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PRINCIPLE OF FREQUENCY GRADIENTS AND ENERGY CONSERVATION LAWS FOR THE INTEGRATED FLUX AS A BASIS FOR SOLVING THE PROBLEM OF TURBULENCE
Authors: A. Aptsiauri, G. Aptsiauri
Abstract:
In the article is shown that the averaged equations of turbulent flows are not the result of integration of Navier-Stokes differential equation, but consequence of the fundamental principle of conservation for the averaged on time (or integrated) mass energy and momentum flows. Based on the fundamental law of conservation of material substance and principle of frequency gradients are obtained additional equations that gives the possibility to solve the problem of turbulence
Keywords: conservation laws; problem of turbulence; Reynolds equations.
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