Non equilibrium gas-liquid flows in variable cross section ducts
作者： C. Pisoni , C. Schenone , L. A. Tagliafico
DOI: 10.1007/BF01476521
关键词: Liquid metal 、 Materials science 、 Cross section (physics) 、 Mechanics 、 Nozzle 、 Magnetic field 、 Energy–momentum relation 、 Flow (mathematics) 、 Magnetohydrodynamics 、 Classical mechanics 、 Momentum transfer
摘要: The behaviour of two-phase high velocity flows in variable cross section ducts was investigated using a one-dimensional numerical model developed for the study annular flow configuration. Heat, mass, and momentum transfer between phases during were considered. validation calculation procedure made with some experimental data air-water couple, while main application concerned evaluation from an expanding gas to entrained liquid stream droplet form. A metal-gas considered simulate process taking place plant where electrical power is generated by metal flowing magnetic field (MHD). effectiveness energy phase expansion evaluated influence nozzles different convergence angles investigated.
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