A front-tracking method is developed for direct numerical simulations of viscoelastic two-
phase systems in which one or both phases could be viscoelastic. One set of governing …

We investigate the contact-line dynamics of two immiscible fluids in a narrow fluidic
confinement comprising wettability-gradient surfaces, where the bulk fluid motion is actuated …

We investigate the electrically driven contact line dynamics of a binary fluid system
constituted by one Newtonian and another non-Newtonian fluid in a narrow fluidic channel …

We investigate thermocapillary-driven contact-line dynamics of two immiscible fluids in a
narrow fluidic confinement comprising substrates with patterned wettability variations. Our …

We consider electrically driven dynamics of an incompressible binary fluid, with contrasting
densities and viscosities of the two phases, flowing through narrow fluidic channel with walls …

We investigate the interfacial electro-chemical-hydrodynamics of an incompressible
immiscible binary fluid system that moves in a narrow fluidic channel under time-periodic …

This study aims to model the role of the viscoelastic properties of polymeric solutions in the
jet mode of the electrospray process numerically. For this purpose, first, the computational …

In this work we discuss the implementation and the performance of an in-house viscoelastic
two-phase solver, based on a diffuse interface approach. The Phase-Field method is …

The contact line dynamics over surfaces patterned with wettability gradients under pulsating
flow condition are of essential importance in application areas ranging from the design of …

In this article, we report the influence of interfacial tension and the viscosity-contrast on the
moving contact line (MCL) hydrodynamics of two immiscible fluids, flowing within a periodic …