Pinning and depinning of drops on an inclined heterogeneous substrate is studied as a function of the inclination and heterogeneity amplitude. Two types of heterogeneity are considered: a hydrophobic defect that blocks the droplet in front, and a hydrophilic one that holds it at the back. Two different types of depinning leading to sliding motion are identified, and the resulting stick-slip motion is studied numerically
We perform a joint numerical and experimental study to systematically characterize the motion of 30 ...
Controlling the motion of drops on solid surfaces is crucial in many natural phenomena and technolog...
International audienceThe directional motion of sessile drops can be induced by slanted mechanical v...
We study the depinning of driven drops on a heterogeneous substrate using a long-wave evolution ...
Substrate defects crucially influence the onset of sliding drop motion under lateral driving. A fini...
We present a comprehensive study of water drops sliding down chemically heterogeneous surfaces forme...
doi:10.1088/1367-2630/8/12/313 Abstract. We study the depinning of driven drops on a heterogeneous s...
We present a numerical study of droplets sliding across chemically heterogeneous surfaces formed by ...
We study the motion of a two-dimensional droplet on an inclined surface, under the action of gravity...
The motion of partially wetting liquid drops in contact with a solid surface is strongly affected by...
We report the results of extensive experimental studies of the sliding of water drops on chemically ...
We report the results of extensive experimental studies of the sliding of water drops on chemically ...
We experimentally characterize the sliding angle of water droplets (volume 3.1–22.2 μL) migrating on...
The wetting behavior of a liquid drop sitting on an inclined plane is investigated experimentally an...
We experimentally characterise the sliding angle of water droplets (volume 3.1 $\mu$L - 22.2 $\mu$L)...
We perform a joint numerical and experimental study to systematically characterize the motion of 30 ...
Controlling the motion of drops on solid surfaces is crucial in many natural phenomena and technolog...
International audienceThe directional motion of sessile drops can be induced by slanted mechanical v...
We study the depinning of driven drops on a heterogeneous substrate using a long-wave evolution ...
Substrate defects crucially influence the onset of sliding drop motion under lateral driving. A fini...
We present a comprehensive study of water drops sliding down chemically heterogeneous surfaces forme...
doi:10.1088/1367-2630/8/12/313 Abstract. We study the depinning of driven drops on a heterogeneous s...
We present a numerical study of droplets sliding across chemically heterogeneous surfaces formed by ...
We study the motion of a two-dimensional droplet on an inclined surface, under the action of gravity...
The motion of partially wetting liquid drops in contact with a solid surface is strongly affected by...
We report the results of extensive experimental studies of the sliding of water drops on chemically ...
We report the results of extensive experimental studies of the sliding of water drops on chemically ...
We experimentally characterize the sliding angle of water droplets (volume 3.1–22.2 μL) migrating on...
The wetting behavior of a liquid drop sitting on an inclined plane is investigated experimentally an...
We experimentally characterise the sliding angle of water droplets (volume 3.1 $\mu$L - 22.2 $\mu$L)...
We perform a joint numerical and experimental study to systematically characterize the motion of 30 ...
Controlling the motion of drops on solid surfaces is crucial in many natural phenomena and technolog...
International audienceThe directional motion of sessile drops can be induced by slanted mechanical v...