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EXPERIMENTAL STUDY OF COPPER COILS ON EVAPORATIVE TUBULAR HEAT DISSIPATOR TO FIND THE EFFECT OF REYNOLDS NUMBER OF WATER AND INLET TEMPERATURE OF PROCESS FLUID ON DRY OUT HEAT FLUXES WITH ONLY WATER FLOW

Journal: International Journal of Engineering Sciences & Research Technology (IJESRT) (Vol.5, No. 2)

Publication Date:

Authors : ; ;

Page : 923-930

Keywords : Reynolds number of water; Dry out Heat flux; Onset heat flux; Permanent heat flux; Heat Dissipation; Evaporative tubular heat dissipator; copper coils.;

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Abstract

The experimental results of a copper coils of an evaporative tubular heat dissipator are investigated in this paper. Effect of Reynolds number of water and inlet temperature of process fluid (hot water) on dry out heat flux with only flow water is determined on different operating conditions. Based on the experiments it is concluded that due to increase in the value of Reynolds number of water ( Re w ) & inlet temperature of process fluid ( Tpi ) the dry out heat flux on ( Qon ) & ( Qper ) are increased.

Last modified: 2016-02-27 12:53:18