Energy dissipation at outlets - typical drainage outlet, Civil Engineering

Assignment Help:

Q. Energy dissipation at outlets - typical drainage outlet?

Flow velocity at outlets is generally high. Without proper control of this energy, subsequent bank erosion can result in failure of the banks. Consequently some energy dissipating structures are designed to cope with this problem. Impact energy dissipaters can be provided atoutlets by making use of impact walls to dissipate energy. Otherwise the flows at outlet are dispersed artificially to achieve a substantial loss of energy. Though problem of cavitation may take place in this kind of energy dissipating structures.

2367_Energy dissipation at outlets - typical drainage outlet.png

Fig: A typical drainage outlet


Related Discussions:- Energy dissipation at outlets - typical drainage outlet

What is preset mean while installation of bridge bearings, What is preset m...

What is preset mean while installation of bridge bearings ?

Surveying, earthen dam and gravity dam

earthen dam and gravity dam

Explain horizontal circular curves - transportation, Explain Horizontal Cir...

Explain Horizontal Circular Curves - Transportation Horizontal circular curve is a circular arc between two straight lines known as tangents.

N-type semiconductor is an example of what semiconductor, N-type semiconduc...

N-type semiconductor is an example of what semiconductor? Answer : N-type semiconductor is an example of extrinsic semiconductor.

Define resultant force on a given area of a horizontal plane, Resultant For...

Resultant Force on a Given Area of a Horizontal Plane By equation, the total vertical force applied to an area A on the plane is: Resultant Force R = ΡA = (lb/ft 2 )(ft 2 )

Structural drawing, Overview   A structure is required to support a conv...

Overview   A structure is required to support a conveyor and various ancillary equipment, between two buildings in an industrial area. It is 12m long and made up of structural s

Soil in road construction, Soil in Road Construction: Road Embankme...

Soil in Road Construction: Road Embankment and Sub-grade Soil is mainly used as the material for constructing a road embankment. The road embankment supports the road

Aggregaters, What Aggregate''s class III

What Aggregate''s class III

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd