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ENERGY DISSIPATORS Structures used to dissipate excess kinetic energy possessed by flowing water through irrigation structures . Types of energy dissipators 1. Baffeled outlet 2. Stilling basin 3. Hydraulic jump Baffeled out let The outlet has many obstructions higher than the bed of canal dissipate the excess energy of flow water.

ENERGY DISSIPATORS · 2020. 9. 5. · ENERGY DISSIPATORS Structures used to dissipate excess kinetic energy possessed by flowing water through irrigation structures . Types of energy

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Page 1: ENERGY DISSIPATORS · 2020. 9. 5. · ENERGY DISSIPATORS Structures used to dissipate excess kinetic energy possessed by flowing water through irrigation structures . Types of energy

ENERGY DISSIPATORS

Structures used to dissipate excess kinetic energy possessed by flowing

water through irrigation structures .

Types of energy dissipators

1. Baffeled outlet

2. Stilling basin

3. Hydraulic jump

Baffeled out let

The outlet has many obstructions higher than the bed of canal

dissipate the excess energy of flow water.

Page 2: ENERGY DISSIPATORS · 2020. 9. 5. · ENERGY DISSIPATORS Structures used to dissipate excess kinetic energy possessed by flowing water through irrigation structures . Types of energy
Page 3: ENERGY DISSIPATORS · 2020. 9. 5. · ENERGY DISSIPATORS Structures used to dissipate excess kinetic energy possessed by flowing water through irrigation structures . Types of energy

EndwallHeadwall

Impact Basin

Type III Basin Plung Pool

Page 4: ENERGY DISSIPATORS · 2020. 9. 5. · ENERGY DISSIPATORS Structures used to dissipate excess kinetic energy possessed by flowing water through irrigation structures . Types of energy

Baffeled Chute Basin

Page 6: ENERGY DISSIPATORS · 2020. 9. 5. · ENERGY DISSIPATORS Structures used to dissipate excess kinetic energy possessed by flowing water through irrigation structures . Types of energy

Stilling basin

Basin contains the turbulent water until it can be discharge into the

down stream channel with out damage to the channel.

Hydraulic jump

It is a jump of water that takes place when super-critical flow changed

into a sub- critical flow.

A hydraulic jump can be stabilised in stilling basin by using appurtenances

(or accessories such as chute blocks, basin blocks and end sill.

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