Numerical study of the pressure drop phenomena in wound woven wire matrix of a Stirling regenerator

SC Costa, H Barrutia, JA Esnaola, M Tutar - Energy Conversion and …, 2013 - Elsevier
Friction pressure drop correlation equations are derived from a numerical study by
characterizing the pressure drop phenomena through porous medium of both types namely
stacked and wound woven wire matrices of a Stirling engine regenerator over a specified
range of Reynolds number, diameter and porosity. First, a finite volume method (FVM) based
numerical approach is used and validated against well known experimentally obtained
empirical correlations for a misaligned stacked woven wire matrix, the most widely used due …

Numerical study of the pressure drop phenomena in Wound Woven Wire Matrix of a Stirling Regenerator

H Barrutia-Sarasua, JA Esnaola, M Tutar - 2013 - ebiltegia.mondragon.edu
Friction pressure drop correlation equations are derived from a numerical study by
characterizing the pressure drop phenomena through porous medium of both types namely
stacked and wound woven wire matrices of a Stirling engine regenerator over a specified
range of Reynolds number, diameter and porosity. First, a finite volume method (FVM) based
numerical approach is used and validated against well known experimentally obtained
empirical correlations for a misaligned stacked woven wire matrix, the most widely used due …
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