A common feature of many free surface flows—drop/bubble breakup or coalescence and
film/sheet rupture—is the occurrence of hydrodynamic singularities. Accurately computing …

We investigate in silico the pulsatile blood flow in straight, rigid tubes using an elasto-
viscoplastic, constitutive model coupled with thixotropy (TEVP)(Varchanis et al., 2019; …

We study the steady hemodynamics in physiological elastic microvessels proposing an
advanced fluid–structure interaction model. The arteriolar tissue is modeled as a two-layer …

We experimentally studied gravity-driven film flow in an inclined corrugated channel.
Beyond a critical Reynolds number, three-dimensional patterns appear. We identified two …

The present work focuses on the in-silico investigation of the steady-state blood flow in
straight microtubes, incorporating advanced constitutive modeling for human blood and …

A recessed chuck is widely used in spin coating of rectangular substrates to reduce the air
turbulence caused by the substrate edges. The slit between the substrate side and the …

We consider the steady flow of a viscoelastic film over an inclined plane featuring periodic
trenches normal to the main flow direction. The trenches have a square cross-section and …

In this work, the two-phase flow behavior of a falling film on horizontal smooth and finned
tube systems was investigated and compared using a three-dimensional computational fluid …

We consider the hydrodynamic stability of viscoelastic films flowing over inclined structured
substrates with rectangular trenches. This topography allows investigating independently …

In this paper, we study the squeeze flow of a droplet confined between two plates in the
presence of a step. Understanding this fluid mechanics problem is of the utmost importance …