The pinch-off behavior of yield stress fluids is investigated using droplet and liquid-bridge breakup experiments. Contrary to expectations, the neck thinning behavior depends strongly on the way the breakup experiment is carried out. This nonuniversal behavior can be explained through an analysis of the thinning dynamics as well as the shapes of the fluid necks. Recent nonlocal models for the rheology of yield stress fluids are found to be compatible with the results presented
In this dissertation, extensional deformation and capillary-driven breakup of drops at low Reynolds ...
For highly non-uniformly flowing fluids, there are contributions to the stress related to spatial va...
The behaviour of complex fluids can be investigated by subjecting them to controlled rheometric flow...
The pinch-off behavior of yield stress fluids is investigated using droplet and liquid-bridge breaku...
International audienceWe study the pinch-off dynamics of droplets of yield stress and shear thinning...
We observe a novel type of shear banding in the rheology of thixotropic yield-stress fluids that is ...
We contrast the extensional and shear dynamics of non-Brownian suspensions as a function of particle...
We numerically investigate nonlocal effects on inhomogeneous flows of soft athermal disks close to b...
By examining the rupture of fluid necks during droplet formation of surfactant-laden liquids, we obs...
By examining the rupture of fluid necks during droplet formation of surfactant-laden liquids, we obs...
A volume-of-fluid numerical method is used to predict the dynamics of shear-thinning liquid drop for...
International audienceMaterials such as foams, concentrated emulsions, dense suspensions or colloida...
The experimental flow curves of four different yield-stress fluids with different interparticle inte...
AbstractA volume-of-fluid numerical method is used to predict the dynamics of shear-thinning liquid ...
DoctorThe liquid droplet dynamics are important in many applications such as inkjet printing, spray ...
In this dissertation, extensional deformation and capillary-driven breakup of drops at low Reynolds ...
For highly non-uniformly flowing fluids, there are contributions to the stress related to spatial va...
The behaviour of complex fluids can be investigated by subjecting them to controlled rheometric flow...
The pinch-off behavior of yield stress fluids is investigated using droplet and liquid-bridge breaku...
International audienceWe study the pinch-off dynamics of droplets of yield stress and shear thinning...
We observe a novel type of shear banding in the rheology of thixotropic yield-stress fluids that is ...
We contrast the extensional and shear dynamics of non-Brownian suspensions as a function of particle...
We numerically investigate nonlocal effects on inhomogeneous flows of soft athermal disks close to b...
By examining the rupture of fluid necks during droplet formation of surfactant-laden liquids, we obs...
By examining the rupture of fluid necks during droplet formation of surfactant-laden liquids, we obs...
A volume-of-fluid numerical method is used to predict the dynamics of shear-thinning liquid drop for...
International audienceMaterials such as foams, concentrated emulsions, dense suspensions or colloida...
The experimental flow curves of four different yield-stress fluids with different interparticle inte...
AbstractA volume-of-fluid numerical method is used to predict the dynamics of shear-thinning liquid ...
DoctorThe liquid droplet dynamics are important in many applications such as inkjet printing, spray ...
In this dissertation, extensional deformation and capillary-driven breakup of drops at low Reynolds ...
For highly non-uniformly flowing fluids, there are contributions to the stress related to spatial va...
The behaviour of complex fluids can be investigated by subjecting them to controlled rheometric flow...