The slug frequency (SF), which refers to the number of liquid slugs passing through a pipe
during a specific time, is an important parameter for characterizing the multiphase …

Slug flow is a dynamically complex two-phase flow pattern. A wide variety of industrial gas-
liquid systems operate under slug flow conditions for not only flow transportation purposes …

Local, area and volume average void fraction measurements have been conducted in gas-
liquid two-phase flow through vertical pipes of different diameters under different modes of …

Void fraction is one of the most important parameters for the modeling and characterization
of two-phase flows. This manuscript presents an overview of void fraction measurement …

Void fraction is a fundamental parameter to characterize two-phase flows and is very
important for the proper design and safety operation of steam generator in a nuclear power …

The separation characteristics of the gas-liquid cylindrical cyclone (GLCC) has been
investigated by experiment and numerical analysis. The droplet size and phase distributions …

To investigate the separation mechanism of a vane-type separator, a flow experiment and a
numerical simulation were conducted. Electrical resistance tomography and Coriolis mass …

Two-phase flow is widely encountered in process engineering and related scientific
research. Understanding flow patterns and their transitions is important to discover the fluid …

The void fraction and vapor quality are important parameters for characterizing the gas–
liquid two-phase flow. However, neither an established void fraction measurement method …

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 …