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Advanced Pulsation Analysis For Reciprocating Compressors

机译:先进的脉动分析适用于往复式压缩机

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Pulsation fluid models for reciprocating 1 and screw compressor piping have ^F become more sophisticated as the horsepower and speed ranges for the compressors have increased. This is due, in large part, to the need to more reliably predict system responses for control of high vibrations. Using more advanced computational models, fluid system designers at Southwest Research Institute (SwRI) have been able to more accurately determine expected fluid pulsation levels and corresponding response frequencies and mode shapes, resulting in more efficient and reliable pulsation bottle designs with lower horsepower consumption. This article highlights some examples of the use of advanced fluid system models at SwRI to provide integrated fluid mechanical design solutions for reciprocating compressor systems and screw compressor silencers
机译:随着压缩机的功率和速度范围的增加,用于往复运动1和螺杆式压缩机管道的脉动流体模型变得更加复杂。这在很大程度上是由于需要更可靠地预测系统响应以控制高振动。西南研究院(SwRI)的流体系统设计人员使用更先进的计算模型,可以更准确地确定预期的流体脉动水平以及相应的响应频率和模式形状,从而以更低的马力消耗实现了更高效,更可靠的脉动瓶设计。本文重点介绍了在SwRI使用先进流体系统模型为往复式压缩机系统和螺杆压缩机消音器提供集成流体机械设计解决方案的一些示例

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