Abstract
Abstract In this paper, which deals with submerged square-edged and chamfered short tubes or jets, the author shows by dimensional analysis and corroboratory experiment that the coefficient of discharge for geometrically similar jets is a function of the rate of discharge, the fluidity of the liquid, and the jet diameter. The effect of changing the angle of chamfer was studied as well as the influence of the variations in the length-diameter ratio on the discharge characteristic.
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