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Hydraulic system cavitation - a review

机译:液压系统空化 - 评论

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摘要

Cavitation is the dynamic process of gas cavity growth and collapse in a liquid. These cavities are due to the presence of dissolved gases or volatile liquids and they are formed at the point where the pressure is less than the saturation pressure of the gas (gaseous cavitation) or vapor pressure (vaporous cavitation). In this paper, various hydraulic system design factors and fluid properties affecting the cavitation process, and bubble collapse mechanisms will be discussed. In-situ generation of cavitation, examination of the cavitation process in model hydraulic systems, material effects and test methods will be reviewed.
机译:空化是气体生长和液体塌陷的动态过程。 这些空腔是由于存在溶解的气体或挥发性液体,并且它们形成在压力小于气体(气体空化)或蒸气压(蒸汽压力)的点处。 本文将讨论各种液压系统设计因素和影响空化工艺的流体特性,以及气泡塌陷机制。 原位产生空化,对模型液压系统中的空化过程检查,材料效应和试验方法进行检查。

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