We present the results of a combined theoretical and experimental investigation of the
influence of surface tension the acceleration due to gravity. The theory of viscous hydraulic …

This study explores the formation of circular thin-film hydraulic jumps caused by the normal
impact of a jet on an infinite planar surface. For more than a century, it has been believed …

An experimental setup has been established to investigate the thickness profiles of the liquid
film formed by an oblique round water jet im**ing on curved walls. The influence of the jet …

Waterbells result from the impact of a low-viscosity liquid jet (diameter D 0, velocity U 0) on a
solid surface (characteristic length D i) of similar size (D i∼ D0). Their stationary shape …

We present the results of an experimental investigation of the striking flow structures that
may arise when a vertical jet of fluid im**es on a thin fluid layer overlying a horizontal …

Unconfined three-dimensional gravity currents generated by lock exchange using a small
dividing gate in a sufficiently large tank are investigated by means of large eddy simulations …

An obliquely inclined circular water jet, im**ing on a flat horizontal surface, confers a
series of hydraulic jump profiles, pertaining to different jet inclinations and jet velocities …

The results of the numerical simulations of the dynamics of shallow waters for Volga-
Akhtuba Floodplain are discussed. The mathematical model is based on the system of Saint …

The hydraulic jump appearing in the viscous laminar flow of a thin liquid layer over a finite
horizontal plate is studied using the boundary-layer approximation for the flow in and around …

We present a simple viscous theory of free-surface flows in boundary layers, which can
accommodate regions of separated flow. In particular, this yields the structure of stationary …