Aspects Regarding the Dynamic Behavior of a Hydraulic Cylinder

I. Mardare, I. Tița, A. Zaharia
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引用次数: 1

Abstract

Abstract This paper deals with hydraulic cylinders with and without end position cushioning. The reduction of the velocity at the end of the stroke is important in order to preserve the structural integrity and to avoid undesirable motion of the load. The mathematical model of such a hydraulic cylinder is shown, as well as the Matlab functional diagram for the system. It is also revealed the role of the working fluid, considering the actual recommendations regarding the biodegradable substances. It was considered both mineral base liquids and vegetable base liquids. The functional diagram offers the possibility to view for the hydraulic system the variation of the speed, flow rate, rate and stroke of the piston, in both cases: with and without end position cushioning. Is also shown a CFD analysis of fluid flow through the supply/outlet connections of the hydraulic cylinder.
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液压缸动力学特性的几个方面
摘要本文研究了带端位缓冲和不带端位缓冲的液压缸。为了保持结构的完整性和避免负载的不良运动,降低冲程结束时的速度是重要的。给出了该液压缸的数学模型,并给出了系统的Matlab功能框图。考虑到有关生物可降解物质的实际建议,还揭示了工作流体的作用。它被认为是矿物基液体和植物基液体。功能图提供了查看液压系统的速度,流量,活塞的速率和行程的变化的可能性,在两种情况下:有和没有末端位置缓冲。并给出了流体通过液压缸供油/出口连接处的CFD分析。
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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