与水基液压油有关的磨损和疲劳问题

H. Spikes
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引用次数: 21

摘要

含水流体广泛用于有重大火灾风险的液压应用,如地下采矿和金属加工应用。虽然主要用作动力传输介质,但液压油需要具有少量的润滑能力,以限制泵和其他摩擦部件的磨损、卡住和接触疲劳。不幸的是,水基液压油通常比类似粘度的矿物或合成油基流体表现出明显较差的磨损和滚动接触疲劳性能,这意味着当与水基流体一起使用时,泵送设备通常必须减速。本文研究了水基流体较差的磨损和疲劳性能,并详细讨论了这种性能差的根源以及减轻这种性能差的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wear and fatigue problems in connection with water‐based hydraulic fluids
Water-containing fluids are widely used in hydraulic applications where there is a significant risk of fire, as in underground mining and metal working applications. Although primarily intended as power transmitting media, hydraulic fluids need to possess a modicum of lubricating ability to limit wear, seizure and contact fatigue of pumps and other rubbing parts. Unfortunately water-based hydraulic fluids generally show significantly poorer wear and rolling-contact fatigue performance than mineral or synthetic oil-based fluids of similar viscosity and this means that pumping equipment usually has to be derated when used with water-based fluids. This paper examines the poor wear and fatigue performance of water-based fluids and discusses, in some detail, the origins of this poor performance and the ways it can be mitigated.
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