Based on the shape of the interface elongated bubble/liquid slugs and the liquid slugs'
aeration, the horizontal intermittent flow can be divided into three sub-regimes including …

Slug frequency is one of the most important parameters for designing industrial installations
where intermittent gas-liquid flows could be found. Thus, the literature is found full of various …

In this study, flow visualization, pressure drop and thermal characteristics of the corrugated
tube with non-boiling air–water two-phase flow were experimentally studied. Glass tubes …

New experimental data are presented in this study for intermittent two and three-phase flows
through horizontal pipelines involving air, water and polypropylene pellets of sizes ranging …

The formation and agglomeration of gas hydrates represent a critical issue in flow
assurance. This research aims to evaluate the transport and impact of particles on the slug …

Intermittent flow is one of the most complex flow regimes in horizontal pipes. Various studies
have classified this regime as two distinct subregimes: plug and slug flow. This classification …

Pipeline transport of three-phase (gas, liquid, and solid particles) flows has become
increasingly prevalent in various industrial applications. Due to complicated fluid phase …

Correct prediction of frictional pressure drop is crucial to designing and maintaining two-and
three-phase flow systems. This study investigated experimentally the total and frictional …

To ensure the flow safety of the offshore gathering pipeline system, it is critical to study the
large-scale pressure wave propagation behavior and predict the two-phase pressure drop in …

The solids transport and the conditions required to begin the transport of granular particles,
or to avoid their deposition, in three-phase turbulent flows of mixtures of gas–liquid–solids …