When a laminar inclined circular jet impinges on a horizontal surface, it forms a non-circular
hydraulic jump resulting from the non-axisymmetric flow. In this study, we develop an …

The radial interface profile of the non-circular hydraulic jump is analyzed based on the time-
averaged film thickness profile of the liquid film formed by a round jet obliquely impinging on …

This study theoretically investigated the impinging liquid sheet, formed by a power-law liquid
jet obliquely encroaching on a wall surface. Based on the control volume method, the …

The collision process between a Newtonian liquid jet and pro/hydrophobic surfaces was
investigated in this paper. Based on the theory of impinging-jets, a theoretical model of liquid …

A series of numerical simulations of oblique-jet impinging onto concave walls are carried out
to gain insight into the formation process of the liquid fuel film in a liquid film cooling thrust …

Water patch topology and momentum loss resulting from a jet impacting on the underside of
a flat plate with varied hydrophobicity were studied. The jet's Reynolds and Froude numbers …

Superhydrophobic surfaces offer many advantages beyond just being hydrophobic (water
repellent) to the surface. The superhydrophobic property can be achieved by artificially …

When a laminar inclined circular jet impinges on a horizontal surface, it forms a non-circular
hydraulic jump governed by a non-axisymmetric flow. In this thesis, we use the …