This work presents an application of a direct BEM formulation for drop deformation and interaction in Stokes flows through converging channels. Parametric studies are conducted to investigate the effect, on drop deformation, of the channel’s convergence ratio, the drop-fluid viscosity ratio, the interfacial tension and the initial relative position of the drops
International audienceThe behaviour of a single droplet in an immiscible external fluid, submitted t...
A boundary integral method for the simulation of the time-dependent deformation of Newtonian or non-...
A boundary integral method for the simulation of the time-dependent deformation of Newtonian or non-...
In this work, fluid-fluid-solid coupled models are analysed, considering the interaction of boundary...
A new boundary-integral method is proposed to study the deformation of drops between two parallel wa...
A new boundary-integral method is proposed to study the deformation of drops between two parallel wa...
A new boundary-integral method is proposed to study the deformation of drops between two parallel wa...
A new boundary-integral method is proposed to study the deformation of drops between two parallel wa...
The interfacial mechanics of deforming drops was studied. Steady state drop shapes of fluids with a ...
A boundary integral method is presented for drop deformation between two parallel walls for non-unit...
A boundary integral method is presented for drop deformation between two parallel walls for non-unit...
A boundary integral method is presented for drop deformation between two parallel walls for non-unit...
A boundary integral method is presented for drop deformation between two parallel walls for non-unit...
A boundary integral method is presented for drop deformation between two parallel walls for non-unit...
International audienceThe behaviour of a single droplet in an immiscible external fluid, submitted t...
International audienceThe behaviour of a single droplet in an immiscible external fluid, submitted t...
A boundary integral method for the simulation of the time-dependent deformation of Newtonian or non-...
A boundary integral method for the simulation of the time-dependent deformation of Newtonian or non-...
In this work, fluid-fluid-solid coupled models are analysed, considering the interaction of boundary...
A new boundary-integral method is proposed to study the deformation of drops between two parallel wa...
A new boundary-integral method is proposed to study the deformation of drops between two parallel wa...
A new boundary-integral method is proposed to study the deformation of drops between two parallel wa...
A new boundary-integral method is proposed to study the deformation of drops between two parallel wa...
The interfacial mechanics of deforming drops was studied. Steady state drop shapes of fluids with a ...
A boundary integral method is presented for drop deformation between two parallel walls for non-unit...
A boundary integral method is presented for drop deformation between two parallel walls for non-unit...
A boundary integral method is presented for drop deformation between two parallel walls for non-unit...
A boundary integral method is presented for drop deformation between two parallel walls for non-unit...
A boundary integral method is presented for drop deformation between two parallel walls for non-unit...
International audienceThe behaviour of a single droplet in an immiscible external fluid, submitted t...
International audienceThe behaviour of a single droplet in an immiscible external fluid, submitted t...
A boundary integral method for the simulation of the time-dependent deformation of Newtonian or non-...
A boundary integral method for the simulation of the time-dependent deformation of Newtonian or non-...