The processes of interaction of liquid droplets with solid surfaces have become of interest to
many researchers. The achievements of world science should be used for the development …

The phenomenon of surface ice accumulation in low temperature and high humidity
environments brings significant challenges to economy, energy, and security …

Aluminum (Al) droplets collide with the wall of the combustion chamber in a solid rocket
motor at different angles of incidence and velocities, which exhibit rebounding, splashing …

Superhydrophobic modifications could effectively minimize heat exchange at the interfaces
of impacting droplets and solid surfaces. Previous studies have lacked numerical …

A numerical investigation of droplet bouncing and heat transfer over a heated surface in the
presence of an external electric field has been reported. The coupled set of governing …

The maximum diameter of a drop impacting on a flat solid surface is studied theoretically
assuming axi-symmetric spreading without splashing. The energy balance between the …

The droplet impacting on a substrate is widely encountered in daily life and industrial
applications. In this paper, the impact dynamics and heat transfer are numerically simulated …

The behavior of aluminum droplets impacting a wall critically affects the operation of solid
rocket motors. In the present study, the flow and rebound of aluminum droplets with a high …

Droplets wetting and moving on fibers are omnipresent in both nature and industry.
However, little is known on the local stresses the fiber substrates experiences and, in turn …

This Letter explores the onset of splashing of liquid metal drops and the underlying
phenomenological reasons using a numerical approach. Validation is performed using …