Bubbles are fundamental to our daily life and have wide applications such as in the
chemical and petrochemical industry, pharmaceutical engineering, mineral processing and …

The formation of a liquid jet into air induced by the growth of a laser-generated bubble inside
a needle-free device is numerically investigated by employing the compressible Navier …

The generation of micro-jets with pulsed laser irradiation is a key enabling technique for
microfluidic devices, printers and needle-free drug injectors. Modeling approaches for such …

In this paper we report experiments on the growth of dry foams and their rise in vertical pipes
of different circular cross-sectional radii with length over diameter ratios in the interval 25≤ …

The origin of the numerical implementation of boundary integral equations can be traced
from fifty years earlier, when the electronic computers had become available. The full …

In this work, the experimental and numerical results from the study of the effects caused in a
submerged jet flow by the change in the wall thickness of the circular tube from which said …

An explicit density-based solver suitable for multiphase flows has been developed and
implemented in OpenFOAM. Phase change is predicted through the density variation under …

The formation of a liquid jet into air induced by the growth of a laser-generated bubble inside
a needle-free device is numerically investigated by employing the compressible Navier …

The effect of partial confinement on the shape and volume of bubbles generated by injection
of gas at a constant flow rate, into a highly viscous liquid is studied numerically and …

In this chapter we study some experiments with different liquids to validate theoretical results
on the growth of bubbles in corrugated pipes. These experiments were performed using a …