In this study, strong nonlinear interactions of one and two underwater explosion bubbles
with a free surface are numerically studied using an axisymmetrical fully compressible three …

This review paper aims to summarize recent advancements in time-marching schemes for
solving Navier–Stokes (NS) equations in multiphase flow simulations. The focus is on dual …

A compressible homogeneous mixture model was adopted to numerically investigate the
dynamics of an underwater explosion bubble. The bubble-water interfaces were captured by …

Here, an unsteady natural cavitating flow around an axisymmetric projectile is
computationally studied using a homogeneous multiphase approach. The numerical models …

This work evaluates several approaches for sharp phase interface-capturing in
computations of multi-phase mixture flows. Attention is focused on algebraic interface …

Engineering interest in natural and ventilated cavities about submerged bodies and in
turbomachinery has led researchers to study and attempt to model large scale cavitation for …

An algorithm based on the combination of time-derivative preconditioning strategies with low-
diffusion upwinding methods is developed and applied to multiphase, compressible flows …

This paper presents the application of a dual-time stepping scheme to the computation of
unsteady cavitating and ventilated flows. The flows are modeled for multidimensional …

In this study, a fully compressible three-phase numerical model for steam condensation flow
in the presence of air is presented. The model solves the Reynolds-averaged Navier–Stokes …

A numerical study on heat transfer effects of cavitating and flashing flows was conducted by
employing a compressible homogeneous mixture approach. A dual-time preconditioned …