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 …

We study laminar thin film flows with large distortions of the free surface, using the method of
averaging across the flow. Two specific problems are studied: the circular hydraulic jump …

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 …

This study explores the physics of laminar planar hydraulic jump of power-law liquids in a
horizontal channel through shallow water analysis. The theory is supplemented and …

Considered has been the phenomenon of hydraulic jump formed as a result of circular jet
impingement on the horizontal surface. The horizontal spreading of liquid is induced mainly …

The flow of a thin film over a rotating disk is crucial in many industrial applications, such as
spin coating and jet cooling. Accurate prediction of hydrodynamic features is essential for …

The paper investigates a planar hydraulic jump during a thin film flow over a two-
dimensional obstacle spanning the entire width of a horizontal channel. The shallow water …

In aluminum gravity casting, as liquid aluminum fell through a vertical sprue and impacted
on the horizontal flat surface, a phenomenon known as hydraulic jump (ie., flow transition …

Mode bifurcation was investigated when water was poured into a cup. Three modes, ie,
accumulation flow mode I, scattering flow mode II, and oscillatory flow mode III, were …

Evaporation is used in the dairy industry to reduce the production costs of powder
production (including milk powder) as it is more energy efficient to remove water by …