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Thermodynamical Influence of the Mesh Geometry on the Wire Mesh Regenerator

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Bibliographische Detailangaben
Titel:	Thermodynamical Influence of the Mesh Geometry on the Wire Mesh Regenerator
Autoren:	Koščak Kolin, Sonja, Kolin, Ivo, Capata, Roberto, Lucentini, Marco
Weitere Verfasser:	Laing, Doerte
Verlagsinformationen:	2001.
Publikationsjahr:	2001
Schlagwörter:	mesh geometry, mesh porosity, thermodynamics
Beschreibung:	The wire mesh regenerator could be assembled from the most various meshes, produced in whatever country. Nevertheless, there are still general common thermodynamical relations, valid for the meshes having the same number of holes along one inch. More particularly, the mesh geometry mainly depends upon wire diameter and distance between two wires. This could be used for numerous meshes of the same type, without regard to the country of origin. Therefore, mathematical expressions deduced from basic mesh geometry, cause the same thermodynamical effect in the wiremesh regenerator assembled from the equal number of meshes.
Publikationsart:	Conference object
Sprache:	English
Zugangs-URL:	https://www.bib.irb.hr/98912
Dokumentencode:	edsair.57a035e5b1ae..325a344799d6b609ad20f3ced9a25bb9
Datenbank:	OpenAIRE

Beschreibung
Abstract:	The wire mesh regenerator could be assembled from the most various meshes, produced in whatever country. Nevertheless, there are still general common thermodynamical relations, valid for the meshes having the same number of holes along one inch. More particularly, the mesh geometry mainly depends upon wire diameter and distance between two wires. This could be used for numerous meshes of the same type, without regard to the country of origin. Therefore, mathematical expressions deduced from basic mesh geometry, cause the same thermodynamical effect in the wiremesh regenerator assembled from the equal number of meshes.