刘静,朱志松,成亚云.中型散装容器框架底板和大梁的设计与分析[J].包装工程,2016,37(3):95-99.
LIU Jing,ZHU Zhi-song,CHENG Ya-yun.Design and Analysis of the Floor and Beam of Intermediate Bulk Container Frame[J].Packaging Engineering,2016,37(3):95-99. |
| 中型散装容器框架底板和大梁的设计与分析 |
| Design and Analysis of the Floor and Beam of Intermediate Bulk Container Frame |
| 投稿时间：2015-05-31 修订日期：2016-02-10 |
| DOI： |
| 中文关键词: IBC底板和大梁 结构设计 有限元分析 应力 位移 |
| 英文关键词: floor and beam of IBC analysis of structure finite element analysis stress displacement |
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| 中文摘要: |
| 目的 设计中型散装容器主要受力部分的结构， 即框架的底板和大梁。方法 首先， 根据使用条件和环境， 设计出了合理可靠的底板和大梁的基本造型。其次， 研究了大梁肋数、 截面高度和肋中部圆弧半径对大梁支撑作用的影响， 设计了4种大梁结构。最后， 对不同形状和尺寸的结构进行有限元分析， 从中选择了最优结构。结果 研究发现， 底板采用肋纹、 大梁肋数目为 5 条、 大梁截面高度为16.5 mm、 肋中部圆弧半径为47 mm的结构， 应力和变形最小。结论 通过对底板和大梁的设计与分析， 能满足承载要求， 从而延长框架的使用寿命。 |
| 英文摘要: |
| The aim of this work was to design the structure of the main force-bearing parts for intermediate bulk container frame, namely the floor and beam of the frame. Firstly, the basic models of the reasonable and reliable floor and beam were designed according to the service conditions and the environment. Secondly, the influences of rib number, the section height and the radius of the middle rib on the support of beam were studied, and four kinds of beam structures were designed. Finally, the best structure was selected based on the finite element analysis of several structures with different shapes and dimensions. It was found that the structure with smallest stress and deformation was the one using rib grain for the floor, with a rib number of five, a beam section height of 16.5 mm and a middle rib radius of 47 mm. The loading requirements could be met, and the service life of the frame could be extended through the design and analysis of the floor and beam. |
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