4 pages, 3 figuresWe have studied the roughness of a contact line of a liquid meniscus on a disordered substrate by measuring its width distribution. The comparison between the measured width distribution and the width distribution calculated in previous works, extended here to the case of open boundary conditions, confirms that the Joanny-de Gennes model is not sufficient to describe the dynamics of contact lines at the depinning threshold. This conclusion is in agreement with recent measurements which determine the roughness exponent by extrapolation to large system sizes
International audienceDespite decades of studies, wetting dynamics on a solid is still the focus of ...
AbstractTypical rough surface contact models are meant for dry conditions. They often assume hemisph...
The point at which two random rough surfaces make contact takes place at the contact of the highest ...
We have studied the roughness and the dynamics of the contact line of a viscous liquid on a disorder...
We have studied the roughness and the dynamics of the contact line of a viscous liquid on a disorder...
The results of a numerical study of the various characteristics of the static contact of a liquid me...
In this work we present preliminary results from our numerical study of the shapes of a liquid menis...
In this study we deal with the problem of normal contact between rough surfaces. A power spectral de...
In this study we deal with the problem of normal contact between rough surfaces. A power spectral de...
The relative contact area of rough surface contacts is known to increase linearly with reduced press...
The present study investigates moving contact lines in microfluidic confinements with rough topograp...
True contact between solids with randomly rough surfaces tends to occur at a large number of microsc...
The relative contact area of rough surface contacts is known to increase linearly with reduced press...
We examine the extent to which small-scale geometric substrate roughness influences the wetting beha...
In the fractal rough surface characterized by Weierstrass-Mandelbrot function, the amount of asperit...
International audienceDespite decades of studies, wetting dynamics on a solid is still the focus of ...
AbstractTypical rough surface contact models are meant for dry conditions. They often assume hemisph...
The point at which two random rough surfaces make contact takes place at the contact of the highest ...
We have studied the roughness and the dynamics of the contact line of a viscous liquid on a disorder...
We have studied the roughness and the dynamics of the contact line of a viscous liquid on a disorder...
The results of a numerical study of the various characteristics of the static contact of a liquid me...
In this work we present preliminary results from our numerical study of the shapes of a liquid menis...
In this study we deal with the problem of normal contact between rough surfaces. A power spectral de...
In this study we deal with the problem of normal contact between rough surfaces. A power spectral de...
The relative contact area of rough surface contacts is known to increase linearly with reduced press...
The present study investigates moving contact lines in microfluidic confinements with rough topograp...
True contact between solids with randomly rough surfaces tends to occur at a large number of microsc...
The relative contact area of rough surface contacts is known to increase linearly with reduced press...
We examine the extent to which small-scale geometric substrate roughness influences the wetting beha...
In the fractal rough surface characterized by Weierstrass-Mandelbrot function, the amount of asperit...
International audienceDespite decades of studies, wetting dynamics on a solid is still the focus of ...
AbstractTypical rough surface contact models are meant for dry conditions. They often assume hemisph...
The point at which two random rough surfaces make contact takes place at the contact of the highest ...