One-dimensional drift-flux correlations for two-phase flow in medium-size channels
T Hibiki - Experimental and Computational Multiphase Flow, 2019 - Springer
The drift-flux parameters such as distribution parameter and drift velocity are critical
parameters in the one-dimensional two-fluid model used in nuclear thermal-hydraulic …
parameters in the one-dimensional two-fluid model used in nuclear thermal-hydraulic …
A novel transient hole cleaning algorithm for horizontal wells based on drift-flux model
X Sun, D Yao, J Qu, S Sun, Z Qin, L Tao… - Geoenergy Science and …, 2024 - Elsevier
With the continuous expansion of unconventional and offshore oil and gas fields, horizontal
wells have become adopted as an economical and effective mining method. However, the …
wells have become adopted as an economical and effective mining method. However, the …
An improved void fraction prediction model for gas-liquid two-phase flows in pipeline-riser systems
This paper introduces the application of void fraction prediction models (25 models total)
from a simple horizontal pipe to a complex, real pipeline. The flow mechanism in the …
from a simple horizontal pipe to a complex, real pipeline. The flow mechanism in the …
Single and two‐phase flows in a horizontal pipe with a K enics static mixer: Effect of pressure drop on mixing
M Hosni, M Hammoudi, EK Si‐Ahmed… - … Canadian Journal of …, 2023 - Wiley Online Library
Single and two‐phase flows pressure drops through a Kenics static mixer were investigated,
for liquid and gas Reynolds numbers ranging from 8110< ReL< 18 940 to 1730< ReG< …
for liquid and gas Reynolds numbers ranging from 8110< ReL< 18 940 to 1730< ReG< …
Review of Multiphase Flow Models in the Petroleum Engineering: Classifications, Simulator Types, and Applications
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 …
effective subsea well development. In the past 60 years, there have been significant …
Void fraction measurement of stratified gas-liquid flow based on multi-wire capacitance probe
The void fraction of stratified gas-liquid flow is crucial to determine mixture density, calculate
pressure gradient, obtain phase flow rate, analyze flow structure and monitor flow …
pressure gradient, obtain phase flow rate, analyze flow structure and monitor flow …
Heat transfer correlation for two-component two-phase slug flow in horizontal pipes
Two-component gas-liquid two-phase slug flow in horizontal pipes occurs frequently in
many industrial applications. The flow and heat transfer characteristics are complicated due …
many industrial applications. The flow and heat transfer characteristics are complicated due …
Flow pattern transition and void fraction prediction of gas–liquid flow in helically coiled tubes
Helically coiled tubes (HCTs) are widely used in industries owing to their compact structure
and excellent heat and mass transfer efficiency. Due to the complexity of three-dimensional …
and excellent heat and mass transfer efficiency. Due to the complexity of three-dimensional …
Experimental investigation on non-boiling heat transfer of two-component air-oil and air-water slug flow in horizontal pipes
Gas-liquid slug flow in horizontal pipes occurs frequently in industrial applications and its
heat transfer characteristics are very important but complicated due to the intermittent flow …
heat transfer characteristics are very important but complicated due to the intermittent flow …
Void fraction prediction and one-dimensional drift-flux analysis for horizontal two-phase flow in different pipe sizes
The current work seeks to perform the one-dimensional drift-flux analysis for horizontal gas-
dispersed flow, to provide closure models for void fraction and to investigate the relative …
dispersed flow, to provide closure models for void fraction and to investigate the relative …