Add to ORKGStudies of wavy stratified and stratified/atomization two-phase flow in horizontal pipes are outlined. Notable features of this flow regime include the appearance of disturbance waves, the atomization onset and the drastic change of the gas/liquid interface profile from flat to ''concave.'' Liquid-to-wal
Gas-liquid flows are omnipresent in industrial and environmental processes. Examples are the transpo...
Understanding of the characteristics of stratified two-phase flow pattern in horizontal pipeline is ...
Improved understanding of flow regime effects on design-influencing engineering quantities is of pri...
In multiphase systems, the pressure drop and liquid holdup are two governing parameters which heavi...
This paper reports numerical and experimental investigation of stratified gas–liquid two-phase flow ...
The growing demand for energy in the future will necessitate the production of natural gas from fiel...
The thesis presents a general one-dimensional mathematical model to simulate two-phase, gas-liquid,...
Two-phase flow is used in many industries such as nuclear reactors, boilers, condensers, liquefactio...
Anexperimental study is conducted using a 0.075-m ID pipe to investigate characteristics of two-and ...
AbstractIn this work a modified two-fluid model was developed based on experimental observations of ...
In this work a modified two-fluid model was developed based on experimental observations of the inte...
An experiment has recently been conducted to study the flow behavior of stratified gas-liquid two-ph...
Liquid and gas phases circulate horizontally through the same channel in many industrial processes. ...
This thesis describes work which was focused on stratifying annular flow in horizontal tubes. Strati...
In the chemical, petroleum and nuclear industries, pipelines are often used to transport fluids from...
Gas-liquid flows are omnipresent in industrial and environmental processes. Examples are the transpo...
Understanding of the characteristics of stratified two-phase flow pattern in horizontal pipeline is ...
Improved understanding of flow regime effects on design-influencing engineering quantities is of pri...
In multiphase systems, the pressure drop and liquid holdup are two governing parameters which heavi...
This paper reports numerical and experimental investigation of stratified gas–liquid two-phase flow ...
The growing demand for energy in the future will necessitate the production of natural gas from fiel...
The thesis presents a general one-dimensional mathematical model to simulate two-phase, gas-liquid,...
Two-phase flow is used in many industries such as nuclear reactors, boilers, condensers, liquefactio...
Anexperimental study is conducted using a 0.075-m ID pipe to investigate characteristics of two-and ...
AbstractIn this work a modified two-fluid model was developed based on experimental observations of ...
In this work a modified two-fluid model was developed based on experimental observations of the inte...
An experiment has recently been conducted to study the flow behavior of stratified gas-liquid two-ph...
Liquid and gas phases circulate horizontally through the same channel in many industrial processes. ...
This thesis describes work which was focused on stratifying annular flow in horizontal tubes. Strati...
In the chemical, petroleum and nuclear industries, pipelines are often used to transport fluids from...
Gas-liquid flows are omnipresent in industrial and environmental processes. Examples are the transpo...
Understanding of the characteristics of stratified two-phase flow pattern in horizontal pipeline is ...
Improved understanding of flow regime effects on design-influencing engineering quantities is of pri...