Stilling basins can be defined as energy dissipaters constructed of the irrigation systems.
This study aims at investigating the performance of the new seven baffle blocks design in …

The construction of stilling basin with adverse slope change the characteristics of hydraulic
jump such as sequent depth ratio, length of jump ratio, length of roller and energy …

Energy dissipater in the stilling basin is a structure designed to protect downstream of the
spillway from erosion and scour by reducing flow energy in the energy dissipation pool …

In this research, the applicability of the screen sheet, as an energy dissipater at downstream
of hydraulic structures, has been studied to reduce the amount of scouring. For operation of …

In this research, a laboratory study of hydraulic jump properties was conducted by making
small semicircular rough elements, which covered the stilling basin floor downstream of …

The USBR VI stilling basin is one of the oldest basins designed to dissipate the energy at the
outlet of pipes. In this study, the effect of two parameters including the Froude number (Fr) of …

The hydraulic jump phenomenon is one of the most common phenomena in open channels.
Hydraulic jump is a transition state from supercritical to subcritical flow regime, which …

Hydraulic jumps offer an efficient method of dissipating excess kinetic energy beneath
hydraulic structures such as chutes, spillways, and gates. Typically, the performance of a …

One of the most important problems Egypt is facing nowadays is saving and controlling the
limited available quantity of water and its quality for irrigation and other purposes. Such …

The hydraulic engineering designers focus on shaping up the flow regime so that the
greatest energy dissipation is ensured. On the other hand, the structural designers focus on …