The relation between the dynamics of wetting and nonwetting liquids parameterized by non-zero contact angle was studied. Mathematics of singular solutions, blow-off experiments and lubrication theory approximation were used for the analysis. Voinov-Hoffman-Tanner rule was derived for a spreading drop of a wetting liquid
We propose a new theoretical model of dynamic wetting for systems comprising two immiscible liquids,...
Macroscopic approach to the wetting phenomena, based on the isotherms of disjoining pressure of wett...
The maximum spreading of drops impacting on smooth and rough surfaces is measured from low to high i...
The rate of spreading of non-volatile liquids on smooth and on rough surfaces was investigated. The ...
This manuscript is concerned with the spreading of a liquid droplet on a plane solid surface. The fo...
International audienceThe spreading of evaporating drops without a pinned contact line is studied ex...
The dynamics of coalescence of two water sessile drops is investigated and compared with the spreadi...
Hoffman-de Gennes law, which relates the edge speed, ve, to the dynamic and equilibrium contact angl...
The wetting kinetics of a drop on a solid surface is measured by observing the movement of the conta...
We present new spreading-drop data obtained over four orders of time and apply our new analysis tool...
We present a mathematical model for the slow three-dimensional motion of a liquid coating on a subst...
The problem of wetting and drop dynamics on various surfaces is very interesting from both the scien...
The wetting kinetics of a drop on a horizontal solid surface covered by a viscous liquid has been in...
International audienceWe report the influence of the nature of boundaries on the dynamics of wetting...
International audienceWe describe a simple model of a contact line under purely diffusive evaporatio...
We propose a new theoretical model of dynamic wetting for systems comprising two immiscible liquids,...
Macroscopic approach to the wetting phenomena, based on the isotherms of disjoining pressure of wett...
The maximum spreading of drops impacting on smooth and rough surfaces is measured from low to high i...
The rate of spreading of non-volatile liquids on smooth and on rough surfaces was investigated. The ...
This manuscript is concerned with the spreading of a liquid droplet on a plane solid surface. The fo...
International audienceThe spreading of evaporating drops without a pinned contact line is studied ex...
The dynamics of coalescence of two water sessile drops is investigated and compared with the spreadi...
Hoffman-de Gennes law, which relates the edge speed, ve, to the dynamic and equilibrium contact angl...
The wetting kinetics of a drop on a solid surface is measured by observing the movement of the conta...
We present new spreading-drop data obtained over four orders of time and apply our new analysis tool...
We present a mathematical model for the slow three-dimensional motion of a liquid coating on a subst...
The problem of wetting and drop dynamics on various surfaces is very interesting from both the scien...
The wetting kinetics of a drop on a horizontal solid surface covered by a viscous liquid has been in...
International audienceWe report the influence of the nature of boundaries on the dynamics of wetting...
International audienceWe describe a simple model of a contact line under purely diffusive evaporatio...
We propose a new theoretical model of dynamic wetting for systems comprising two immiscible liquids,...
Macroscopic approach to the wetting phenomena, based on the isotherms of disjoining pressure of wett...
The maximum spreading of drops impacting on smooth and rough surfaces is measured from low to high i...
DOI
Add to ORKG