Abstract
In this work, plane turbulent jets are simulated numerically using a three-dimensional computational model. The simulated jets exclude the influence of the free surface and solid boundaries on the jets. The accuracy of turbulent schemes is assessed by analyzing the decay of the average velocity, the rate of growth of the jet, and the similarity of the profiles of the longitudinal and vertical velocities. The results of the two turbulent closure schemes are compared with experimental and theoretical studies to determine their accuracy.
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