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Optimum design of complete matrix heat exchanger geometry
Published in
2010
Pages: 163 - 170
Abstract
Perforated plate matrix heat exchangers (MHE) are employed in applications that require high compactness (typically greater than 1500 m 2/m 3), high effectiveness (typically greater than 95%), and a small length (typically a few mm to a few hundred mm). There are no methods known in open literature for the complete sizing of the MHE. In this paper we, a method for the optimum sizing of MHE is presented. The results have been cross-checked using both local and global optimization methods. © 2010 IEEE.
About the journal
Journal2010 3rd International Conference on Thermal Issues in Emerging Technologies, Theory and Applications - Proceedings, ThETA3 2010
Open AccessNo
Concepts (6)
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    GLOBAL OPTIMIZATION METHOD
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    Matrix
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    Optimum designs
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    Global optimization
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    PERFORATED PLATES
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    Heat exchangers