This paper describes a numerical heat/mass transfer analysis for planar and square duct geometries, found in certain fuel cells. Both developing and fully-developed scalar transport are considered. The solution to the heat/mass transfer problem is presented in terms of normalized conductance as a function of the driving force and wall Reynolds/Peclet numbers.

Topics:
Fuel cells, Mass transfer, Heat, Ducts, Electrical conductance, Scalars
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Copyright © 2003
 by ASME
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