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Bulletin of the Kyrgyz National Agrarian University

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TECHNICAL SUPERVISION OF THE CONDITION OF CHANNELS AND STRUCTURES

A Ainura Zhamangapova A Aidarbek Abdymanapov A Aimira Abdieva
Received 30.09.2024
Revised 03.12.2024
Published 29.12.2024

Abstract

This work examines the issues of organizing technical supervision over the condition of drainage systems and hydraulic structures. The main focus is on methods, defect diagnosis and development of measures to ensure reliability and liquidity. Reliable operation of canals and structures of the on-farm irrigation system is determined by the level of technical solutions and the quality of project execution, strict adherence to the recommended technology for carrying out construction work and the organization of their correct operationThe level of reliability of the irrigation system operation is: the total duration of trouble-free operation of all system elements, including a permanent conducting and temporary regulating irrigation network, a system of channels, and structures on the network, is ensured by careful preparation of the system for the beginning of the irrigation season, followed by maintenance and constant supervision of their operation. In the system of operational measures, an important place is given to timely preventive and restorative repairs, eliminating the possibility of system failures while observing the rules of its operation. In accordance with this, maintenance of the irrigation network is limited to monitoring the condition of canals and structures, ensuring protection from damage, and carrying out necessary repairs

Keywords

channel consumption live flow section regulatory structures lined channels the tray channel monolithic concrete working seams water consumption channel width
Suggested citation
Zhamangapova, A., Abdymanapov, A., & Abdieva, A. (2024). TECHNICAL SUPERVISION OF THE CONDITION OF CHANNELS AND STRUCTURES. Bulletin of the Kyrgyz National Agrarian University, 22(6), 165-168.

References

  1. Zhamangapova, A.K., & Kyzibek kyzy, S. (2024). Efficiency of the use of water distribution structures. Bulletin “Scientists’ Space in the World”, 1, 60-64.
  2. Ismailova, K.D., & Kalybek, I. (2023). Mechanical movements of channel flows. Bulletin “Scientists’ Space in the World”, 1, 78-82.
  3. Botokanova, B.A., & Zhamangapova, A.K. (2019). Determination of the main parameters of a water intake structure on the Kurkureu-Suu River. Bulletin of the Kyrgyz-Russian Slavic University, 19(8), 116-120.
  4. Bayalieva, Zh.A., & Mominov, R. (2024). Solutions for water supply of old irrigated lands. Bulletin “Scientists’ Space in the World”, 1, 30-37.
  5. Volkov, I.M., Kononenko, P.F., & Fedichkin, I.K. (1977). Design of hydraulic structures. Moscow: Kolos.
  6. Bochkarev, V.Ya. (2012). New technologies and measuring tools, methods of water accounting organization on irrigation systems. Novocherkassk: RosNIIPM.
  7. Kiselev, P.G. (Ed.). (2011). Handbook on hydraulic calculations. Moscow: Ecolit.
  8. Construction Norms and Regulations of the Kyrgyz Republic (SNiP KR 12-02:2017). (2017).
  9. State Construction Committee of the Kyrgyz SSR. Catalog of construction works. (2005). 
  10. Construction Norms and Regulations (SNiP 3.01.01-85). Organization of construction production. (n.d.).