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A REVIEW OF OPTIMAL RADIAL BLOWER DESIGN FOR ELECTRONIC COOLING SYSTEM
1Kiran Patil, 1Subham Kharche, 1Abhijit Mate, 1Satish Chaudhari 2Dr. Ashwini Kumar, 3Prof. Kiran Londhe, 4Prof. Vipul R. Kaushik

Published in: Journal for Advance Research in Applied Sciences
Volume- 4, Issue-5, pp.41-47, Oct 2017
DPI :-> 16.10089.JARAS.2017.V4I5.4147.2004



Abstract
Cooling system fans have been used to cool electronics for a long time. However, the recent trends of changes in electronic devices call for an evolved electronic cooling fan which can effectively dissipate heat in electronics that have even more power in smaller packages. Heat production in much equipment continues to rise as compact consumer electronics products increase in power and functionality. Though the size of electronics may be small, the amount of heat generated can be enormous. A few examples of this case are: laptop computers with powerful processors, projection systems in which heat is generated by the light source, and even set-top boxes. To generate air flow around heat generating components in electronic equipment and to dispel heat effectively requires active cooling with the help of fans. In the present paper a review report on comprehensive description for thermal conditions for cooling purpose with the help of an optimally designed radial blower, for electronic devices has been summarized

Key-Words / Index Term
CFD, Icepack, Radial Blower, Fan Curve, Thermal Analysis, Macro Model, System Level Modeling, Experimental Measurements

How to cite this article
1Kiran Patil, 1Subham Kharche, 1Abhijit Mate, 1Satish Chaudhari 2Dr. Ashwini Kumar, 3Prof. Kiran Londhe, 4Prof. Vipul R. Kaushik , “A REVIEW OF OPTIMAL RADIAL BLOWER DESIGN FOR ELECTRONIC COOLING SYSTEM”, Journal for Advance Research in Applied Sciences, 4, Issue-5, pp.41-47, Oct 2017. DPI:16.10089.JARAS.V4.I5.2004