The hump characteristic is one of unique instability issues of pump-turbines, which limits the
stable and sable range of pumped storage power units. Recent studies show that the hump …

Energy dissipation structures, particularly stilling basins, are critical for defining the hydraulic
jump characteristics that are suitable. Appropriate sill geometry for abruptly expanding …

Different flow characteristics namely sequent depth ratio, relative height of jump, relative
energy loss, efficiency, relative length of jump and relative length of roller in suddenly …

In order to explore the flow characteristics and working principles of oblique stilling basins,
model tests were carried out on six schemes with three inlet angles in two types of stilling …

Control of the high velocity and kinetic energy of the flow downstream of the hydraulic
structures to prevent the erosion of the channel bed is one of the most important concerns of …

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 …

The occurrence and the effects of hydraulic jump instabilities on a natural river confluence in
a small river basin in Liguria (Italy) is here investigated. Hydraulic jump instability has been …

A systematic comparative evaluation of mainstream multiphase models for specific hydraulic
structures is essential to investigate aerated flow characteristics and promote the models' …

Various methods exist to stabilize asymmetric hydraulic jumps occurring in suddenly
expanding channels. In this study, the effects of the interaction of multiple submerged …

The present experimental study analyzes the effects of lateral jet flow (LJF) in a stilling basin
with abruptly expanding channels on the stabilization and the significant characteristics of …