Microfluidic devices, which enable precise control and manipulation of fluids at the
microscale, have revolutionized various fields, including chemical synthesis and space …

This study investigates the effects of hydrophilic-to-superhydrophobic discontinuous wall
contact angles on gas-liquid slug flow in a T-junction microchannel. The two-phase volume …

A thorough understanding of the dynamics of bubble/liquid two-phase flows under
microgravity conditions is essential for achieving efficient heat transfer between spacecraft …

We present a numerical study of the formation of mini-bubbles in a 2D T-junction by means
of the fluid dynamics numerical code JADIM. Numerical simulations were carried out for …

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 …

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 …

This paper presents a three-dimensional numerical study of the bubble generation process
in a micro T-junction, performed with the commercial computational fluid dynamics solver …

High performance of compact heat exchangers is conditioned by correct fluid distribution.
This is especially true for gas–liquid heat exchangers where a uniform distribution is …

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 …

We present an analysis of the geometry of the continuous and disperse phases in the
bubble and slug flow regimes in air–water mixtures generated in a capillary T-junction of 1 …