Annular flow is characterized by a thin liquid film flowing on the pipe wall and a high velocity
gas core flowing in its center, which normally carries liquid droplets. This review presents …

Two-phase annular flow in vertical pipes is one of the most common and important flow
regimes in fluid mechanics, particularly in the field of building drainage systems where …

The calculation of void fraction for two-phase refrigerant flow in pipes is required in many
fields. Although numerous void fraction correlations have been proposed and lots of related …

The current work investigates flow-induced vibrations for air-water two-phase passing
through bends. The vibration of a 90° U-bend structure with a radius to diameter ratio of 0.4 …

This is an experimental study of the effects of liquid viscosity (μL) and surface tension (γ) on
the size of droplets produced by an atomizer fed with a two-phase gas/liquid (TPGL) mixture …

The effervescent atomization from an industrial Coker feed nozzle is compared for two
different gas densities (air and mixed gas of 81.4 vol.% helium/18.6 vol.% nitrogen) at …

Pseudo-slug flow is a sub-regime of intermittent flow that is characterized by short,
undeveloped, frothy chaotic slugs, with a translational velocity less than the mixture velocity …

The behavior of two-phase flow and corresponding flow regimes in helical tubes significantly
differ when compared to two-phase flows in straight tubes due to centrifugal and torsion …

Pipeline vibration induced by fluid flow can cause pipeline fatigue damage, which seriously
endangers the safety of the operation. This paper aims to clarify the dynamic variation law of …

Submerged gaseous jets injected into stagnant water are commonly found in many
industrial processes and engineering applications, like underwater propulsion, metallurgical …