The characteristics of gas-liquid two-phase flow in a cyclone separator are experimentally studied in order to determine the performances of separating gas and the optimum configuration of a cyclone separator. The flow patterns are classified for the cases of no separation and gas separation. The measured velocity and pressure distributions reveal that the gas separation depends mainly upon the swirl of the flow and the decay of vortex
The numerical simulation of the cyclone separator was carried out by CFD software. The effects of th...
With the further development of oilfield, liquid-gas separation has become an essential problem. Cyl...
Vapor-liquid two-phase flow systems are gaining importance in space -based and aerospace application...
Gas-liquid two-phase flow in a cyclone separator is studied experimentally in order to improve the p...
A cyclone separator is widely used to separate gas from gas-liquid two phase flow, but its mechanism...
In order to separate gas from gas-liquid two-phase flow, a cyclone separator is widely used, but its...
The gas-liquid two-phase flow within a double inlet cyclone for natural gas separation was numerical...
Cyclone separators are commonly used for separating dispersed solid particles from gas phase. These ...
Gravity-driven separators are broadly used in various engineering applications to remove particulate...
To investigate the separation mechanism of a vane-type separator, a flow experiment and a numerical ...
Gravity-driven separators are broadly used in various engineering applications to remove particulate...
Current separation technology based on the conventional vessel-type separator is several decades old...
The petroleum industry has shown interest in utilizing the Gas-Liquid Cylindrical Cyclone (GLCC) sep...
This article contains data related to the research article entitled “Cyclone separator for gas-liqui...
not be copied. The abstract should contain conspicuous ackowledgement of where and by whom the paper...
The numerical simulation of the cyclone separator was carried out by CFD software. The effects of th...
With the further development of oilfield, liquid-gas separation has become an essential problem. Cyl...
Vapor-liquid two-phase flow systems are gaining importance in space -based and aerospace application...
Gas-liquid two-phase flow in a cyclone separator is studied experimentally in order to improve the p...
A cyclone separator is widely used to separate gas from gas-liquid two phase flow, but its mechanism...
In order to separate gas from gas-liquid two-phase flow, a cyclone separator is widely used, but its...
The gas-liquid two-phase flow within a double inlet cyclone for natural gas separation was numerical...
Cyclone separators are commonly used for separating dispersed solid particles from gas phase. These ...
Gravity-driven separators are broadly used in various engineering applications to remove particulate...
To investigate the separation mechanism of a vane-type separator, a flow experiment and a numerical ...
Gravity-driven separators are broadly used in various engineering applications to remove particulate...
Current separation technology based on the conventional vessel-type separator is several decades old...
The petroleum industry has shown interest in utilizing the Gas-Liquid Cylindrical Cyclone (GLCC) sep...
This article contains data related to the research article entitled “Cyclone separator for gas-liqui...
not be copied. The abstract should contain conspicuous ackowledgement of where and by whom the paper...
The numerical simulation of the cyclone separator was carried out by CFD software. The effects of th...
With the further development of oilfield, liquid-gas separation has become an essential problem. Cyl...
Vapor-liquid two-phase flow systems are gaining importance in space -based and aerospace application...