Droplet impact on a high-temperature solid surface in the film boiling regime is widely
encountered in various modern industrial and technological applications. The present article …

Electric charges are often found in naturally or artificially formed droplets, such as raindrops
and those generated by Kelvin's water dropper. In contrast to the impact of neutral droplets …

In this study, the im**ement of a conductive droplet on a hot wall under an electric field in
the Leidenfrost regime is simulated. Apart from electrostatic equations, the governing …

Overcoming friction between moving components is important for reducing energy losses
and component wear. Hydrodynamic lubrication via thin-film boiling provides an opportunity …

The Leidenfrost effect is a case of thin-film boiling where a drop of liquid levitates on a
surface heated to temperatures significantly higher than the liquid's boiling point. When the …

The bouncing dynamics of a nanodroplet impacting a superhydrophobic surface under a
perpendicular electric field is studied through molecular dynamics (MD) simulations. Using …

Impact behaviors of a water nanodroplet on a hydrophobic surface in the presence of an
external perpendicular electric field are investigated via classical molecular dynamics (MD) …

This paper investigates the hydrothermal behavior of leaky dielectric and perfect dielectric
droplets impacting a superheated wall within a specific range of Weber numbers (W e≤ 30) …

We experimentally investigate the behavior of ferrofluid Leidenfrost droplets subject to a
static magnetic field gradient. The droplets are deposited on a hot substrate and trapped …

The impact of droplets on heated substrates is a crucial process in a diverse range of
technological and industrial applications such as thermal spray, electronics cooling and …