The study reveals that the selected droplet flow rate affects the spread dynamics of the two droplets, resulting in various droplet heat transfer patterns.
The study reveals that the selected droplet flow rate affects the spread dynamics of the two droplets, resulting in various droplet heat transfer patterns.
The present study focusses on simulations of two consecutively impinging concentric droplets on a heated surface in ambient conditions. A numerical model with ...
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The present study focusses on simulations of two consecutively impinging concentric droplets on a heated surface in ambient conditions. A numerical model with ...
Apr 15, 2024 · Within a certain range, increases in the jet flow rate and droplet horizontal spacing enhance the cooling effect of the film and expand the area ...
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Influence of flow rate and surface thickness on heat transfer characteristics of two consecutively impinging droplets on a heated surface. Article. Feb 2021 ...
This paper provides a comprehensive review of published literatures concerning the fluid mechanics and heat transfer mechanisms of liquid drop impact on a ...
Extensive studies of two concentric droplets consecutively impinging over a thin heated foil surface are carried out to compare the spread and heat transfer ...
Guggilla, Influence of flow rate and surface thickness on heat transfer characteristics of two consecutively impinging droplets on a heated surface, Int. J ...
The heat transfer in the vicinity of the three-phase contact line, where solid, liquid and vapour meet, contributes significantly to the global heat transfer.