April 12, 2024FluidsOpen Access

A Compressible Formulation of the One-Fluid Model for Two-Phase Flows

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This randomized trial demonstrates improved stability in compressible two-phase flows, highlighting new modeling approaches.

The model shows enhanced stability and precision across different fluid flow conditions, including both single-phase and two-phase flows.
Validation included tests like Sod's shock tube problem and isothermal viscous flows without capillary influences.
Monolithic solver couples velocity and pressure effectively within a compressible framework for fluid dynamics applications, emphasizing versatility in various scenarios and conditions for two-phase flows that involve interfacial challenges or capillary effects being accounted for throughout the simulations to ensure reliability against diverse operating conditions. The approach appears robust, suggesting potential advancements in the simulation of complex fluid dynamics problems.

Ouafa et al. (2024) studied this question.

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