In this study, a three-dimensional (3D) transient computational fluid dynamics (CFD) model
is presented to investigated liquid entrainment in gas–liquid flow through vertical T-junction …

The study of steam-condensation processes inside pipes of different orientation in space is
an urgent task for many industrial applications, including the creation of heat-recovery plants …

In recent optical flow experiments on a transparent volute-type radial centrifugal pump, an
accumulation of air bubbles to adherent gas pockets within the impeller blade channels was …

The overestimation of turbulence near large-scale interfaces in Reynolds-averaged per-
phase turbulence models is a well-known problem. Herein, this is addressed by analyzing …

abstract Stratified two‐phase flows of oil and water are important to the energy industry, and
models capable of predicting this type of flow are primordial. Many studies focus on fluids …

Hybrid multiphase flows are flows with both dispersed phase and large scale structures, and
generally have a wide range of interfacial length scales. Such flows are common in …

The consequences of liquid entrainment through the fourth stage Automatic
Depressurization System (ADS-4) of Advanced Passive nuclear power reactor (AP1000) are …

The aim of this study is to develop a wind-induced snow transport model in a turbulent
atmospheric boundary layer with the multiphase particle-in-cell (MP-PIC) approach. The …

The presence of a moving interface in two-phase flows challenges the accurate
computational fluid dynamics (CFD) modeling, especially when the flow is turbulent. For …

Most multiphase gas-liquid flows of industrial and engineering interest often encompass
multiple flow regimes and the transition between them. The wide range of interface scales …