Add to ORKGIn this report, the rectangular channels are choosen as the non-circular cross sections, and it is investigated that the effects of the geometric shape in the cross section and the inclined angle of setting channel are affected by two-phase frictional pressure drop and flow behavior. The experimental data of pressure drop for two-phase air-water flow in inclined and vertical channels are arranged by the correlation which is relation between the ratio of the frictional pressure drop for two-Phase flow to the single-phase water flow and the Martinelli's parameter, and the visual results of flow pattern are correlated to void fraction and ratio of mass flow rate for air to water
The main purpose of this work is to experimentally investigate the effect of pipe orientation on two...
The main purpose of this work is to experimentally investigate the effect of pipe orientation on two...
The main purpose of this work is to experimentally investigate the effect of pipe orientation on two...
There are many correlations on pressure drop and void fraction with two-phase gas-liquid flow in pip...
There are many correlations on the pressure drop for two-phase, gas-liquid flow in channel, but it i...
In the previous papers, the effects of the geometric shapes of the section and the inclined angle of...
The experimental studies of the motion of long bubbles for two-phase, air-water slug flows have led ...
In this paper, an experiment is carried out to recognize the flow pattern and to measure the void fr...
Aiming at developing a more common method for predicting two-phase flow pressure drop for small cha...
An experimental investigation on two-phase frictional pressure drop of water-vapor mixture was condu...
An experimental study was conducted in order to investigate two-phase flow regimes and fully develop...
An experimental study was conducted in order to investigate two-phase flow regimes and fully develop...
An experimental investigation on two-phase frictional pressure drop of water-vapor mixture was condu...
The prime objective of this research is to contribute to the fundamental understanding of the effect...
There are many correlations on pressure drop and void fraction with two-phase gas-liquid flow in pip...
The main purpose of this work is to experimentally investigate the effect of pipe orientation on two...
The main purpose of this work is to experimentally investigate the effect of pipe orientation on two...
The main purpose of this work is to experimentally investigate the effect of pipe orientation on two...
There are many correlations on pressure drop and void fraction with two-phase gas-liquid flow in pip...
There are many correlations on the pressure drop for two-phase, gas-liquid flow in channel, but it i...
In the previous papers, the effects of the geometric shapes of the section and the inclined angle of...
The experimental studies of the motion of long bubbles for two-phase, air-water slug flows have led ...
In this paper, an experiment is carried out to recognize the flow pattern and to measure the void fr...
Aiming at developing a more common method for predicting two-phase flow pressure drop for small cha...
An experimental investigation on two-phase frictional pressure drop of water-vapor mixture was condu...
An experimental study was conducted in order to investigate two-phase flow regimes and fully develop...
An experimental study was conducted in order to investigate two-phase flow regimes and fully develop...
An experimental investigation on two-phase frictional pressure drop of water-vapor mixture was condu...
The prime objective of this research is to contribute to the fundamental understanding of the effect...
There are many correlations on pressure drop and void fraction with two-phase gas-liquid flow in pip...
The main purpose of this work is to experimentally investigate the effect of pipe orientation on two...
The main purpose of this work is to experimentally investigate the effect of pipe orientation on two...
The main purpose of this work is to experimentally investigate the effect of pipe orientation on two...