The accurate prediction of two-phase gas and liquid flow regimes is important in the proper
design, operation and scale-up of pressure management and fluid handling systems in a …

Shear-thinning non-Newtonian fluids are applied in a variety of chemical processing,
wastewater, and food industries. However, handling and pum** these fluids, often …

The grid generation issues found in the 3D simulation of two-phase flow in a pipe using
Computational Fluid Dynamics (CFD) are discussed in this paper. Special attention is given …

This article offers an overview of the applications of the wire-mesh sensor (WMS) in different
environments. It presents a critical review of the literature, with relevant and recent …

Capacitive sensors are found in numerous applications, and they are capable of sensing
several parameters. Multiphase flows occur in many industrial processes that require proper …

Intermittent two-phase flows are commonly encountered in the petroleum industry. Much
attention has been focused by several researchers on intermittent flows existing at low …

A challenging area in the field of multiphase flow is the study of churn flow. According to the
multiphase flow community, churn flow has not been widely investigated in intermediate and …

Accurate monitoring of a multiphase fluid flow in a dynamic pipeline is a significant problem
in the oil industry. For efficient management of oil field wells, a real-time online system with …

Gas–Liquid two phase co-current flow in a vertical riser with an internal diameter of 127 mm
was investigated in the churn flow pattern. This paper presents detailed experimental data …

Large vertical pipes are key structures connecting subsea wells to offshore platforms.
However, existing studies mainly focus on small vertical pipes. In a vertical acrylic pipe with …