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Study on 3d Flexible pipe FEM Analysis by Spangler Theory

机译:斯普兰特理论研究3D柔性管比分析

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Earth pressure can be divided into three kinds of load form by Spangler theory: vertical earth pressure, bed reaction and horizontal lateral pressure. According to Spangler theory, the level of static earth pressure presents a parabolic distribution in central angle bon both sides of the tubes. Used the glass steel pipe as the specific research object, Spangler theory applied to the three-dimensional buried tube model for finite element analysis, the analysis is divided into two situations: (1) the same soil, finite element analysis of different pipe diameter;;(2)the same tube diameter, finite element analysis of different soil. This method can reasonably reflect the interaction of soil and structure, it is feasible. The complicated process of the finite element simulation of tube soil interaction can be avoided.
机译:通过斯普兰特理论将土压力分为三种负载形式:垂直地球压力,床反应和水平横向压力。根据光溅物理论,静态压力的水平呈现在管中央角度合金的抛物线分布。用玻璃钢管作为具体研究对象,斯普兰勒理论应用于三维埋管模型的有限元分析,分析分为两种情况:(1)相同的土壤,不同管道的有限元分析; ;(2)不同的管直径,不同土壤的有限元分析。这种方法可以合理地反映土壤和结构的相互作用,是可行的。可以避免管土相互作用有限元模拟的复杂过程。

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