Performance studies of energy consumption for single and multiple nozzle systems under impinging air jets
No Thumbnail Available
Date
2013-08
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
Springer
Abstract
Impinging air jets of various shapes, sizes and configurations are commonly used in heating, cooling and drying industrial processes. An analytical study has been carried out to optimise the thermal performance of single and multiple nozzle systems using impinging air jets. The optimisation of the nozzle array was given for practical purposes. The results show that within practical limits, a narrower nozzle size results in a greater heat and mass transfer coefficient. An economical analysis of the drying processes is also given for slot nozzles.
Description
Keywords
Thermodynamics, Mechanics, Heat-transfer, Mass-transfer, Impingement, Flow, Energy utilization, Jets, Mass transfer, Analytical studies, Economical analysis, Heat and mass transfer coefficients, Impinging air jet, Industrial processs, Nozzle systems, Performance study, Thermal Performance, Nozzles
Citation
Etemoğlu, A. B. ve Can, M. (2013). “Performance studies of energy consumption for single and multiple nozzle systems under impinging air jets”. Heat and Mass Transfer, 49(8), 1057-1070.