Abstract: Hydraulic Energy dissipators are devices to protect downstream areas of basin from erosion by reducing the velocity of flow up to an acceptable limit. The stilling basins are transition structures fabricated to dissipate excess energy confined by flow with high velocity at the outlet of conduit or tunnel so that the flow beyond the basin does not threaten the firmness of bed and banks of downstream channel in structures like culvert spillways, canal, etc. from scouring. Henceforth proper attention needed by hydraulic engineers for the design of energy dissipators so as to obtain optimum energy dissipation at outlet. The type of stilling basin most suitable at a particular location mainly depends upon initial velocity of flow and ...
In all hydraulic structures that hold back water, whether for the purpose of power, irrigation or fl...
Criterion have been developed in this study for designing a stilling basin to serve as a transition ...
Energy dissipator functions to dissipate the river-flow energy to avoid longitudinal damage to the d...
None supplied. From Preface: This monograph generalizes the design of stilling basins, energy dissip...
Energy dissipators are commonly used in high velocity hydraulic engineering devices to dissipate hyd...
Recent advances in technology have permitted the construction of large dams, reservoirs and channels...
One of the most used hydraulic structures for energy dissipation of supercritical flow is the hydrau...
The design of the stilling basin for a dam spillway is site specific and hydraulic model studies are...
As a result of designing an energy absorber in the zone of conjugation of water outlet structures of...
ABSTRACT The present investigation is focused on experimentally determining the dissipation of hydr...
A key outcome of this monograph is the diversity of energy dissipation designs, the intrinsic comple...
A hydraulic jump is a rapid transition from a high-velocity open channel flow to a slower fluvial mo...
Movable weirs have been developed to address the weaknesses of conventional fixed weirs. However, th...
The hydraulic jump downstream of river training structures, such as check dams, spillways or block r...
Stilling basins are frequently used as energy dissipaters to protect the downstream hydraulic struct...
In all hydraulic structures that hold back water, whether for the purpose of power, irrigation or fl...
Criterion have been developed in this study for designing a stilling basin to serve as a transition ...
Energy dissipator functions to dissipate the river-flow energy to avoid longitudinal damage to the d...
None supplied. From Preface: This monograph generalizes the design of stilling basins, energy dissip...
Energy dissipators are commonly used in high velocity hydraulic engineering devices to dissipate hyd...
Recent advances in technology have permitted the construction of large dams, reservoirs and channels...
One of the most used hydraulic structures for energy dissipation of supercritical flow is the hydrau...
The design of the stilling basin for a dam spillway is site specific and hydraulic model studies are...
As a result of designing an energy absorber in the zone of conjugation of water outlet structures of...
ABSTRACT The present investigation is focused on experimentally determining the dissipation of hydr...
A key outcome of this monograph is the diversity of energy dissipation designs, the intrinsic comple...
A hydraulic jump is a rapid transition from a high-velocity open channel flow to a slower fluvial mo...
Movable weirs have been developed to address the weaknesses of conventional fixed weirs. However, th...
The hydraulic jump downstream of river training structures, such as check dams, spillways or block r...
Stilling basins are frequently used as energy dissipaters to protect the downstream hydraulic struct...
In all hydraulic structures that hold back water, whether for the purpose of power, irrigation or fl...
Criterion have been developed in this study for designing a stilling basin to serve as a transition ...
Energy dissipator functions to dissipate the river-flow energy to avoid longitudinal damage to the d...