Experimental determination of conditional clearances in cylinder-piston seals

NANOSCIENCE AND NANOTECHNOLOGY: NANO-SciTech Pub Date : 2019-08-28 DOI:10.1063/1.5122059

S. Busarov, D. Titov

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Abstract

The currently relevant task of determining the dependence of the conditional clearance in the cylinder-piston seal on the working pressure with a fixed piston is solved by the authors in this paper. Experimental studies carried out allowed us to obtain the dependence of the conditional gaps on the pressure in the cylinder-piston seal of low-speed long-stroke units with static blow-downs. The obtained data allowed us to determine the best seal for piston low-speed long stroke units. In the future, the research results will allow to modernize the existing method of calculating the working processes of low-speed long-stroke units.The currently relevant task of determining the dependence of the conditional clearance in the cylinder-piston seal on the working pressure with a fixed piston is solved by the authors in this paper. Experimental studies carried out allowed us to obtain the dependence of the conditional gaps on the pressure in the cylinder-piston seal of low-speed long-stroke units with static blow-downs. The obtained data allowed us to determine the best seal for piston low-speed long stroke units. In the future, the research results will allow to modernize the existing method of calculating the working processes of low-speed long-stroke units.

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气缸-活塞密封条件间隙的实验测定

本文解决了目前有关确定活塞缸密封条件间隙对固定活塞工作压力的依赖关系的问题。进行的实验研究使我们能够获得低速长冲程静态排气装置的气缸-活塞密封压力对条件间隙的依赖性。获得的数据使我们能够确定活塞低速长冲程单元的最佳密封。在未来，研究结果将使现有的低速长冲程机组工作过程计算方法现代化。本文解决了目前有关确定活塞缸密封条件间隙对固定活塞工作压力的依赖关系的问题。进行的实验研究使我们能够获得低速长冲程静态排气装置的气缸-活塞密封压力对条件间隙的依赖性。获得的数据使我们能够确定活塞低速长冲程单元的最佳密封。在未来，研究结果将使现有的低速长冲程机组工作过程计算方法现代化。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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NANOSCIENCE AND NANOTECHNOLOGY: NANO-SciTech

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