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Contact mechanics and friction in PTFE coaxial sealing systems

机译:PTFE同轴密封系统中的接触力学和摩擦

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The paper addresses the friction process in coaxial sealing systems of hydraulic cylinders based on studies starting from an analysis of the energy efficiency ensured by these actuators. Notwithstanding the main purpose of a sealing system, namely to prevent fluid leakage, energy related aspects should also be considered, materialised in the efficiency of the hydraulic cylinders. The efficiency of hydraulic cylinders depends on the magnitude of the friction forces caused by the sealing systems. In this respect the paper focuses on discussing studies concerning the types of friction in the sealing tribosystem and on establishing methodologies for the analytical and experimental determination of the friction forces introduced by coaxial sealing systems. The obtained results yield the conclusion that coaxial sealing systems generate friction forces several times smaller than those caused by other sealing types, thus ensuring a higher efficiency to hydraulic cylinders equipped with such sealing elements.
机译:本文基于从这些执行器确保的能效分析开始的研究,着眼于液压缸同轴密封系统中的摩擦过程。尽管密封系统的主要目的(即防止流体泄漏),但也应考虑与能量有关的方面,这些方面在液压缸的效率中得到了体现。液压缸的效率取决于由密封系统引起的摩擦力的大小。在这方面,本文着重讨论有关密封摩擦系统中摩擦类型的研究,并建立分析和实验确定同轴密封系统引入的摩擦力的方法。所获得的结果得出这样的结论:同轴密封系统产生的摩擦力比其他密封类型产生的摩擦力小几倍,从而确保了配备这种密封元件的液压缸具有更高的效率。

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