We develop a phase-field multiphase lattice Boltzmann model to systematically investigate
the dynamic behaviour of a droplet passing through a microfluidic T-junction, especially …

Contact angle hysteresis is an important physical phenomenon omnipresent in nature and
various industrial processes, but its effects are not considered in many existing multiphase …

A three dimensional numerical simulation on the droplet formation in a microfluidic T-
junction is reported. The mechanism of droplet formation in the immiscible liquid/liquid T …

Flow regimes obtained as a consequence of two immiscible fluids interacting at a T-junction
are presented for transitional to high capillary numbers and different ratios of the continuous …

Flow regimes obtained as a consequence of two immiscible fluids interacting at a T-junction
are presented for high Capillary numbers and different flow rates of the continuous and …

The generation of monodispersed droplets in T-junction microchannels has wide range
applications in biochemical analysis and material synthesis. While the generation of these …

This paper reports the findings of a numerical investigation on the droplet break-up in a
microfluidic T-junction. The numerical flow visualization of the droplet formation process is …

Motivated by the previous studies (Lee et al., Lab Chip 10: 1160–1166, 2010; Link et al.,
Phys Rev Lett 92: 054503-1–054503-4, 2004), the droplet dynamics passing through …

Precise control of monodisperse micron-sized liquid droplet emulsions produced in a
microfluidic T-junction has far reaching implications in several mechanical, biomedical, and …

Droplet formation involving highly viscous fluids is studied experimentally in a T-junction
microchannel. Different combinations of fluids, including ionic liquids, glycerol and silicon …