The vertical impact of a rectangular liquid jet was experimentally studied using a high-speed
camera. Fluorescent dyes and tracer particles are used to visualize the thickness and …

We examine the structure of the continuous circular hydraulic jump and recirculation for a jet
impinging on a disk. We use a composite mean-field thin-film approach consisting of …

Ultra-flat and ultra-smooth copper (Cu) surfaces are widely used as optical mirrors, heat
sinks, and substrates for functional material growth. Traditional polishing methods that rely …

In an effort to capture the continuous hydraulic jump and flow structure for a jet impinging on
a disk, we recently proposed a composite mean-field thin-film approach consisting of …

The transient flow of a circular liquid jet impinging on a horizontal disk, and the hydraulic
jump formation, are examined theoretically and numerically. The interplay between inertia …

The association of enormous amounts of energy proximate to hydraulic structures, like
spillways, downstream of draft tubes, etc., which might be harmful to environment, has …

This paper addresses several aspects of the axisymmetric flow of a liquid film over the
surface of a downward-sloping cone. The study is rooted on a validated computational tool …

In this paper, a coupled level set and volume of fluid, immersed boundary (CLSVOF/IB)
method is proposed and implemented into the interFoam solver of the OpenFOAM to …

Hydraulic jumps are efficient energy dissipaters, and their proper design can help in
harnessing the energy of flowing water. By studying the impact of channel slope and surface …

Analytical investigations of heat transfer during the vertical impingement of an unsubmerged
axisymmetric liquid jet on a horizontal plate have been limited to the regions ahead of the …