Numerical simulation of wavy liquid film flowing down on a vertical wall and an inclined wall
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Numerical simulation of evaporating wavy falling liquid films in laminar gas streams
2022, International Journal of Heat and Mass TransferReview on the steam-liquid separation in the steam generator of nuclear power plants
2022, Annals of Nuclear EnergyExperimental study on hydrodynamics of ionic liquids systems in falling film evaporator
2022, Chemical Engineering and Processing - Process IntensificationCitation Excerpt :That leads to the bottom parts of the adjacent fluctuations collide with others and integrate into the laminar bottom layer. The fluctuations are left with sharp and thin tops [45, 46]. As a result, the amplitude of fluctuation decreases.
Characteristic analysis of fluctuating liquid film flow behavior and heat transfer in nitrogen condensation
2021, Applied Thermal EngineeringNumerical analysis of nitrogen condensation heat transfer enhancement with liquid film fluctuation at cryogenic temperature
2020, International Journal of Heat and Mass TransferCitation Excerpt :On the other hand, computational fluid dynamics (CFD) methods have achieved some success [18-23] in describing liquid film flow behaviors with high fidelity. Miyara [18] performed CFD simulations for water on solitary waves with low Reynolds numbers. It was found that the recirculation zone in the solitary wave enhances the heat transfer between the liquid film and the wall, and the size of the vortex increases when Reynolds number increases.
Wavy falling film of nanofluid over a vertical plate considering nanoparticle migration
2020, International Journal of Heat and Mass Transfer
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