Transient freezing of water between two parallel plates: A combined experimental and modelling study
International Journal of Heat and Mass Transfer(2020)
Abstract
•A laser-based method is developed to measure ice thickness and water velocity simultaneously•Heat losses and solidification rates are investigated during transient forced-convection freezing•The quasi-linear ice thickness growth is balanced by the temperature decrease of the plate•Symmetric velocity profiles are recorded along the spanwise length during freezing•A 1-D transient freezing model, able to predict growth profiles, rates and lag times, is developed
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Key words
Laser diagnostics,Mini channel,Molten salts,Particle image velocimetry,Solidification,Transient freezing
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