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 …

Two-phase flows in feed pipes of thermal separation columns have complex flow patterns
and are difficult to predict during sizing and design for geometries with non-straight pipes …

One of the governing contributors to offshore structures'(eg, pipelines and deep-water risers)
accumulative long-term fatigue damage is the internal flow-induced vibrations caused by …

This paper addresses the effect of the geometry of the inlet and the addition of a 90° bend at
the end of the pipe in horizontal two-phase flow. The experimental study was supported by …

In recent years, internal, two-phase, flow-induced vibration (FIV) has received elevated
attention in various fields while assessing piping system fatigue life. Regarding the oil and …

Pipes conveying gas-liquid, two-phase flow are common in many industries such as oil and
gas, chemical processing, and nuclear, where the flow can generate dynamic forces …

The present work focuses on the study of slugs occurring in a two-phase flow of a confined
rectangular channel: conditions of appearance and effect on the flow behavior. Three …

This study presents a methodology using the correlation of numerical diffusion with the
standard two-fluid model to simulate the separated two-phase flow (gas–liquid) in a pipe …

The local interactions and fluctuations of multiphase flow properties present in upward
slug/churn flow patterns through a 90^ 0 0 pipe bend has been investigated. Numerical …

Condensation of R-134a in upward and downward annular flow was experimentally studied
in a 5-mm ID transparent test section using a LED-based image processing technique. In …