Interfaces can be called Smart and Green (S&G) when tailored such that the required
technologies can be implemented with high efficiency, adaptability and selectivity. At the …

The flow characteristics of gas and non-Newtonian fluid in a rectangular T-microchannel
with cross section of 150 μm× 50 μm are experimentally studied. Four flow patterns are …

An experimental investigation of typical flow patterns in adiabatic gas–liquid mixture (air-
water) generated in a micro T-junction varying the superficial velocity of the fluids is …

Dynamics of a multiphase flow phenomenon involving water (at top), molten metal (at
bottom), and vapor (between them), was numerically studied using volume of fluid method …

In the present paper, merging of two successive compound droplets in an abrupt expansion
microchannel using direct numerical simulations is presented. The compound droplets …

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 …

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 …

A new experimental setup for the generation of homogeneous, monodisperse bubble
suspensions in turbulent duct flows in microgravity has been designed and tested in drop …

Slug flow is a commonly encountered flow regime in microchannels due to the influence of
surface tension and vapor confinement at small length scales. Few experimental studies …

A new experimental setup for the generation of homogeneous, monodisperse bubble
suspensions in turbulent duct flows in microgravity has been designed and tested in drop …