Exact Equations of Motion of Turbulent Liquid Flow
V Budarin - European Science, 2024 - desymp.promonograph.org
V Budarin
European Science, 2024•desymp.promonograph.org… Currently, mathematical models are used, implemented in the form of a combination of
exact and semi-empirical equations that do not take into account rotational motion [1–4]. In
this paper, problems are considered within the framework of an averaged turbulence model,
which takes into account the influence of translational and rotational motion [1, 2, 4]. The
laws of motion of working bodies as a continuous medium are studied in fluid mechanics,
the mathematical basis of which is the equations of motion in stresses (Navier). …
exact and semi-empirical equations that do not take into account rotational motion [1–4]. In
this paper, problems are considered within the framework of an averaged turbulence model,
which takes into account the influence of translational and rotational motion [1, 2, 4]. The
laws of motion of working bodies as a continuous medium are studied in fluid mechanics,
the mathematical basis of which is the equations of motion in stresses (Navier). …
Abstract
The paper examines the problem of mathematical description of averaged turbulent flow and its special cases. The basis for the analysis is the stress equation of motion (Navier), to which known rheological equations are applied. To transform the terms of
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