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Design and Analysis for EPB Shield Bracket Based on Ansys

机译:基于Ansys的EPB盾构支架设计与分析。

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According to the structural characteristics of EPB shield bracket, the author establishes 3D solid model by Solidworks and corresponding finite element model of the bracket portion which is connected to the cutterhead by ANSYS WORKBENCH software. Through the static analysis of bracket’s stress characteristics under extreme conditions, we get its stress, deformation and safety coefficient distribution law under the maximum constraint conditions. After getting the maximum equivalent stress, the analysis of the calculation results shows that this kind of bracket with good static characteristics can meet the design strength requirement. This paper points out the weak position of bracket’s strength, and provides some reference data for the structural optimization design, as well as some basic data for both the structural design of bracket and the construction maintenance. Moreover, the structure analysis in the process of the grid selection and the key technology of the post-processing method are discussed in detail. The design example shows the effectiveness of the method.
机译:根据EPB盾构支架的结构特点,作者通过Solidworks建立了3D实体模型,并通过ANSYS WORKBENCH软件建立了与刀盘连接的支架部分的有限元模型。通过对极限条件下支架应力特性的静态分析,得出在最大约束条件下支架的应力,变形和安全系数分布规律。在获得最大等效应力后,对计算结果的分析表明,这种具有良好静特性的支架可以满足设计强度要求。本文指出了支架强度的薄弱环节,并为结构优化设计提供了一些参考数据,并为支架的结构设计和施工维护提供了一些基础数据。此外,还详细讨论了网格选择过程中的结构分析和后处理方法的关键技术。设计实例说明了该方法的有效性。

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