NATURAL CONVECTION HEAT TRANSFER THROUGH HORIZONTAL CHANNEL CONNECTING TWO FLUID ENCLOSURES AT DIFFERENT TEMPERATURES.

Heiu-Jou Shaw; Cha'o Kuang Chen

NATURAL CONVECTION HEAT TRANSFER THROUGH HORIZONTAL CHANNEL CONNECTING TWO FLUID ENCLOSURES AT DIFFERENT TEMPERATURES.

Department of Systems and Naval Mechatronic Engineering

Research output: Contribution to conference › Paper › peer-review

Abstract

This paper describes the numerical study of the phenomenon of natural convection in two enclosures connecting by a horizontal adiabatic channel. The two containers have the same fluid. The two vertical end-walls of the two containers are kept at different temperatures, and the others boundaries of the system are adiabatic. Flow patterns, temperature profiles and streamlines between the two enclosures and average heat transfer coefficients on the boundary surfaces are presented by cubic spline collocation method for various locations of the horizontal channel and Rayleigh number Ra.

Original language	English
Pages	385-393
Number of pages	9
Publication status	Published - 1987 Dec 1

All Science Journal Classification (ASJC) codes

Engineering(all)

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title = "NATURAL CONVECTION HEAT TRANSFER THROUGH HORIZONTAL CHANNEL CONNECTING TWO FLUID ENCLOSURES AT DIFFERENT TEMPERATURES.",

abstract = "This paper describes the numerical study of the phenomenon of natural convection in two enclosures connecting by a horizontal adiabatic channel. The two containers have the same fluid. The two vertical end-walls of the two containers are kept at different temperatures, and the others boundaries of the system are adiabatic. Flow patterns, temperature profiles and streamlines between the two enclosures and average heat transfer coefficients on the boundary surfaces are presented by cubic spline collocation method for various locations of the horizontal channel and Rayleigh number Ra.",

author = "Heiu-Jou Shaw and Chen, {Cha'o Kuang}",

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N2 - This paper describes the numerical study of the phenomenon of natural convection in two enclosures connecting by a horizontal adiabatic channel. The two containers have the same fluid. The two vertical end-walls of the two containers are kept at different temperatures, and the others boundaries of the system are adiabatic. Flow patterns, temperature profiles and streamlines between the two enclosures and average heat transfer coefficients on the boundary surfaces are presented by cubic spline collocation method for various locations of the horizontal channel and Rayleigh number Ra.

AB - This paper describes the numerical study of the phenomenon of natural convection in two enclosures connecting by a horizontal adiabatic channel. The two containers have the same fluid. The two vertical end-walls of the two containers are kept at different temperatures, and the others boundaries of the system are adiabatic. Flow patterns, temperature profiles and streamlines between the two enclosures and average heat transfer coefficients on the boundary surfaces are presented by cubic spline collocation method for various locations of the horizontal channel and Rayleigh number Ra.

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