International audienceWe review the state of the art in foam and highly concentrated emulsion rheology, with an emphasis on progress made over the last five years. Since the structures and physico-chemical processes relevant for foams and emulsions are closely analogous, comparing the knowledge recently gained in these two neighboring fields brings fresh insight. In this spirit, we review how the macroscopic mechanical response arises from a coupling between interfacial energy and long range molecular interactions, entropic effects, interfacial rheology, and dynamics at the droplet or bubble scale. We present experiments and models concerning elasticity, osmotic pressure, yielding and flow behavior. (C) 2014 Elsevier Ltd. All rights reserve...
International audienceElasticity of soft materials can be greatly influenced by the presence of air ...
Foams with gas volume fractions f>fc possess peculiar rheological properties, a minimum stress calle...
International audienceFoamy complex matter is increasingly encountered in various application fields...
Thesis (DTech (Chemical Engineering))--Cape Peninsula University of Technology, 2009.Highly concentr...
This chapter gives a survey on the rheology of multiphase systems. The topic is of the utmost practi...
The osmotic pressure and shear modulus of highly concentrated emulsions were modelled by considering...
A new model for the structure, elastic properties and dynamics of foams and concentrated emulsions i...
A microstructural model for the rheology of large-gas-fraction foams and concentrated emulsions is d...
This research effort is focused on understanding the mechanical response of foams, and other complex...
We present a model for osmotic pressure and shear modulus of highly concentrated emulsions by includ...
International audienceWe report a new set of rheological data on well controlled aqueous foams. We i...
Both the generation and the stability of emulsions and foams depend on interfacial properties induce...
We present an experimental study of the rheology of polydisperse aqueous foams of different gas volu...
Aqueous foams are constituted of concentrated gas bubble dispersions in a surfactant solution. Like ...
Foam evokes many different images: waves breaking at the seashore, the head on a pint of Guinness, a...
International audienceElasticity of soft materials can be greatly influenced by the presence of air ...
Foams with gas volume fractions f>fc possess peculiar rheological properties, a minimum stress calle...
International audienceFoamy complex matter is increasingly encountered in various application fields...
Thesis (DTech (Chemical Engineering))--Cape Peninsula University of Technology, 2009.Highly concentr...
This chapter gives a survey on the rheology of multiphase systems. The topic is of the utmost practi...
The osmotic pressure and shear modulus of highly concentrated emulsions were modelled by considering...
A new model for the structure, elastic properties and dynamics of foams and concentrated emulsions i...
A microstructural model for the rheology of large-gas-fraction foams and concentrated emulsions is d...
This research effort is focused on understanding the mechanical response of foams, and other complex...
We present a model for osmotic pressure and shear modulus of highly concentrated emulsions by includ...
International audienceWe report a new set of rheological data on well controlled aqueous foams. We i...
Both the generation and the stability of emulsions and foams depend on interfacial properties induce...
We present an experimental study of the rheology of polydisperse aqueous foams of different gas volu...
Aqueous foams are constituted of concentrated gas bubble dispersions in a surfactant solution. Like ...
Foam evokes many different images: waves breaking at the seashore, the head on a pint of Guinness, a...
International audienceElasticity of soft materials can be greatly influenced by the presence of air ...
Foams with gas volume fractions f>fc possess peculiar rheological properties, a minimum stress calle...
International audienceFoamy complex matter is increasingly encountered in various application fields...