Abstract
In this article measurements of mean velocities and heat-transfer rates in a cylindrical wall jet formed by a jet emerging through a convergent nozzle are presented. The heat-transfer rate and the maximum velocity decay are influenced by the transverse curvature present. The experimental results are correlated successfully by using the diameter of the cylinder to slot height ratio as the curvature parameter. With a diameter to slot height ratio of 0.125, the Stanton number values for a cylindrical wall jet are as much as 1.7 times that of a plane wall jet, under similar conditions.
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