非焊接柔性接头发展的基础研究

C. Oh, Hwan-Chul Park, Ji-Hyun Jeong
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引用次数: 0

摘要

:波纹管与法兰的柔性接头一般由波纹管与法兰焊接而成。焊接件由于连续振动和疲劳极限,使柔性接头产生裂纹或损坏。为改善波纹管与法兰之间的疲劳破坏状况,研究了一种非焊接、法兰自由转动、无填料的柔性接头的研制。作为压件部件的支撑箱和支撑板只用于压缩波纹管前端而不损坏波纹管。设计了在压缩侧附加活塞的柔性接头生产系统。利用Deform 3D软件进行仿真。仿真结果表明,在157 kg·f的压缩功率下,压缩波纹管的形状最为合适,且除前端外其他部位均未发生变形。结果表明,所设计的柔性接头具有生产的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Fundamental Study on Development of Non-Welded Flexible Joint
: The flexible joint with bellows and flange is made by welding bellows and flange in general. The welded parts cause a crack or demage in the flexible joint due to continuous vibration and fatigue limit. This paper is concerned with development of flexible joint with non-welded, free rotation of flange and non-packing to improve fatigue failure condition between bellows and flange. The support box and support plate that are components of press part are designed to compress fore-end of bellows only without demage of bellows. The production system of flexible joint is designed with piston attached on the compression side. The simulation is performed using Deform 3D software. As the result of simulation, the shape of compressed bellows was most proper in the compression power of 157 kg·f and any deformation has not occurred at a part besides fore-end. The result show that the production possibility of the designed flexible joint.
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