A 1-D analysis of ejector performance
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Cites background from "A 1-D analysis of ejector performan..."
...Recently, Kasperski and Gil [191] presented a theoretical analysis based on a 1D model developed by Huang et al. (1999) [241]....
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References
514 citations
"A 1-D analysis of ejector performan..." refers background or methods in this paper
...[3] assumed that the pressures of the primary and the entrained flows at the exit of the nozzle have an identical pressure....
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...[3] is however unable to analyze the choking of the entrained flow at critical operation mode....
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...[3] assumed that mixing of the two streams takes place inside the suction chamber with a constant or uniform pressure from the exit of the nozzle to the inlet of the constant-area section....
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...[3] was frequently used in the analysis of constant-pressure ejector [1,4,5]....
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317 citations
"A 1-D analysis of ejector performan..." refers background in this paper
...whereVm is the velocity of the mixed flow andfm is the coefficient accounting for the frictional loss [8]....
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302 citations
"A 1-D analysis of ejector performan..." refers background in this paper
...In practice, two choking phenomena exist in the ejector performance [6,7]: one in the primary flow through the nozzle and the other in the entrained flow....
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...Munday and Bagster [6] postulated that after exhausting from the nozzle, the primary flow fans out without mixing with the entrained flow and induces a converging duct for the entrained flow....
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...A hypothetical throat area, or “effective areaAe” [6,7], was defined for the entrained flow at critical operation mode....
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186 citations
"A 1-D analysis of ejector performan..." refers background in this paper
...The nozzle position is also an important factor affecting the ejector performance [11]....
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171 citations