Experimental work was carried out to study the effects of temperature variation in bubbly, bubbly to slug transition. Experiments were carried out in an upward air-water flow configuration. Four sensor conductivity probes and LDA techniques was used together for the measurement of bubble parameters. The aim of this paper is to provide a bubble parameter experimental database using four-sensor conductivity probes and LDA technique for upward air-water flow at different temperatures and also show transition effect in different temperatures under the boiling point
This paper describes the new design of the local four-sensor probe which was used to measure the ve...
Two-phase flow experiments at vertical pipes are much suitable for studying the action of different ...
For the calculation of two-phase flow, it is necessary to have models available which describe fluid...
Due to the similarity of hydraulic characteristics between one-inch vertical pipe and BWR and PWR ro...
Forced convection subcooled water boiling experiments were conducted in a vertical annular channel. ...
The highly asymmetric void distribution in horizontal two-phase flow due to buoyancy adds further co...
The one-dimensional two-fluid model approach has been traditionally used in thermal-hydraulics codes...
The highly asymmetric void distribution in horizontal two-phase flow due to buoyancy adds further co...
In relation to the development of the interfacial area transport equation in a subcooled boiling flo...
In view of the importance of two group interfacial area transport equations and lack of correspondin...
[EN] A set of two phase flow experiments for different conditions ranging from bubbly flow to cap/sl...
The interfacial area concentration is one of the most important parameters in a thermal-hydraulic an...
Reliable and accurate prediction of the transition from spherical cap bubble to slug flow is crucial...
Two phase flow experiments with different superficial velocities of gas and water were performed in ...
This paper presents a statistical method to calculate local interfacial variables in two-phase gas-l...
This paper describes the new design of the local four-sensor probe which was used to measure the ve...
Two-phase flow experiments at vertical pipes are much suitable for studying the action of different ...
For the calculation of two-phase flow, it is necessary to have models available which describe fluid...
Due to the similarity of hydraulic characteristics between one-inch vertical pipe and BWR and PWR ro...
Forced convection subcooled water boiling experiments were conducted in a vertical annular channel. ...
The highly asymmetric void distribution in horizontal two-phase flow due to buoyancy adds further co...
The one-dimensional two-fluid model approach has been traditionally used in thermal-hydraulics codes...
The highly asymmetric void distribution in horizontal two-phase flow due to buoyancy adds further co...
In relation to the development of the interfacial area transport equation in a subcooled boiling flo...
In view of the importance of two group interfacial area transport equations and lack of correspondin...
[EN] A set of two phase flow experiments for different conditions ranging from bubbly flow to cap/sl...
The interfacial area concentration is one of the most important parameters in a thermal-hydraulic an...
Reliable and accurate prediction of the transition from spherical cap bubble to slug flow is crucial...
Two phase flow experiments with different superficial velocities of gas and water were performed in ...
This paper presents a statistical method to calculate local interfacial variables in two-phase gas-l...
This paper describes the new design of the local four-sensor probe which was used to measure the ve...
Two-phase flow experiments at vertical pipes are much suitable for studying the action of different ...
For the calculation of two-phase flow, it is necessary to have models available which describe fluid...