Water flows inside a river due to extremely low slopes whereas a millimetric raindrop generally sticks on its substrate. This thesis investigates problematics induced by liquid-solid adhesion as regards the cooking device application. We study superhydrophobic substrate whose both chemistry and roughness promote anti-adhesion. We describe the anti-adhesive behaviour in temperature. First, because of condensation through the porous media, the adhesion rises with temperature before vapour bubbles nucleate below the drop. Then, the production of vapour generates a lack of contact. Thus, adhesion decreases until the liquid levitates on its own vapour. We describe this phenomenon known as the Leidenfrost effect. We especially discuss the critica...
The Leidenfrost effect influences substantially the contact of a liquid droplet with a hot surface. ...
2017 Summer.Includes bibliographical references.Superhydrophobic surfaces are extremely repellent to...
A significant increase in the Leidenfrost temperature (LFT) was observed on a micro/nano rnultiscale...
Water flows inside a river due to extremely low slopes whereas a millimetric raindrop generally stic...
Si l’eau d’une rivière coule sous l’influence d’une petite pente, une goutte de pluie millimétrique ...
In 1756 Leidenfrost1 observed that water drops skittered on a sufficiently hot skillet due to levita...
International audienceSuperhydrophobicity (observed at room temperature) and Leidenfrost phenomenon ...
In the Leidenfrost effect, a liquid drop stands above a very hot substrate and levitates over a bed ...
We present an investigation of the change in wettability of water droplets on 3 different flat, smoo...
In this thesis we study the dynamic of drop impacts, in situations of low friction between the liqui...
The impact of droplets on heated substrates is a crucial process in a diverse range of technological...
This work focuses on the Leidenfrost effect. A water drop placed on a hot substrate levitates on a c...
The Leidenfrost effect is studied for drops on a superheated yet non-volatile liquid pool, and contr...
It is well known that a liquid drop released over a very hot surface generally does not contact the ...
peer-reviewedControlling wettability by varying surface chemistry and roughness or by applying exter...
The Leidenfrost effect influences substantially the contact of a liquid droplet with a hot surface. ...
2017 Summer.Includes bibliographical references.Superhydrophobic surfaces are extremely repellent to...
A significant increase in the Leidenfrost temperature (LFT) was observed on a micro/nano rnultiscale...
Water flows inside a river due to extremely low slopes whereas a millimetric raindrop generally stic...
Si l’eau d’une rivière coule sous l’influence d’une petite pente, une goutte de pluie millimétrique ...
In 1756 Leidenfrost1 observed that water drops skittered on a sufficiently hot skillet due to levita...
International audienceSuperhydrophobicity (observed at room temperature) and Leidenfrost phenomenon ...
In the Leidenfrost effect, a liquid drop stands above a very hot substrate and levitates over a bed ...
We present an investigation of the change in wettability of water droplets on 3 different flat, smoo...
In this thesis we study the dynamic of drop impacts, in situations of low friction between the liqui...
The impact of droplets on heated substrates is a crucial process in a diverse range of technological...
This work focuses on the Leidenfrost effect. A water drop placed on a hot substrate levitates on a c...
The Leidenfrost effect is studied for drops on a superheated yet non-volatile liquid pool, and contr...
It is well known that a liquid drop released over a very hot surface generally does not contact the ...
peer-reviewedControlling wettability by varying surface chemistry and roughness or by applying exter...
The Leidenfrost effect influences substantially the contact of a liquid droplet with a hot surface. ...
2017 Summer.Includes bibliographical references.Superhydrophobic surfaces are extremely repellent to...
A significant increase in the Leidenfrost temperature (LFT) was observed on a micro/nano rnultiscale...