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Xu Hai-tao (2005)
Numerical Simulation of the Performance of Steam-Jet Vacuum PumpJournal of Chemical Engineering of Chinese Universities
L. Dong (2002)
Numerical Simulation and Experimental Study of the Exhaust Gas Eductor of a Marine Gas TurbineJournal of Engineering for Thermal Energy and Power
H. J. Li (2004)
Study of the performance, configuration and particular flow phenomena of an ejector
Yang Yan-qin, An Zhi-qiang, Jin Shu-dong (2006)
Study on numerical simulation of ejector flow fieldjOURNAL OF southwest University for Nationalities, 32
E. Ya. Sokurov (1977)
Ejector (in Chinese, Huang Q Y)
S. Riffat, S. Omer (2001)
CFD modelling and experimental investigation of an ejector refrigeration system using methanol as the working fluidInternational Journal of Energy Research, 25
W. G. Xie (1997)
Optimum length of injector mixerGas and Heat, 17
J. M. Wu (2005)
Hydromechanics
L. Wang D. M. Li (2002)
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Abstract The influence of nozzle position on the performance of an ejector was analyzed qualitatively with free jet flow model. Experimental investigations and computational fluid dynamics (CFD) analysis of the nozzle position of the subsonic ejector were also conducted. The results show that there is an optimum nozzle position for the ejector. The ejecting coefficient reaches its maximum when the nozzle is positioned at the optimum and decreases when deviating. Moreover, the nozzle position of an ejector is not a fixed value, but is influenced greatly by the flow parameters. Considering the complexity of the ejector, CFD is reckoned as a useful tool in the design of ejectors.
"Frontiers in Energy" – Springer Journals
Published: Jun 1, 2009
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