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Elasto-plastic Analysis Method for Vertically Loaded Pile Considering Pile-soil Slip

机译:考虑桩土滑移的竖向荷载弹塑性分析方法

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The calculation and analysis of single pile settlement was one of the important geotechnical engineering issues, and many geotechnical engineers and scholars investigated and formed a systematic analysis method. Among the existing methods of analysis methods, the elasticity theory method was relatively mature. However, the traditional elasticity theory method could not consider the slip properties between pile and soil, and did not match the actual working properties of pile foundation. In this paper, based on Mindlin's solution, the pile is assumed to be elastic and the relationship between shear stress and relative displacement at the pilesoil interface is assumed to follow hyperbolic function, then series equations were derived and solved by Finite Difference Method. Two cases were demonstrated and the computed results agreed very well with testing data. The advantage of the analysis method proposed was that the interaction of pile and pile, and pile and soil can be considered.
机译:单桩沉降的计算与分析是岩土工程中的重要问题之一,许多岩土工程师和学者进行了研究,形成了系统的分析方法。在现有的分析方法中,弹性理论方法已经比较成熟。但是,传统的弹性理论方法不能考虑桩与土之间的滑动特性,也不能满足桩基的实际工作特性。本文基于Mindlin的解,假设桩是弹性的,并且假定桩土界面处的剪应力与相对位移之间的关系服从双曲函数,然后用有限差分法推导并求解级数方程。演示了两个案例,计算结果与测试数据非常吻合。所提出的分析方法的优点是可以考虑桩与桩以及桩与土的相互作用。

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