Boiling phenomena forced convection

While dimensional analysis is often a useful tool for dealing with a problem, it has not yet been successful for studying this phenomenon, mainly because the fluid properties of importance in forced-convection boiling have not been identified. Burn-out correlations based on dimensional analysis have appeared, e.g., Griffith (G5), Reynolds (R2), Zenkevitch (Zl), Ivashkevich (12), Tong et al. (T6), but the fluid properties used in these cases have been chosen on the basis of various assumptions without any demonstration that the properties used were the correct ones. They have, in fact, been shown in recent work by Barnett (B5), (to be considered later) to be either incorrect or incomplete. 

Knud 0stergaard, Gas-Liquid-Particle Operations in Chemical Reaction Engineering J. M. Prausnitz, Thermodynamics of Fluid-Phase Equilibria at High Pressures Robert V. Macbeth, The Burn-Out Phenomenon in Forced-Convection Boiling William Resnick and Benjamin Gal-Or, Gas-Liquid Dispersions... 

The Burn-Out Phenomenon in Forced-Convection Boiling Robert V. Macbeth Gas-Liquid Dispersions... 

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