In consideration of the practical importance regarding the application of gas-liquid flow in a vertical pipe and the quest towards the development of more robust physical models to accurately predict the essential interfacial parameters of the two-phase flow, comprehensive analysis of the characteristics and phase distribution patterns of such a flow have been performed on both experimental measurements and theoretical predictions. In this first part, analysis of experimental data in a large diameter pipe with an inner diameter of 195.3 mm via the wire-mesh senor measuring technique was presented. The experiments were performed at the TOPFLOW facility of Helmholtz-Zentrum Dresden-Rossendorf. In the present paper, measurements of local inter...
In this study, the internal phase distributions of gas-liquid bubbly flow in a horizontal pipe have ...
Recently, experimental series of co-current gas-liquid upward bubbly flows in a 6 m-height and 54.8 ...
The theoretical and experimental aspects of bubble distribution in bubbly two-phase flow are reviewe...
Two-phase flow experiments at vertical pipes are much suitable for studying the action of different ...
Three-fluid model along with two-group average bubble number density equations have been applied for...
The extensive experimental results presented in this report provide a high-quality database for air-...
In order to develop the interfacial area transport equation for the interfacial transfer terms in th...
In engineering fields such as power generation systems (nuclear and thermal power plants), chemical ...
Intermittent flows in vertical pipes occur in many industrial settings including power generation an...
In the frame of the TOPFLOW project, vertical pipe flow is experimentally studied in order to develo...
For the calculation of two-phase flow, it is necessary to have models available which describe fluid...
In order to develop the interfacial area transport equation for the interfacial transfer terms in th...
The behaviour of gas-liquid two-phase flow has been studied extensively in the past at near atmosphe...
The evolution of bubble size distribution is an important consideration in vertical gas-liquid flow,...
This study deals with the influence of bubbles on a vertical air–water pipe flow, for gas-lift appli...
In this study, the internal phase distributions of gas-liquid bubbly flow in a horizontal pipe have ...
Recently, experimental series of co-current gas-liquid upward bubbly flows in a 6 m-height and 54.8 ...
The theoretical and experimental aspects of bubble distribution in bubbly two-phase flow are reviewe...
Two-phase flow experiments at vertical pipes are much suitable for studying the action of different ...
Three-fluid model along with two-group average bubble number density equations have been applied for...
The extensive experimental results presented in this report provide a high-quality database for air-...
In order to develop the interfacial area transport equation for the interfacial transfer terms in th...
In engineering fields such as power generation systems (nuclear and thermal power plants), chemical ...
Intermittent flows in vertical pipes occur in many industrial settings including power generation an...
In the frame of the TOPFLOW project, vertical pipe flow is experimentally studied in order to develo...
For the calculation of two-phase flow, it is necessary to have models available which describe fluid...
In order to develop the interfacial area transport equation for the interfacial transfer terms in th...
The behaviour of gas-liquid two-phase flow has been studied extensively in the past at near atmosphe...
The evolution of bubble size distribution is an important consideration in vertical gas-liquid flow,...
This study deals with the influence of bubbles on a vertical air–water pipe flow, for gas-lift appli...
In this study, the internal phase distributions of gas-liquid bubbly flow in a horizontal pipe have ...
Recently, experimental series of co-current gas-liquid upward bubbly flows in a 6 m-height and 54.8 ...
The theoretical and experimental aspects of bubble distribution in bubbly two-phase flow are reviewe...