This paper presents a robust, adaptive numerical scheme for simulating high density ratio
and high shear multiphase flows on locally refined staggered Cartesian grids that adapt to …

We develop a consistent adaptive framework in a multilevel collocated grid layout for
simulating two-phase flows with adaptive mesh refinement (AMR). The conservative …

A morphology adaptive modeling framework is derived that is able to handle
computationally efficiently dispersed as well as resolved interfacial structures coexisting in …

The two-fluid model with bubble oscillations, proposed by Egashira et al.(2004), can explain
the properties of cavitating bubbly flow and pressure wave propagation in the bubbly liquid …

Free surfaces of large bubbles are involved in gas injection into liquid through a top-
submerged lance. The Volume of Fluid (VOF) multiphase model is chosen to simulate these …

Multiple spatial scale is an important characteristic of two phase flow phenomena. The micro-
scale and macro-scale flow structures are obviously different in flow state and have different …

We develop a unified adaptive level set (LS) framework using the multi-level collocated grid
for incompressible two-phase flows. This framework allows us to advance all variables level …

The transient behavior of the immiscible two liquids interface, which is initiated by the rising
gas bubble was investigated using Smoothed Particle Hydrodynamics (SPH) model. This …

This study addresses the characteristics of the interpolation functions and interface
reconstruction routines for the VOF–Volume of Fluid method available in the commercial …

Industrial multiphase flows are typically characterized by coexisting morphologies. Modern
simulation methods are well established for dispersed [eg, Euler-Euler (EE)] or resolved [eg …