Fully developed laminar buoyant flow in vertical cavities and ducts of bounded section

The fully developed flow in a vertical cavity or duct subject to horizontal heating is considered. Solutions of the Boussinesq equations are obtained for rectangular and elliptic sections, in terms of Fourier series and polynomials, respectively. Both generalize the familiar odd-symmetric cubic prof...

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Published inJournal of fluid mechanics Vol. 401; pp. 365 - 377
Main Author McBAIN, G. D.
Format Journal Article
LanguageEnglish
Published Cambridge Cambridge University Press 25.12.1999
Subjects
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ISSN0022-1120
1469-7645
DOI10.1017/S0022112099006783

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Abstract The fully developed flow in a vertical cavity or duct subject to horizontal heating is considered. Solutions of the Boussinesq equations are obtained for rectangular and elliptic sections, in terms of Fourier series and polynomials, respectively. Both generalize the familiar odd-symmetric cubic profile of the plane cavity. Uniqueness is demonstrated under the restriction that the flow is independent of height. For cavities with rectangular sections, it is predicted and verified that the flow in the plane of spanwise symmetry is practically independent of the span if this exceeds 1.7 times the breadth.
AbstractList The fully developed flow in a vertical cavity or duct subject to horizontal heating is considered. Solutions of the Boussinesq equations are obtained for rectangular and elliptic sections, in terms of Fourier series and polynomials, respectively. Both generalize the familiar odd-symmetric cubic profile of the plane cavity. Uniqueness is demonstrated under the restriction that the flow is independent of height. For cavities with rectangular sections, it is predicted and verified that the flow in the plane of spanwise symmetry is practically independent of the span if this exceeds 1.7 times the breadth. (Author)
The fully developed flow in a vertical cavity or duct subject to horizontal heating is considered. Solutions of the Boussinesq equations are obtained for rectangular and elliptic sections, in terms of Fourier series and polynomials, respectively. Both generalize the familiar odd-symmetric cubic profile of the plane cavity. Uniqueness is demonstrated under the restriction that the flow is independent of height. For cavities with rectangular sections, it is predicted and verified that the flow in the plane of spanwise symmetry is practically independent of the span if this exceeds 1.7 times the breadth.
Author McBAIN, G. D.
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Keywords Elliptical section
Boussinesq equations
Laminar flow
Rectangular cross section
Natural convection
Modelling
Velocity distribution
Cavity flow
Heat transfer
Language English
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Snippet The fully developed flow in a vertical cavity or duct subject to horizontal heating is considered. Solutions of the Boussinesq equations are obtained for...
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StartPage 365
SubjectTerms Convection and heat transfer
Exact sciences and technology
Fluid dynamics
Fundamental areas of phenomenology (including applications)
Laminar flows
Laminar flows in cavities
Physics
Turbulent flows, convection, and heat transfer
Title Fully developed laminar buoyant flow in vertical cavities and ducts of bounded section
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