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The behavior of two subsonic streams through a single converging nozzle is numerically analyzed from the viewpoint of the choking of the compound nozzle flow. And a new criterion of the compound choking is presented taking the growth of the sonic line extending across the entire exit passage into consideration. The present criterion is compared and discussed with the one based upon the one-dimensional flow model presented by Bernstein et al.

Numerical Analysis on Compound Choked Flow by Confluence of Two-Subsonic Flows (Comparison with the Flow Model by Bernstein et al.)