Drop impact on a solid surface : short-time self-similarity

Micro fl uidics, by squeezing the characteristic fl uid di- mensions at the sub-millimeter scale, has revolutionized chemistry by making possible to perform a broad range of

For the water entry problem of a rigid body, the numerical results are successfully compared with analytical solutions for wedge, cone and the three­ dimensional

microscopy a fine structure, consisting of very small steps, can be made visible in a smectic A stepped drop. The height of these small steps corresponds approximately

The main result of this section (Th. 10) states that a graph cut is induced by a minimum spanning forest relative to the minima of a map if and only if it is a water- shed of this

For partial coalescence to occur, the horizontal constriction of the interface, driven by the surface tension on the sides of the drops, must overcome the vertical collapse driven

It is found that, for large enough impact velocities, a reduced friction delays the build-up of a viscous boundary layer, and leads to an increase of the time required to reach

Cette stratégie pédagogique impose que le document (la ressource pédagogique) soit conçu non pas à partir de la présentation d’un cours suivi d’une série

Both B and Li compositions of Grenada melt inclusions suggest (i) the involvement of dehydration fluids or hydrous silicate melts derived from buried carbonate ‐bearing sediments,