International audienceWe study the pinch-off dynamics of droplets of yield stress and shear thinning fluids. To separate the two non-Newtonian effects, we use a yield stress material for which the yield stress can be tuned without changing the shear thinning behavior, and a shear thinning system (without a yield stress) for which the shear thinning can be controlled over a large range, without introducing too much elasticity into the system. We find that the pinch-off remains very similar to that of constant viscosity Newtonian liquids, and consequently thinning in shear flow does not imply a thinning in elongational flow
Microfluidic droplet technology has been developing rapidly. However, precise control of dynamical b...
In this paper we examine some general features of the time-dependent dynamics of drop deformation an...
The drop formation dynamics of a shear thinning, elastic, yield stress (τ o) fluid (Carbopol 980 (po...
International audienceWe study the pinch-off dynamics of droplets of yield stress and shear thinning...
AbstractA volume-of-fluid numerical method is used to predict the dynamics of shear-thinning liquid ...
The rate at which fluid streams condense into droplets and separate is, in general, not linear with ...
Submitted to Phys. FluidsThe dynamics of drop formation and pinch-off have been investigated for a s...
The breakup of non-Newtonian droplets is ubiquitous in numerous applications. Although the non-Newto...
A volume-of-fluid numerical method is used to predict the dynamics of drop formation from a nozzle w...
A volume-of-fluid numerical method is used to predict the dynamics of shear-thinning liquid drop for...
The dynamics of drop formation under gravity has been investigated as a function of elasticity using...
International audienceWe contrast the extensional and shear dynamics of non-Brownian suspensions as ...
A computer-controlled four-roll mill is used to examine two transient modes of deformation of a liqu...
We present new findings on how the presence of particles alters the pinch-off dynamics of a liquid b...
Droplet-based microfluidics turned out to be an efficient and adjustable platform for digital analys...
Microfluidic droplet technology has been developing rapidly. However, precise control of dynamical b...
In this paper we examine some general features of the time-dependent dynamics of drop deformation an...
The drop formation dynamics of a shear thinning, elastic, yield stress (τ o) fluid (Carbopol 980 (po...
International audienceWe study the pinch-off dynamics of droplets of yield stress and shear thinning...
AbstractA volume-of-fluid numerical method is used to predict the dynamics of shear-thinning liquid ...
The rate at which fluid streams condense into droplets and separate is, in general, not linear with ...
Submitted to Phys. FluidsThe dynamics of drop formation and pinch-off have been investigated for a s...
The breakup of non-Newtonian droplets is ubiquitous in numerous applications. Although the non-Newto...
A volume-of-fluid numerical method is used to predict the dynamics of drop formation from a nozzle w...
A volume-of-fluid numerical method is used to predict the dynamics of shear-thinning liquid drop for...
The dynamics of drop formation under gravity has been investigated as a function of elasticity using...
International audienceWe contrast the extensional and shear dynamics of non-Brownian suspensions as ...
A computer-controlled four-roll mill is used to examine two transient modes of deformation of a liqu...
We present new findings on how the presence of particles alters the pinch-off dynamics of a liquid b...
Droplet-based microfluidics turned out to be an efficient and adjustable platform for digital analys...
Microfluidic droplet technology has been developing rapidly. However, precise control of dynamical b...
In this paper we examine some general features of the time-dependent dynamics of drop deformation an...
The drop formation dynamics of a shear thinning, elastic, yield stress (τ o) fluid (Carbopol 980 (po...