El Ouafa, S.; Vincent, S.; Le Chenadec, V.; Trouette, B.; Ferreka, S.; Chadil, A. A Compressible Formulation of the One-Fluid Model for Two-Phase Flows. Fluids2024, 9, 90.
El Ouafa, S.; Vincent, S.; Le Chenadec, V.; Trouette, B.; Ferreka, S.; Chadil, A. A Compressible Formulation of the One-Fluid Model for Two-Phase Flows. Fluids 2024, 9, 90.
El Ouafa, S.; Vincent, S.; Le Chenadec, V.; Trouette, B.; Ferreka, S.; Chadil, A. A Compressible Formulation of the One-Fluid Model for Two-Phase Flows. Fluids2024, 9, 90.
El Ouafa, S.; Vincent, S.; Le Chenadec, V.; Trouette, B.; Ferreka, S.; Chadil, A. A Compressible Formulation of the One-Fluid Model for Two-Phase Flows. Fluids 2024, 9, 90.
Abstract
In this paper, we introduce a compressible formulation for dealing with 2D/3D compressible
interfacial flows. The formulation is combined with an original monolithic solver, according to which
a strong velocity-pressure coupling is achieved. The results show that the scheme can ensure
accuracy and stability for various fluid flow scenarios: from the standard incompressible conditions
to compressible flows, spanning both single-phase and two-phase flows.
Copyright:
This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
