Numerical simulations of foam flow in narrow channels are described. The fields of velocity, strain, and stress are predicted for the slow flow of a dry two-dimensional foam through a diverging-converging channel. Two different bubble area dispersities are simulated, and the effects of crystallisation in the monodisperse case described
An implementation of the recent viscous froth model of Kern et al. [N.Kern, D.Weaire, A. Martin, S. ...
The velocity of a two-dimensional aqueous foam has been measured as it flows through two parallel ch...
Bubble monolayers are widely used to probe the rheology of aqueous foams, and liquid content plays a...
Numerical simulations of foam flow in narrow channels are described. The fields of velocity, strain,...
Surface Evolver simulations of flowing two-dimensional foams are described. These are used for two p...
A comprehensive set of experiments on a two-dimensional constriction flow of a foam are described. I...
The flow of two-dimensional aqueous foams in the Couette geometry highlights the shear-response of t...
The flow of a quasi-two-dimensional foam through a constriction is described. The bubble velocity an...
When foams flow through porous media, the interaction of the lamellae with the walls of the channels...
We describe a numerical model to predict the rheology of two-dimensional dry foams. The model accura...
Many numerical methods now exist to simulate the structure and dynamics of surface-tension-dominated...
Two-dimensional bidisperse foams were simulated in cyclic, uniaxial, extensional shear. Mixing of bu...
One way in which the complex elastic, plastic and viscous properties of a liquid foam can be explore...
The viscous froth model for two-dimensional (2D) dissipative foam rheology is combined with Marangon...
Using the Surface Evolver software, we perform numerical simulations of point-like deformations in a...
An implementation of the recent viscous froth model of Kern et al. [N.Kern, D.Weaire, A. Martin, S. ...
The velocity of a two-dimensional aqueous foam has been measured as it flows through two parallel ch...
Bubble monolayers are widely used to probe the rheology of aqueous foams, and liquid content plays a...
Numerical simulations of foam flow in narrow channels are described. The fields of velocity, strain,...
Surface Evolver simulations of flowing two-dimensional foams are described. These are used for two p...
A comprehensive set of experiments on a two-dimensional constriction flow of a foam are described. I...
The flow of two-dimensional aqueous foams in the Couette geometry highlights the shear-response of t...
The flow of a quasi-two-dimensional foam through a constriction is described. The bubble velocity an...
When foams flow through porous media, the interaction of the lamellae with the walls of the channels...
We describe a numerical model to predict the rheology of two-dimensional dry foams. The model accura...
Many numerical methods now exist to simulate the structure and dynamics of surface-tension-dominated...
Two-dimensional bidisperse foams were simulated in cyclic, uniaxial, extensional shear. Mixing of bu...
One way in which the complex elastic, plastic and viscous properties of a liquid foam can be explore...
The viscous froth model for two-dimensional (2D) dissipative foam rheology is combined with Marangon...
Using the Surface Evolver software, we perform numerical simulations of point-like deformations in a...
An implementation of the recent viscous froth model of Kern et al. [N.Kern, D.Weaire, A. Martin, S. ...
The velocity of a two-dimensional aqueous foam has been measured as it flows through two parallel ch...
Bubble monolayers are widely used to probe the rheology of aqueous foams, and liquid content plays a...
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