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- W1996901421 abstract "A simple mechanistic model is developed based on the combination of Kelvin-Helmholtz and Rayleigh-Taylor instability theory to describe the breakup of freely rising or falling fluid particles, i.e. bubbles and drops. The breakup is predicted to occur if the growth rate of interfacial waves on the leading front is faster than the rate at which waves propagate around the interface to the side of the particle. Based on this theoretical model and available experimental data, simple correlations are developed to predict the maximum size a fluid particle can reach. Predicted values of the breakup diameter are compared with experimental data for cases of freely rising bubbles, falling drops in gas and freely falling or rising drops in immiscible liquids. The results are extended to predict the maximum droplet size in a high-velocity gas field which is the most interesting case in terms of practical applications. Good agreement between predicted values and experimental data indicates that the principal mechanisms involved in the fluid particle breakup process are properly accounted for by the proposed model." @default.
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- W1996901421 date "1989-07-01" @default.
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- W1996901421 title "Breakup criteria for fluid particles" @default.
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- W1996901421 doi "https://doi.org/10.1016/0301-9322(89)90054-2" @default.
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