Multiphase flow is a commonly seen transient and complex dynamic system in many
industrial processes. The phase fraction and velocity are two of the most important …

The simultaneous flow of gas, oil, and water forms various flow patterns due to the complex
interfacial relationships. Three-phase flow patterns are classified as the gas-liquid and liquid …

Uncovering flow dynamic behavior of different flow patterns is an important foundation of
multiphase flow research. But the traditional classifier is still adopted in the flow pattern …

The gas–liquid two-phase flow is widely encountered in many industrial applications, and its
on-line and non-separation flow rate measurement for each phase has plagued the industry …

Visibility graph provides a well-tried and tested framework for graph-theoretical time series
analysis. However, further research still needs to be conducted to extend visibility graph …

Three-phase flows are significantly complicated in comparison to single-phase flows and
gas–liquid two-phase flows. So far, faced with the presence of two nonconductive dispersed …

Gas-liquid two-phase flow is a typical phenomenon in energy and industrial production.
Thus, flow measurement of gas-liquid flow is vital in the exploration and extraction of oil and …

Flow measurement in gas-liquid two-phase flow is always a challenging work, because of
the non-uniform phase distribution, severe slippage effect between phases, and different …

Aiming at the need for flow measurement of gas-liquid flows in domestic gas well production,
this paper proposes a measurement method based on the combination of the turbine flow …

A method to measure the superficial velocity of the water phase in gas–water flow using an
electromagnetic flowmeter (EMF) and rotating electric field conductance sensors (REFCSs) …