Suspensions with deformable solid inclusions have both scientific and industrial interest.
Examples include microgel particle suspensions, biological fluids, and filled polymers. Due …

Emulsions are common in many natural and industrial settings. Recently, much attention has
been paid to understanding the dynamics of turbulent emulsions. This paper reviews some …

We present a modification of a recently developed volume of fluid method for multiphase
problems (Ii et al. in J Comput Phys 231 (5): 2328–2358, 2012), so that it can be used in …

In this paper, a three‐dimensional numerical solver is developed for suspensions of rigid
and soft particles and droplets in viscoelastic and elastoviscoplastic (EVP) fluids. The …

The radial distribution of cells in blood flow inside vessels is highly non-homogeneous. This
leads to numerous important properties of blood, yet the mechanisms shaping these …

We study the rheology of a two-fluid emulsion in semiconcentrated conditions; the solute is
Newtonian while the solvent is an inelastic power-law fluid. The problem at hand is tackled …

Turbulent emulsions are complex physical systems characterized by a strong and dynamical
coupling between small-scale droplets and large-scale rheology. By using a specifically …

In this work we investigate flow topology modifications produced by a swarm of large
surfactant-laden droplets released in a turbulent channel flow. Droplets have the same …

In the emerging field of 3D bioprinting, cell damage due to large deformations is considered
a main cause for cell death and loss of functionality inside the printed construct. Those …

We perform fully Eulerian numerical simulations of an initially spherical hyperelastic particle
suspended in a Newtonian pressure-driven flow in a cylindrical straight pipe. We study the …