International Journal of Heat and Mass Transfer
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Generically Dependent Continuant
RDF description of Effect of tube-to-tube conduction on plate-fin and tube heat exchanger performance - http://orbis.uaslp.mx/vivo/individual/scopus585
We study the effect of heat transfer between the tubes of a plate-fin and tube heat exchanger by conduction through the fins. Fin conduction not only enhances heat transfer to the over-tube fluid, but also increases tube-to-tube conduction. A continuum model to evaluate this conduction is developed and conditions under which it may or may not be neglected are determined. The effect of parametric variation on the performance of a single-row plate-fin and tube heat exchanger is considered in some detail. Tube-to-tube conduction is found to degrade the performance of the heat exchanger. It is found that the same heat transfer area distributed in a different number of tubes affects its performance. © 1997 Elsevier Science Ltd.
Effect of tube-to-tube conduction on plate-fin and tube heat exchanger performance
Approximation theory; Differential equations; Fins (heat exchange); Geometry; Mathematical models; Thermal insulation; Tubes (components); Adiabatic conditions; Continuum model; Heat conduction
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