EFFECTS OF NATURAL CONVECTION ON ICE FORMATION AROUND AN ISOTHERMALLY COOLED HORIZONTAL CYLINDER.
Author(s) : CHENG K. C., INABA H., GILPIN R. R.
Type of article: Article
Summary
THE EFFECTS OF MAXIMUM DENSITY NEAR 277 K (4 DEG C) ON STEADY-STATE, TWO-DIMENSIONAL ICE FORMATION AROUND AN ISOTHERMALLY COOLED HORIZONTAL CYLINDER IN A QUIESCENT WATER BATH ARE STUDIED EXPERIMENTALLY. THE STAGNATION POINT NUSSELT NUMBER, LOCAL HEAT TRANSFER COEFFICIENT, AND AVERAGE NUSSELT NUMBER BEHAVIOUR AT THE ICE-WATER INTERFACE ARE STUDIED. THE TEMPERATURE FIELD IN THE ICE LAYER IS DETERMINED FROM THE MEASURED ICE PROFILES. THE AVERAGE ICE LAYER THICKNESS AND TOTAL LOW-TEMPERATURE HEAT STORED IN THE ICE LAYER CAN BE CORRELATED.
Details
- Original title: EFFECTS OF NATURAL CONVECTION ON ICE FORMATION AROUND AN ISOTHERMALLY COOLED HORIZONTAL CYLINDER.
- Record ID : 1989-2048
- Languages: English
- Source: J. Heat Transf. - vol. 110 - n. 4A
- Publication date: 1988
- Document available for consultation in the library of the IIR headquarters only.
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Indexing
- Themes: Thermal energy storage
- Keywords: Ice; Horizontal tube; Free convection; Calculation; Heat transfer; Thermal energy storage
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- Date : 1989
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