Experimental optimization of air jets impinging on a continuously moving flat plate
No Thumbnail Available
Date
2003-06
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
Springer
Abstract
A single air jet or an array of air jets, impinging normally on a surface, may be used to achieve enhanced heat and mass transfer coefficients for convective heating, cooling and drying. To provide data for designers of industrial equipment, a programme of research has been implemented to study the heat and mass transfer processes. An original optimization of nozzle arrays under impinging air jets has been given for both academic and industrial users. Also optimum parameters presented here are simple and have a wide applicability.
Description
Keywords
Thermodynamics, Mechanics, Convective heat-transfer, Mass-transfer, Impingement, Air, Cooling, Drying, Heat convection, Heat transfer coefficients, Industrial applications, Industrial research, Nozzles, Optimization, Surface, Air jets, Experimental optimization, Nozzle arrays, Jets
Citation
Can, M. (2003). “Experimental optimization of air jets impinging on a continuously moving flat plate”. Heat and Mass Transfer, 39(5-6), 509-517.