Most major recent advances in the physics of monodisperse foams are centred around the
ability to generate them with excellent control of bubble sizes down to a few micrometers …

The effects of shear strain on a two-dimensional foam, comprising a monolayer of bubbles
bridging from a soap solution to a cover glass, have been studied. For initially disordered …

This work presents experimental findings on the stability of a 2D foam confined in a hard
cell. The foam's lifetime before breakage increases with bubble size, and introducing a …

This paper investigates the evolution of defects in two-dimensional (2D) wet foams by using
the dynamic bubble simulation approach. Two defect types are considered: a single large …

We have studied the average properties and the topological correlations of computer-
simulated two-dimensional (2D) aggregating systems at different initial surface packing …

This study investigates the evolution of different grain boundaries in two-dimensional wet
foam (2D) together with the width and the roughness of the interface. The foam around the …

The temporal evolution of disorder around grain boundaries between domains of ideally six-
fold coordinated two-dimensional foam has been studied experimentally, using a foam …

Colloidal dispersions are defined as a substance consisting of particles that, although too
tiny to be seen with the unaided eye (typically from 1 nanometre to 10 micrometres), are …

Topological defects in a foam, either isolated (disclinations and dislocations) or in pairs,
affect the energy and stress, and play an important role in foam deformation. Surface Evolver …

The aim of this work is to study the structural and kinetic properties of colloidal monolayers
and their relationship with the interparticle interaction potential and with an external force …