International audienceThe link between the rheology of 3D aqueous foam and the adhesion of neighboring bubbles is tested by confronting experiments at two different length scales. On the one hand, the dynamics of adhesion are probed by measuring how the shape of two bubbles in contact changes as their center-to-center distance is modulated. On the other hand, the linear viscoelastic behavior of 3D foam prepared with the same soapy solution is characterized by its complex shear modulus. To connect the two sets of data, we present a model of foam viscoelasticity taking into account bubble adhesion
A theoretical model for foam rheology that includes viscous forces is developed by considering the d...
International audienceWe report a new set of rheological data on well controlled aqueous foams. We i...
International audienceLiquid foam exhibits surprisingly high viscosity, higher than each of its phas...
International audienceThe link between the rheology of 3D aqueous foam and the adhesion of neighbori...
The link between the rheology of 3D aqueous foam and the adhesion of neighbouring bubbles is tested ...
International audienceWe study the impact of interfacial rheology on the linear viscoelastic relaxat...
International audienceWe confine a monodisperse bubble monolayer between the two parallel plates of ...
9 pagesInternational audienceAn original set-up is used to study the adhesive properties of two hemi...
Aqueous foams are constituted of concentrated gas bubble dispersions in a surfactant solution. Like ...
This paper is an overview of our recent understanding of the effects of surfactant type and bubble s...
The shear rheology of two-dimensional foam is investigated over a range of shear rates with the nume...
Shearing of two-dimensional wet foam is simulated using an introduced numerical model, and results a...
International audienceSoft glassy materials made of deformable cells, such as liquid foams, simultan...
Using a shear cell device, we have studied four associated problems in foam by experiments: Bubble-b...
International audienceAqueous foams, as emulsions, microgels or pastes, have rich and complex, but n...
A theoretical model for foam rheology that includes viscous forces is developed by considering the d...
International audienceWe report a new set of rheological data on well controlled aqueous foams. We i...
International audienceLiquid foam exhibits surprisingly high viscosity, higher than each of its phas...
International audienceThe link between the rheology of 3D aqueous foam and the adhesion of neighbori...
The link between the rheology of 3D aqueous foam and the adhesion of neighbouring bubbles is tested ...
International audienceWe study the impact of interfacial rheology on the linear viscoelastic relaxat...
International audienceWe confine a monodisperse bubble monolayer between the two parallel plates of ...
9 pagesInternational audienceAn original set-up is used to study the adhesive properties of two hemi...
Aqueous foams are constituted of concentrated gas bubble dispersions in a surfactant solution. Like ...
This paper is an overview of our recent understanding of the effects of surfactant type and bubble s...
The shear rheology of two-dimensional foam is investigated over a range of shear rates with the nume...
Shearing of two-dimensional wet foam is simulated using an introduced numerical model, and results a...
International audienceSoft glassy materials made of deformable cells, such as liquid foams, simultan...
Using a shear cell device, we have studied four associated problems in foam by experiments: Bubble-b...
International audienceAqueous foams, as emulsions, microgels or pastes, have rich and complex, but n...
A theoretical model for foam rheology that includes viscous forces is developed by considering the d...
International audienceWe report a new set of rheological data on well controlled aqueous foams. We i...
International audienceLiquid foam exhibits surprisingly high viscosity, higher than each of its phas...