Add to ORKGThis paper presents an experimental study on water drop oblique impacts onto hydrophobic and superhydrophobic tilted surfaces, with the objective of understanding drop impact dynamics and the conditions for drop rebound on low wetting surfaces. Drop impact experiments were performed with millimetric water drops with Weber numbers in the range 25<We<585, using different surfaces with advancing contact angles 111°<θ A<160° and receding contact angles 104°<θ R<155°. The analysis of oblique impacts onto tilted surfaces led to the definition of six different impact regimes: deposition, rivulet, sliding, rolling, partial rebound, and rebound. For superhydrophobic surfaces, surface tilting generally enhanced drop rebound and shedding from the surf...
Data from the literature suggest that the rebound of a drop from a surface can be achieved when the ...
Oblique drop impacts were performed at high speeds (up to 27 m/s, We > 9000) with millimetric water ...
Oblique drop impacts were performed at high speeds (up to 27 m/s, We > 9000) with millimetric water ...
This paper presents an experimental study on water drop oblique impacts onto hydrophobic and superhy...
This paper presents an experimental study on water drop oblique impacts onto hydrophobic and superhy...
This paper presents an experimental study on water drop oblique impacts onto hydrophobic and superhy...
This paper presents an experimental study on water drop oblique impacts onto hydrophobic and superhy...
Oblique water drop impacts were performed on a superhydrophobic surface at normal Weber numbers in t...
Experiments to understand the effect of surface wettability on impact characteristics of water drops...
Experiments to understand the effect of surface wettability on impact characteristics of water drops...
Oblique water drop impacts were performed on a superhydrophobic surface at normal Weber numbers in t...
Data from the literature suggest that the rebound of a drop from a surface can be achieved when the ...
Oblique drop impacts were performed at high speeds (up to 27 m/s, We > 9000) with millimetric water ...
Oblique drop impacts were performed at high speeds (up to 27 m/s, We > 9000) with millimetric water ...
Data from the literature suggest that the rebound of a drop from a surface can be achieved when the ...
Data from the literature suggest that the rebound of a drop from a surface can be achieved when the ...
Oblique drop impacts were performed at high speeds (up to 27 m/s, We > 9000) with millimetric water ...
Oblique drop impacts were performed at high speeds (up to 27 m/s, We > 9000) with millimetric water ...
This paper presents an experimental study on water drop oblique impacts onto hydrophobic and superhy...
This paper presents an experimental study on water drop oblique impacts onto hydrophobic and superhy...
This paper presents an experimental study on water drop oblique impacts onto hydrophobic and superhy...
This paper presents an experimental study on water drop oblique impacts onto hydrophobic and superhy...
Oblique water drop impacts were performed on a superhydrophobic surface at normal Weber numbers in t...
Experiments to understand the effect of surface wettability on impact characteristics of water drops...
Experiments to understand the effect of surface wettability on impact characteristics of water drops...
Oblique water drop impacts were performed on a superhydrophobic surface at normal Weber numbers in t...
Data from the literature suggest that the rebound of a drop from a surface can be achieved when the ...
Oblique drop impacts were performed at high speeds (up to 27 m/s, We > 9000) with millimetric water ...
Oblique drop impacts were performed at high speeds (up to 27 m/s, We > 9000) with millimetric water ...
Data from the literature suggest that the rebound of a drop from a surface can be achieved when the ...
Data from the literature suggest that the rebound of a drop from a surface can be achieved when the ...
Oblique drop impacts were performed at high speeds (up to 27 m/s, We > 9000) with millimetric water ...
Oblique drop impacts were performed at high speeds (up to 27 m/s, We > 9000) with millimetric water ...