The existing correlations for predicting void fraction in all orientations and regimes of cocurrent two-phase gas-liquid flow are surveyed, compared, and systematically classified. Guidelines for the selection of a correlation for a particular application are presented. Sources of data and physical models describing void fraction in cocurrent two-phase flow are listed. This information is presented as an aid to the potential user of the available correlations, and to the researcher who wishes to investigate specific areas of cocurrent two-phase flow where knowledge is lacking or incomplete.Chemical and Biomolecular Engineering, Department o
A review is made of some of the experimental data and recent analyses applicable to predicting void ...
Gas-Newtonian liquid two-phase flows (TPFs) are presented in several industrial processes (i.e. oil-...
A rod bundle drift-flux correlation is developed with intended application across a wide range of tw...
This study examines some physical mechanisms which impose limits on the possible existence of two-ph...
Gas void fraction plays a significant role in determination of several multiphase flow parameters. G...
Gas void fraction plays a significant role in determination of several multiphase flow parameters. G...
A new method to predict the void fraction in annular two-phase flow in macroscale and microscale cha...
ABSTRAK The research was about void fraction measurement of gas-liquid (air-water) two-phase flow in...
The relationships between the cross-section averaged values of void fraction and flow complexity and...
The relationships between the cross-section averaged values of void fraction and flow complexity and...
The relationships between the cross-section averaged values of void fraction and flow complexity and...
An extensive literature search on flow patterns, void fraction and experimental data for vertical up...
In order to increase void fraction and pressure drop data in a multi-subchannel system like an actua...
There are many correlations on pressure drop and void fraction with two-phase gas-liquid flow in pip...
[[abstract]]The void fraction is one of the most important quantities in experimental studies of two...
A review is made of some of the experimental data and recent analyses applicable to predicting void ...
Gas-Newtonian liquid two-phase flows (TPFs) are presented in several industrial processes (i.e. oil-...
A rod bundle drift-flux correlation is developed with intended application across a wide range of tw...
This study examines some physical mechanisms which impose limits on the possible existence of two-ph...
Gas void fraction plays a significant role in determination of several multiphase flow parameters. G...
Gas void fraction plays a significant role in determination of several multiphase flow parameters. G...
A new method to predict the void fraction in annular two-phase flow in macroscale and microscale cha...
ABSTRAK The research was about void fraction measurement of gas-liquid (air-water) two-phase flow in...
The relationships between the cross-section averaged values of void fraction and flow complexity and...
The relationships between the cross-section averaged values of void fraction and flow complexity and...
The relationships between the cross-section averaged values of void fraction and flow complexity and...
An extensive literature search on flow patterns, void fraction and experimental data for vertical up...
In order to increase void fraction and pressure drop data in a multi-subchannel system like an actua...
There are many correlations on pressure drop and void fraction with two-phase gas-liquid flow in pip...
[[abstract]]The void fraction is one of the most important quantities in experimental studies of two...
A review is made of some of the experimental data and recent analyses applicable to predicting void ...
Gas-Newtonian liquid two-phase flows (TPFs) are presented in several industrial processes (i.e. oil-...
A rod bundle drift-flux correlation is developed with intended application across a wide range of tw...