To investigate the two-phase fluid flow structure transition, the two-phase fluid flow through
rough rock fractures with different flow velocities, fracture surface wettability and fracture …

The calculation of pressure drop in pipes two-phase flow is essential in different areas. Even
though several studies concerning this issue have been conducted, an accurate correlation …

The main objective of this paper is to investigate the evolution of rock fracture slug structures
and decongestion strategies for natural gas extraction processes. For this purpose, the level …

The gas‐liquid flow behavior through a milli‐scaled channel provided with a staggered
herringbone‐like static mixer was investigated using high‐speed recordings. For three …

The study on flow pattern and void fraction of air-water and 3% butanol two-phase flow in 30
o inclined mini channel was performed experimentally. The aim of the research was to find …

The gas-liquid two-phase homogenous flow has been extensively investigated without the
effect of gas release. However, the dissolved gas will release when internal water pressure …

There are numerous applications of two-phase flow in mini pipes, including electronics
cooling systems, microreactors in the chemical industry, and material development and …

T-junction geometry as a connection in a two-phase minichannel flow system is widely used,
for both mixing and flow separation processes. When passing through the T-junction region …

Two-phase flow is the most straightforward flow of multi-phase flow. The void fraction is one
of the significant parameters affecting the two-phase flow pattern on both small and mini …

Visual and pressurized pipeline systems with single-and multi-undulation layouts were used
to study experimentally and analyze theoretically the transient characteristics of water-air …