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 …

Precise prediction of the gas–liquid slug flow is crucial for proper design and operation at
various industrial processes. This paper provides a comprehensive review of published …

A mechanistic approach to the prediction of hydrodynamic slug initiation, growth and
subsequent development into continuous slug flow in pipelines is presented. The approach …

Pipelines conveying a multiphase mixture must withstand the cyclic induced stresses that
occur due to the alternating motion of gas pockets and liquid slugs. Few previous studies …

Slug flow is the most prevalent problem of two-phase fluid transportation in the petroleum
industries. Here, large amplitude waves lead to the pipe blockage that possible to cause the …

Flow visualisation experiments are carried out to analyse the internal structure of different
sub-regimes of slug flow. Five distinct slug flow sub-regimes are identified based on the …

It is with great pleasure that I welcome this book by Professor Barry Azzopardi to the Series.
Multiphase flows, and in particular the gas-liquid flows which are the subject of this book, are …

Two-phase horizontal intermittent flow in straight pipes is experimentally investigated. A new
procedure is proposed to characterize the flow through the statistical analysis of the …

Flow visualisation experiments are reported for intermittent regime of gas–liquid two-phase
flow. Intermittent flow characteristics, which include plug/slug frequency, liquid plug/slug …

Measurements are presented for the shedding rate of liquid from slugs created by the flow of
air and water in a horizontal 0.0953 m pipe at atmospheric conditions. These are used to …