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Wear testing and finite element analysis of nitrile rubber (NBR) hand pump seals

机译:丁腈橡胶(NBR)手动泵密封件的磨损测试和有限元分析

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摘要

The use of Nitrile Butadiene Rubber NBR as seal in machines has increased in recent years. NBR is considered as the standard material for sealing and NBR owes its many applications to a range of special mechanical properties. However, the non-linear mechanical properties and incompressible behaviour of NBR make the analysis of NBR very difficult. The literature review highlighted the fact that the most common technical cause of hand pump failures was the wear of the piston seals. The contact surface of the piston seals with the bore surface (Brass) of the cylinder and the piston seal contact area are the key to calculating and determining seal friction force and seal wear rate.udSeveral researchers carried out modelling of friction and wear processes, though little of these focused on the wear of NBR seals, and very limited research has been conducted on the wear of piston seals in the presence of water, and a very few has been reported regarding how to determined and calculating the wear rate of removal material of piston seals used in water hand pump.
机译:近年来,丁腈橡胶丁腈橡胶(NBR)作为机器密封件的使用有所增加。 NBR被认为是用于密封的标准材料,NBR由于其许多应用具有一系列特殊的机械性能。但是,NBR的非线性力学性能和不可压缩特性使NBR的分析非常困难。文献综述强调了一个事实,即手动泵故障的最常见技术原因是活塞密封圈的磨损。活塞密封件与气缸孔表面(黄铜)的接触表面以及活塞密封件接触面积是计算和确定密封件摩擦力和密封件磨损率的关键。 ud几位研究人员对摩擦和磨损过程进行了建模,尽管这些研究很少集中在NBR密封件的磨损上,并且对存在水的活塞密封件的磨损进行了非常有限的研究,但是关于如何确定和计算去除材料的磨损率的报道却很少。水手动泵中使用的活塞密封件的制造。

著录项

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    Alkadhimi Fadel;

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  • 年度 2015
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  • 原文格式 PDF
  • 正文语种 en
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