We present in this work the quantitative and qualitative study of the flow in the stepped spillways. The experimental measurement is realized on the reduced model. Different flow configurations on a spillway are described. New experimental results linked to the flow aspect and to the energy dissipation after the passage over the spillway are presented. The experimental results relative to the energy dissipation are analysed. They are compared thereafter to the results of the experiences and models found in other research works
In present paper, the computational fluid dynamics (CFD - program Flow-3D) was used toanalyze and st...
Stepped spillway increases the hydraulic resistance against flow by using of step-made spillway floo...
Stepped channels and spillways have been used for centuries. Recently, new construction materials, (...
AbstractMany researchers have concentrated on experimental research of hydraulic characteristics of ...
In the present study, energy dissipation was investigated in a specific type of stepped spillways. T...
A new laboratory study conducted on stepped spillways in order to investigate their efficiency of di...
This paper describes an experimental investigation into the hydraulics of ogee-profile stepped spill...
Abstract-- The main purpose of traditional spillway with semicircular crest is to rise and control u...
The stepped spillway has increasingly become effective energy dissipation. The stepped spillway has ...
Stepped spillways have many applications in dam structures, and river engineering. Moreover, stillin...
The energy dissipation process is the major significant point in the designof hydraulic structure. T...
Stepped spillway increases the hydraulic resistance against flow by using of step-made spillway floo...
Stepped spillway increases the hydraulic resistance against flow by using of step-made spillway floo...
In present paper, the computational fluid dynamics (CFD – program Flow-3D) was used to analyze and s...
The special configuration of V- shape stepped spillways increases energy dissipation and aeration co...
In present paper, the computational fluid dynamics (CFD - program Flow-3D) was used toanalyze and st...
Stepped spillway increases the hydraulic resistance against flow by using of step-made spillway floo...
Stepped channels and spillways have been used for centuries. Recently, new construction materials, (...
AbstractMany researchers have concentrated on experimental research of hydraulic characteristics of ...
In the present study, energy dissipation was investigated in a specific type of stepped spillways. T...
A new laboratory study conducted on stepped spillways in order to investigate their efficiency of di...
This paper describes an experimental investigation into the hydraulics of ogee-profile stepped spill...
Abstract-- The main purpose of traditional spillway with semicircular crest is to rise and control u...
The stepped spillway has increasingly become effective energy dissipation. The stepped spillway has ...
Stepped spillways have many applications in dam structures, and river engineering. Moreover, stillin...
The energy dissipation process is the major significant point in the designof hydraulic structure. T...
Stepped spillway increases the hydraulic resistance against flow by using of step-made spillway floo...
Stepped spillway increases the hydraulic resistance against flow by using of step-made spillway floo...
In present paper, the computational fluid dynamics (CFD – program Flow-3D) was used to analyze and s...
The special configuration of V- shape stepped spillways increases energy dissipation and aeration co...
In present paper, the computational fluid dynamics (CFD - program Flow-3D) was used toanalyze and st...
Stepped spillway increases the hydraulic resistance against flow by using of step-made spillway floo...
Stepped channels and spillways have been used for centuries. Recently, new construction materials, (...