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Derivation (hydraulic engineering)

The term derivation has other meanings, see derivation .

Derivation (from the Latin. Derivatio - lead, deviation) in hydraulic engineering - diversion of water from the river bed for various purposes along the canal [1] or the system of water conduits.

An example of a hydraulic structure that diverts water from the Syr Darya River. Romanovsky Irrigation Canal in the Golodnaya Steppe ( Turkestan ), built with funds from Grand Duke Nicholas Konstantinovich
General view of the Romanov Canal irrigation head structure in the Golodnaya Steppe

In a broader sense, derivation is understood as a set of hydraulic structures that divert water from a river, reservoir or other reservoir and bring it to other hydraulic structures [2] .

These types of derivational structures are distinguished - free- flow (channel, tunnel, tray) and pressure (pipeline, pressure tunnel). Pressure type is used if there are significant (more than a few meters) seasonal or temporary fluctuations of the water level at the place of its intake.

Modern diversion canals and watercourses have a length of tens of kilometers and a carrying capacity of several thousand m³ / s.

Examples of diversion channels

  • Skhodnensky derivational canal

Notes

  1. ↑ In this case, the channel is called the derivation channel .
  2. ↑ Hydropower station (HPP), pumping station, distribution system of canals, etc.

Links

  • Derivation - an article from the Great Soviet Encyclopedia .
Source - https://ru.wikipedia.org/w/index.php?title= Derivation_ ( hydrotechnology )&oldid = 78133204


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