3.2 Non wetting - Leidenfrost drops

Course syllabus
• MOOC ESPCI - Dynamics...
1.1 Surface tension, surface energy - Surface energy • 1.1 Surface tension, s...
1.2 Surface tension, surface energy- Surface tension as a force • 1.2 Surface tension, s...
1.3 Surface tension, surface energy - Laplace pressure • 1.3 Surface tension, s...
1.4 Surface tension, surface energy - Instability of cylindrical interfaces • 1.4 Surface tension, s...
2.1 Solid-liquid contact - Contact angles • 2.1 Solid-liquid conta...
2.2 Solid-liquid contact - Hysteresis • 2.2 Solid-liquid conta...
2.3 Solid-liquid contact - Gravity effects • 2.3 Solid-liquid conta...
2.3 Solid-liquid contact - Gravity effects continued • 2.3 Solid-liquid conta...
3.1 Non wetting - Superhydrophobicity • 3.1 Non wetting - Sup...
3.2 Non wetting - Leidenfrost drops • 3.2 Non wetting - Leid...
4.1 Capillarity and viscosity - Capillary number • 4.1 Capillarity and vi...
4.2 Capillarity and viscosity - Capillarity and viscosity • 4.2 Capillarity and vi...
4.3 Capillarity and viscosity - Wetting dynamics • 4.3 Capillarity and vi...
5.1 Capillarity and inertia - Liquid films and sheets • 5.1 Capillarity and in...
5.2 Capillarity and inertia - Jets • 5.2 Capillarity and in...
5.3 Capillarity and inertia - Impacts • 5.3 Capillarity and in...
5.4 Capillarity and inertia - Capillary waves • 5.4 Capillarity and in...
6.1 Motions due to surface tension gradients - Marangoni flows • 6.1 Motions due to sur...
6.2 Motions due to surface tension gradients - Surfactants • 6.2 Motions due to sur...