化,因为该阈值很大程度上取决于土-桩相互作用。

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