In recent years, many models have been developed to describe the gas–liquid
microdispersion process, which mainly rely on mechanistic analysis and may not be …

The 2D top view of the droplet formation in microfluidic T‐junction devices with a neck is
recorded to estimate the droplet volume under different flow conditions. The channel with a …

In recent years, there has been a notable increase in the interest toward microfluidic devices
for microbubble synthesis. The upsurge can be primarily attributed to the exceptional control …

Under pressure-driven conditions of gas, the bubble size was experimentally studied in
different types of T-junction microchannels having widths of 300 μm and heights of 100 μm …

Droplet formation in a microfluidic T-junction is dominated by the interfacial force arising
between the two fluids. The three-phase contact line at the channel wall is affected by the …

In this work, we study the influence of the contact angle boundary condition on 3D CFD
simulations of the bubble generation process occurring in a capillary T-junction. Numerical …

Despite many studies conducted to reveal the bubble behaviors and associated heat
transfer within straight microchannels, those within heated microchannel T-junctions are …

In this work, we compare the performance of two different methods for generating bubbles in
conditions relevant to microgravity. A T-junction formed by two cylindrical (1 mm of internal …

In this work, we study the transition from squeezing to dripping during the formation of
bubbles in a capillary T-junction in conditions relevant to microgravity. The junction is formed …

Flow regimes of two immiscible liquids at the cross junction within a rectangular
microchannel are experimentally investigated. Characteristics of the flow regimes including …