Settling slurry flow is very common and important in many industries, especially in transportation, which need to be monitored in practical operation. An investigation on visualization of horizontal settling slurry flow in pipeline using electrical resistance tomography was made in this paper. The internal images of fluid structure were displayed to operators with measurement of the solids concentration distribution and solids velocity distribution in pipe cross section. Experimental investigation with 5% solids loading concentration at various transport velocities was conducted. Meanwhile, the results of photography and other flow measurement methods were compared with the results obtained from electrical resistance tomography
Electrical Resistance Tomography (ERT) is a non-invasive technique that can be used to monitor settl...
AbstractTwo-phase slurry flow is encountered in many industries such as petroleum, mining and relate...
An experimental method of resolving flow regimes by utilizing the conductivity data measured by Elec...
This chapter introduces the measurement, visualization, and characterization of settling slurry flow...
This chapter introduces the measurement, visualization, and characterization of settling slurry flow...
Slurry transport has been a progressive technology for transporting a huge amount of solid materials...
AbstractThe occurrence of separation and slippage of the two phases in settling solid-liquid flow in...
Flow regime recognition is not only useful for characterisation of the flow, but also for the purpos...
Electrical resistance tomography (ERT) is used to investigate a variety of slurry flow applications ...
This paper focuses on the combined use of ERT measurements and optical observations to study four ty...
AbstractThe occurrence of separation and slippage of the two phases in settling solid-liquid flow in...
AbstractFlow regime recognition is not only useful for characterisation of the flow, but also for th...
AbstractFlow regime recognition is not only useful for characterisation of the flow, but also for th...
Electrical Resistance Tomography (ERT) is used in process tomography to measure multi-phase fluid fl...
Two-phase slurry flow is encountered in many industries such as petroleum, mining and related indust...
Electrical Resistance Tomography (ERT) is a non-invasive technique that can be used to monitor settl...
AbstractTwo-phase slurry flow is encountered in many industries such as petroleum, mining and relate...
An experimental method of resolving flow regimes by utilizing the conductivity data measured by Elec...
This chapter introduces the measurement, visualization, and characterization of settling slurry flow...
This chapter introduces the measurement, visualization, and characterization of settling slurry flow...
Slurry transport has been a progressive technology for transporting a huge amount of solid materials...
AbstractThe occurrence of separation and slippage of the two phases in settling solid-liquid flow in...
Flow regime recognition is not only useful for characterisation of the flow, but also for the purpos...
Electrical resistance tomography (ERT) is used to investigate a variety of slurry flow applications ...
This paper focuses on the combined use of ERT measurements and optical observations to study four ty...
AbstractThe occurrence of separation and slippage of the two phases in settling solid-liquid flow in...
AbstractFlow regime recognition is not only useful for characterisation of the flow, but also for th...
AbstractFlow regime recognition is not only useful for characterisation of the flow, but also for th...
Electrical Resistance Tomography (ERT) is used in process tomography to measure multi-phase fluid fl...
Two-phase slurry flow is encountered in many industries such as petroleum, mining and related indust...
Electrical Resistance Tomography (ERT) is a non-invasive technique that can be used to monitor settl...
AbstractTwo-phase slurry flow is encountered in many industries such as petroleum, mining and relate...
An experimental method of resolving flow regimes by utilizing the conductivity data measured by Elec...