AbstractA system of equations which describe the dynamics of a thin two-dimensional free film is analyzed in the vicinity of rupture. These equations contain the effects of surface tension and van der Waals forces. A similarity solution is sought, and a dominant balance argument is proposed and supported with numerical calculations
The dynamics of a free-liquid film with insoluble surfactants is followed until film rupture with a ...
The behavior of a uid with a thin capillary meniscus can be modelled by the thin lm equation ht = (h...
available for noncommercial, educational purposes, provided that this copyright statement appears on...
AbstractA system of equations which describe the dynamics of a thin two-dimensional free film is ana...
Free surface flows where the shape of the interface separating two fluids is unknown apriori are an ...
The structure of the ow induced by the van der Waals destabilization of a non-wetting liquid film ...
The structure of the ow induced by the van der Waals destabilization of a non-wetting liquid film ...
The structure of the ow induced by the van der Waals destabilization of a non-wetting liquid film ...
This paper studies the rupture of thin liquid films on hydrophobic substrates, assuming large slip a...
Thinning and rupture of a thin film of a power-law fluid on a solid substrate under the balance betw...
In this paper, we derive a lubrication model to describe the non-stationary free liquid film that is...
The authors examine nonlinear effects on the stability of a free thin liquid film in a simplified si...
The van der Waals driven rupture of a freely suspended thin viscous sheet is examined using a long-w...
The van der Waals driven rupture of a freely suspended thin viscous sheet is examined using a long-w...
We investigate stability and breakup of a thin liquid film on a solid surface under the action of di...
The dynamics of a free-liquid film with insoluble surfactants is followed until film rupture with a ...
The behavior of a uid with a thin capillary meniscus can be modelled by the thin lm equation ht = (h...
available for noncommercial, educational purposes, provided that this copyright statement appears on...
AbstractA system of equations which describe the dynamics of a thin two-dimensional free film is ana...
Free surface flows where the shape of the interface separating two fluids is unknown apriori are an ...
The structure of the ow induced by the van der Waals destabilization of a non-wetting liquid film ...
The structure of the ow induced by the van der Waals destabilization of a non-wetting liquid film ...
The structure of the ow induced by the van der Waals destabilization of a non-wetting liquid film ...
This paper studies the rupture of thin liquid films on hydrophobic substrates, assuming large slip a...
Thinning and rupture of a thin film of a power-law fluid on a solid substrate under the balance betw...
In this paper, we derive a lubrication model to describe the non-stationary free liquid film that is...
The authors examine nonlinear effects on the stability of a free thin liquid film in a simplified si...
The van der Waals driven rupture of a freely suspended thin viscous sheet is examined using a long-w...
The van der Waals driven rupture of a freely suspended thin viscous sheet is examined using a long-w...
We investigate stability and breakup of a thin liquid film on a solid surface under the action of di...
The dynamics of a free-liquid film with insoluble surfactants is followed until film rupture with a ...
The behavior of a uid with a thin capillary meniscus can be modelled by the thin lm equation ht = (h...
available for noncommercial, educational purposes, provided that this copyright statement appears on...
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