由胡健、杨亮、邵亮亮、张春路（通讯作者）撰写的论文Generic network modeling of reciprocating compressors在国际制冷学报International Journal of Refrigeration, 2014年第45卷在线发表。论文报告了往复活塞式制冷压缩机的一种通用仿真设计方法及相应的仿真软件平台，并分别以R410A单级压缩机和二氧化碳双级压缩机进行了样机实验验证，方法的通用性及仿真精度优于文献报道的同类研究。

论文链接：http://www.sciencedirect.com/science/article/pii/S014070071400156X

论文摘要：With the increasing applications of CO2 trans-critical cycles, the design of reciprocating compressors returns to the center stage. Quick design and optimization of a compressor with arbitrary configuration is always a big challenge. This paper presents a new generic modeling approach to reciprocating compressors design. The reciprocating compressors were firstly torn down to components, e.g. compression chamber, valve, shaft, motor, crankcase, etc. Then the component models were developed to feature the sub-processes inside the components. Refrigerant flow, heat flow, power flow, and air flow (for intermediate cooler) between components were described on a network basis. Finally, the object-oriented programming method was applied to develop a graphical user interface for generic drag-and-drop modeling of reciprocating compressors with arbitrary configuration. Experimental data of a CO2 two-stage compressor and a R410A single-stage compressor were used to validate the generic modeling tool. The deviations in the mass flow rate and power consumption of R410A compressor are mostly within ±3% and ±5%, respectively, while the deviations in the mass flow rate and power consumption of CO2 compressor are mostly within ±8% and ±5%, respectively.

Figure 11 Object-oriented two-stage compressor model

(面向对象的两级压缩机模型)