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Finite-element method analysis of interaction effects for vaporising cylinders arranged in triangular configurations
S. K. Banerji, K. Sivasankaran, Ramamurthy Natarajan
Published in
1995
Volume: 38
   
Issue: 4
Pages: 607 - 613
Abstract
The interaction effect between vaporising cylinders arranged in three different triangular configurations, under quasi-steady non-convective conditions, has been determined by employing the finite-element method. The interaction effects are expressed in terms of the variation of the interaction coefficient with inter-particle separation, and the iso-density contours. It is seen that, while the interaction coefficients for all the cylinders increase with spacing, they are lower for cylinders which are surrounded by other cylinders. © 1995.
About the journal
JournalInternational Journal of Heat and Mass Transfer
ISSN00179310
Open AccessNo
Concepts (20)
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    CYLINDERS
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    Finite element method
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    VAPOURIZATION
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    Boundary conditions
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    Cylinders (shapes)
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    Density of gases
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    Geometry
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    Laplace transforms
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    Surfaces
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    BISPHERICAL COORDINATE SYSTEM
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    BURNING DROPS
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    COMPUTATIONAL DOMAIN
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    INTER PARTICLE SEPARATION
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    Interaction effects
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    ISO DENSITY CONTOURS
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    LABOWSKY APPROACH
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    Mass flux
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    STEFAN FLOW
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    VAPOR PRESSURE GRADIENT
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    Vaporization