Influence of the heat transfer model on the estimation of mass transfer

Chapter 2 2.1 Capillary Pressure in Passive Heat Transfer devices

Fig. 9 presents the results of the evaporator heat-transfer coefficient as a function of the heat flux. 10 presents the distribution of the heat flux vectors defined in Eq. The

In order to compare the thermo-hydraulic behavior of the dynamic heat exchanger to a heat exchanger made of a straight channel, the heat transfer coefficient is reported as a

Although the confinement increases the heat transfer coefficient, it was shown that dry-out had the opposite effect and was dominant in mini-channels. Thus it is possible that

NUMERICAL COMPARISON BETWEEN S-MODEL KINETIC EQUATION AND MOLECULAR DYNAMICS SIMULATIONS FOR HEAT TRANSFER THROUGH ARGON VAPOR.. The 10th International Conference on Boiling

[6] A.E.Bergles Heat Transfer Enhancement The Encouragement and Accommodation of High Heat Fluxes Trans.ASME J.Heat Transfer 119,9-19(FEBRUARY 1997).. [7] FIEBIG,M ,Vortice

Keywords: Profile extrusion cooling stage, heat transfer coefficient identification, fitting, finite volume method, polymer

Fig. 9 presents the results of the evaporator heat-transfer coefficient as a function of the heat flux. 10 presents the distribution of the heat flux vectors defined in Eq. The