Droplet formation processes in microfluidic flow focusing devices have been examined
previously and some of the key physical mechanisms for droplet formation revealed …

A three-dimensional boundary integral method for deformable drops in viscous flows at low
Reynolds numbers is presented. The method is based on a new nonsingular contour …

The goal of this work is to quantify the impact of viscoelasticity on a tipstreaming
phenomenon observed in flow focusing microfluidic devices. Tipstreaming, or thread …

A numerical investigation is conducted for a drop of viscous liquid, suspended in another
liquid of the same density and viscosity, and undergoing breakup due to simple shear. The …

In this work we consider the nonlinear dynamics of a Carreau liquid jet whose interface is
covered with an insoluble surfactant. We solved the fully coupled system of governing …

The general form of the convection–diffusion equation governing the evolution of the surface
concentration of an insoluble surfactant over an evolving interface is reviewed and …

The nonlinear stability of two-phase core-annular flow in a cylindrical pipe is studied. A
constant pressure gradient drives the flow of two immiscible liquids of different viscosities …

In this paper we investigate the breakup mechanisms of power law liquid jets. The viscosity
of the liquid is represented the Carreau–Yasuda model, and the surface tension of the liquid …

The Marangoni convection effect of a viscoelastic nanofluid microjet is considered. The
microjet surface function is obtained depending of the spatially periodic variation of the …

The electrohydrodynamic (EHD) thermosolutal Marangoni convection of viscous liquid, in
the presence of an axial electric field through a micro cylindrical porous flow, is considered …