Abstract
The thermal crisis of the vorticity source at a given energy input at a constant pressure has been investigated from the viewpoint of a perfect gas model and Euler equations. The energy release rates given per unit mass or unit volume of the gas with vorticity source outflow into a vacuum and a submerged space have been considered. The features of analytical solutions for the gas-dynamic parameters in various regimes and for different variants of the vorticity source with energy input, including heat removal, have been investigated. The boundaries of the region of energy input at a constant pressure have been determined.
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