This paper investigates the prediction of two-phase gas-liquid flow regimes in both
horizontal and slightly inclined pipes. For this purpose, the mechanistic model of Taitel et …

The results of the application of a general mathematical model to simulate two-phase
annular gas-liquid flow in both horizontal and vertical pipes are presented. The method is …

The use of gas energy includes a wide range of applications to directly accelerate the liquid
in a pipeline without the aid of mechanical equipment, such as marine gas-liquid jet …

Recent advances on the modeling of two-phase flows in pipes have shown that the accurate
modeling of Two-Fluid equations allow the dynamic simulation of various regimes within a …

Pressure drop and liquid hold-up are two very important fluid flow parameters in design and
control of multiphase flow pipelines. Friction factors play an important role in the accurate …

Pipelines are often subject to leakage due to ageing, corrosion and weld defects. It is difficult
to avoid pipeline leakage as the sources of leaks are diverse. Various pipeline leakage …