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A Study on a Numerical Modelling of Discharge Line Flow Analysis of a Household Type Refrigerator Compressor

机译:家用冰箱压缩机排出线流量分析数值模拟研究

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The main component that determines the performance and efficiency of the refrigeration system is the compressor, which is the major energy consumer in a vapor-compression refrigeration system. In hermetic compressors for household refrigerators, one of the major factors that influences the total compressor efficiency is the flow efficiency of discharge line. In order to find out the effect of the structural changes to flow losses and pressure fluctuations at discharge line, this paper presents a three-dimensional CFD model and experimental study of a hermetic reciprocating compressor. In the first phase of this study, transient numerical flow analysis was developed and it was determined whether or not it overlaps with the experimental measurements. The CFD model results were compared with the experimentally obtained pV indicator diagram and transient pressure measurements of discharge plenum by varying the rotation speed of the modelled inverter hermetic reciprocating compressor. The result of the studies helps to identify the effect of the discharge line design parameters to the system performance.
机译:确定制冷系统性能和效率的主要组件是压缩机,是蒸汽压缩制冷系统中的主要能耗。在用于家用冰箱的密封压缩机中,影响总压缩机效率的主要因素之一是排出线的流量效率。为了找出结构变化对排出线流量损失和压力波动的影响,本文介绍了一种密封往复式压缩机的三维CFD模型及实验研究。在本研究的第一阶段,开发了瞬态数值流量分析,确定它是否与实验测量重叠。将CFD模型结果与通过改变建模的逆变器密封往复式压缩机的转速来进行实验获得的PV指示图和放电增压器的瞬态压力测量。研究结果有助于识别放电线设计参数对系统性能的影响。

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