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KIAM Preprint  61, Moscow, 2021
Authors: Ivanov A.V., Kraposhin M.V., Elizarova T.G.
On a new method for regularizing equations two-phase incompressible fluid
This paper presents a new method for the numerical simulation of two-phase incompressible immiscible flows. The methodology is based on the hydrodynamic equations regularization method using the quasi-hydrodynamic approach. Two systems of regularized equations are developed, which differ in terms of velocity regularization. The comparison of the described equations systems and the approbation of the numerical model on two numerical tests are given: dam break problem with the bottom step, for which the experimental data are described (Koshizukas experiment), and the cubic drop evolution problem. The latter problem is a model one with artificially specified parameters that demonstrates the effects of surface tension. A numerical model of two-phase flows is implemented in the open-source platform OpenFOAM using the finite volume method.
twophase incompressible flows, quasihydrodynamic approach,regularized euqations, Volume of Fluid, OpenFOAM
Publication language: russian,  pages: 27
Research direction:
Mathematical modelling in actual problems of science and technics
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About authors:
  • Ivanov Aleksandr Vladimirovich, RAS; ISP RAS
  • Kraposhin Matvey Viktorovich,,  ISP RAS
  • Elizarova Tatiana Gennadyevna, RAS