Tilting influences the flow patterns and thus the heat transfer and pressure drop during
condensation in smooth tubes. However, few studies are available on diabatic two-phase …

Multiphase flow modeling is crucial for the oil and gas industry, enabling safer and more cost-
effective subsea well development. In the past 60 years, there have been significant …

This work demonstrates the artificial neural network (ANN) ability for predicting slug liquid
holdup (H LS), using 2525 measured points from 20 experimental studies. Six variables …

This study presents new measured slug liquid holdup data for liquid viscosity ranging from
200 to 800 mPa s. The experiments were conducted using two different large pipe diameters …

Slug flow is a dynamically complex two-phase flow pattern. A wide variety of industrial gas-
liquid systems operate under slug flow conditions for not only flow transportation purposes …

As an advanced method of transportation globally, pipelines play a significant role in the
energy sector of many nations. Given the rapid development of offshore oil and gas …

Empirical correlations have been proposed for estimating slug liquid holdup, H LS, using
Froude number, N Fr, viscosity number, N μ, and inverse viscosity number, N f. Some of …

In this study, we investigate the effect of liquid viscosity (μ L) on the slug/churn transition in
gas/liquid flows in vertical pipes. A total of 80 experimental churn-flow data points from two …

Accurate predictions of flow pattern, liquid holdup, and pressure drop are essential factors
for oil and gas wells analysis and production optimization. In the literature, there are several …

Gas–and vapor–liquid two-phase pervaporation have been experimentally studied using a
lab scale and a bench scale pervaporation setup. Pervaporation experiments with low liquid …