Stilling basins with sudden expansions are one of the energy dissipation structures. In the
hydraulic jump, pressure fluctuations cause significant damages in stilling basins by cavity …

Hydraulic jump is used as a significant energy-dissipater downstream of hydraulic
structures, spillways, gates, and chutes. The novelty of this study is the simultaneous use of …

One way to dissipate energy is to use sudden expansion stilling basin structures
downstream of spillway, gates and chute. The present study is aimed to study influences of …

In this research, the performance of support vector machine in predicting relativeenergy
dissipation in non-prismatic channel and rough bed with trapezoidalelements has been …

In the present study, the hydraulic characteristics of the flow and the phenomenon of flow
hysteresis with the supercritical regime, which can appear in the vicinity of the additional …

Introduction One of the most important problems in hydraulic structures is the kinetic energy
of the flow. If this destructive energy is not controlled, the structures downstream will be …

یکی از مهمترین معضلاتی که در پاییندست سازههای هیدرولیکی وجود دارد، انرژی مخرب جنبشی
جریان است. همواره کارشناسان سعی در طراحی مناسب و کاهش اثر این نیروی مخرب در پاییندست سازه …‎

Hydraulic jump is used as an important energy dissipator phenomenon downstream of
hydraulic structures such as spillways, gates, and chutes. The US Bureau of Reclamation …

The effect of fluctuating pressures due to turbulence on the hydraulic jump causes significant
damage to the relaxation pool. Moreover, the presence of roughness in the bed changes the …

Stilling basins with sudden expansions are one of the energy-dissipater structures. The
application of cross-sectional expansion in channels would be a useful way to ensure the …