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Method for resultant and calculating the flow-rate characteristics of pneumatic circuit

机译:气动回路流量特性的合成与计算方法

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Aiming at calculation of the flow-rate characteristics of pneumatic circuit, describe the flow-rate characteristics of pneumatic components with sonic conductance, critical pressure ratio and subsonic index according to the latest standard ISO6358; In view of the calculation of the pneumatic circuit flow-rate characteristics, considering the influence of tube flow-rate characteristics and proposing the calculation method for three parameters of series and parallel circuit; Using numerical calculation method to design the solving process of pneumatic circuit flow-rate characteristics, and solve pneumatic circuit flow-rate characteristics parameters. The sonic conductance is only affected by the chocked component and its upstream components, and the critical back-pressure ratio is affected by all components and their order in the circuit. Last, taking the solenoid valve, throttle valve and tube as research object, the proposed method was verified to be feasible and accurate through contrastive analysis between with the test results of the upstream constant pressure test and the algorithm in the existing literature. It illustrates a new way for design and analysis of pneumatic circuits.
机译:针对气动回路的流量特性计算,根据最新标准ISO6358描述了具有声导,临界压力比和亚音速指数的气动元件的流量特性;考虑到气动回路流量特性的计算,考虑管流量特性的影响,提出了串联和并联回路三个参数的计算方法;采用数值计算方法设计了气动回路流量特性的求解过程,并求解了气动回路流量特性参数。声波传导率仅受阻塞组件及其上游组件的影响,而临界背压比则受电路中所有组件及其顺序的影响。最后,以电磁阀,节流阀和管道为研究对象,通过与上游恒压试验的试验结果和现有文献的算法进行对比分析,验证了该方法的可行性和准确性。它说明了一种用于气动回路设计和分析的新方法。

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