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This paper reports the results of numerical investigation and analysis of the phenomenon of total temperature separation occurring in energetically isolated flows of compressible fluid. Numerical studies show that this phenomenon is also inherent in the flows of non-viscous ideal fluid in the presence of rotational motion of its particles. Based on the results of the analysis of the equations of motion of an ideal gas in a cylindrical coordinate system, using numerical results, conclusions are drawn about the causes leading to the redistribution of the total temperature in swirling flows of compressible fluid. Examples of flows with rotational motion of fluid particles, in which the studied phenomenon of total temperature redistribution is observed, are shown.
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Karpenko et al. (2024) studied this question.
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