An exergy method for compressor performance analysisMéthode exergétique d'analyse des performances des compresseurs
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Cited by (29)
Another way of cleaner public transportation: Four-stroke high torque CAE (Compressed Air Engine) performance analysis and CAE bus
2022, Energy ReportsCitation Excerpt :Xiamen University in China also announced an independently designed small light utility CAE vehicle in 2021 (Xiamen radio and television station, 2021). In theoretical research on CAE: The analysis method based on the second law of thermodynamics is often used to explore various power plants’ operation efficiency and optimization techniques, such as compressors, expanders, and engines (Al-Najem and Diab, 1992; McGovern and Harte, 1995; Rakopoulos and Giakoumis, 1997; Thomas et al., 2012; Fu et al., 2013). As the same research theories and methods, some scholars have also studied the energy conversion process of CAE (Liu and Yu, 2008; Subiantoro et al., 2016; Zeng and Xu, 2018; Mytrofanov and Proskurin, 2021).
Thermodynamic design of a mesoscale vapor compression cooling device
2019, Applied Thermal EngineeringThermal loss analysis of hermetic compressors using numerical simulation
2018, Applied Thermal EngineeringCitation Excerpt :Finally, an evaluation of the different losses concerning loss mechanism is carried out which uses entropy generation and exergy loss as reference thermodynamic quantities. Compressor loss analysis in terms of exergy can be found in Mc Govern and Hart [16] and Mc Govern and Hart [17]. These studies are based on analytic models resulting in low spatial resolution compared to the proposed method based on CFD simulation.
Exergy analysis and entropy generation of a reciprocating compressor applied in CNG stations carried out on the basis models of ideal and real gas
2017, Applied Thermal EngineeringCitation Excerpt :Applying entropy equation and exergy efficiencies in modeling reciprocating compressor is a powerful tool to optimize design factors, consequently, many researchers have applied this concept in their studies [16–18]. In one study, an exergy manner for compressor proficiency detailed examination has been offered by Harte and McGovern [16]. In another study Aprea et al. [18] studied an exergetic lysis of a vapor compressor refrigeration plant, which the refrigeration capacity is controlled by varying the compressor speed.
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