Flow-boiling canopy wick capillary-viscous limit

Tong Kyun Kim,Julio Ferreira,HangJin Jo,Massoud Kaviany

International Journal of Heat and Mass Transfer（2021）

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摘要

•The fabricated-tested flow-boiling canopy wick shows significant enhancement in the dryout limit and thermal conductance, compared to the plain surface.•The bimodal, bilayer evaporator wick is capable of high maximum capillary pressure, and yet the capillary-viscous limit dominates over the levee-enhanced hydrodynamic limit.•Good agreement is found between CFD simulations/predictions and experiments.

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关键词

Flow boiling canopy wick,Enhanced critical heat flux,Capillary-viscous dryout limit,Hydrodynamic dryout limit,Perforated canopy wick with levees,Extreme heat flux,Enhanced heat transfer coefficient,Monolayer,Bimodal bilayer evaporator wick

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