Simulation of ice and frost generation on air cooler surface
UDC 664.7
Semenov E. V., Babakin B. S., Voronin M. I., Lasaro Morehon
Abstract
Quantitative analysis of ice and frost formation is being carried out on an unbounded plate and an unbounded cylinder that model an air cooler wall. The rate of ice and frost layer growth on the given surfaces is estimated depending on thermal physical parameters of the process in terms of a model of Stephan problem type.
Keywords: air cooler, modeling, ice- and frost formation, cooled surface, heat and mass transfer, Stefan method, phase changes.
Simulation of ice and frost generation on air cooler surface
Abstract
Quantitative analysis of ice and frost formation is being carried out on an unbounded plate and an unbounded cylinder that model an air cooler wall. The rate of ice and frost layer growth on the given surfaces is estimated depending on thermal physical parameters of the process in terms of a model of Stephan problem type.
Keywords: air cooler, modeling, ice- and frost formation, cooled surface, heat and mass transfer, Stefan method, phase changes.
Русский
English
