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Experimental Study of the Effect of Non-circular Flow Geometry on the Critical Heat Flux by I.L Pioro; S.C Cheng; D.C Groeneveld; A.Ž Vasić; S Pinchon; G Chen is a Engineering article available to read on EtoBox.

What is Experimental Study of the Effect of Non-circular Flow Geometry on the Critical Heat Flux about?

An experimental study of the effect of flow geometry (circular, rectangular, triangular, and dumb-bell shaped) on the critical heat flux (CHF) was performed using R-134a as a coolant. The CHF is affected by the following geometric parameters: hydraulic-equivalent diameter, heated length, gap size, channel shape, and curvature. It may also be affected by the thermal conductivity of the wall material and wall thickness. The effect of flow geometry on CHF is influenced by flow parameters. The effect of these parameters on CHF was examined, and recommendations for predicting the CHF in non-circular geometries have been made.

Who reads Experimental Study of the Effect of Non-circular Flow Geometry on the Critical Heat Flux?

Author

I.L Pioro; S.C Cheng; D.C Groeneveld; A.Ž Vasić; S Pinchon; G Chen

Publisher

Elsevier Science; Elsevier ; Elsevier BV (ISSN 0029-5493)

Published

1999

Language

EN

Field

Engineering (Physical Sciences)