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Finite Element analysis of soil-pipeline interaction under lateral loading

机译:横向载荷下土壤管道相互作用的有限元分析

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In this paper, an elastoplastic model with a non-smooth friction mechanism and a volumetric mechanism is proposed to determine loads on pipes due to relative movements. The model requires the input of the stress-strain curves obtained directly from laboratory stress path on the particular soil studied, in the form of discrete data points. Various axisymmetric triaxial paths are simulated in order to demonstrate the good performance of the proposed model. In addition, several finite element analyses of soil-pipeline interaction under lateral loading have been carried out.
机译:在本文中,提出了一种具有非光滑摩擦机制和体积机制的弹性塑料模型,以确定由于相对运动引起的管道上的负载。该模型要求以离散数据点的形式输入直接从研究的特定土壤上的实验室应力路径获得的应力 - 应变曲线的输入。模拟各种轴对称三轴路径,以便展示所提出的模型的良好性能。此外,已经进行了横向载荷下的土壤管道相互作用的几个有限元分析。

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