STRENGTH AND STABILITY OF HYDRAULIC STRUCTURES

Received 14.01.2024
Revised 31.03.2024
Published 05.05.2024

Abstract

When operating hydraulic structures, the reliability and safety of their operation must be ensured, as well as the uninterrupted and economical operation of the technological equipment of power plants while observing environmental protection regulations. Particular attention should be paid to ensuring the reliable operation of antifiltration and drainage devices. Hydraulic structures must satisfy regulatory documentation on stability, strength, durability. Structures and structures under water pressure, as well as their foundations and abutments must satisfy regulatory (design) indicators of water tightness and filtration properties ity.Hydraulic structures must be protected from damage caused by unfavorable physical, chemical and biological processes, exposure to loads and water

Keywords

hydraulic structures operation throughput filtration filtration strength stability safety factor slopes dam deformation
Suggested citation
Ismailova, K., & Abdyzhaparov, A. (2024). STRENGTH AND STABILITY OF HYDRAULIC STRUCTURES. Bulletin of the Kyrgyz National Agrarian University, 22(2), 34-39.

References

[1] Bayalieva, Zh.A., Musalieva, A.M., & Almazov, T. (2022). Modern methods of waterproofing hydraulic structures. Bulletin of KNAU, 4(63), 106-110.

[2] Ismailova, K.D., & Bozgunov, B. (2023). Condition of dams under the influence of a reservoir. Bulletin of Scientists' Space in the World, 1, 73-77.

[3] Ismailova, K.D., & Jamanapova, A.K. (2015). Stress-strain state of upland dams. Bulletin of the Kyrgyz National Agrarian University named after K.I. Skryabin, 4(36), 27-29.

[4] Ismailova, K.D., & Kanybek u., A. (2022). Dam slopes under various temperature regimes. Bulletin of KNAU, 4(63), 131-136.

[5] Ismailova, K.D., & Kalybek u., I. (2023). Mechanical movements of channel flows. Bulletin of Scientists' Space in the World, 1, 78-82.

[6] Ismailova, K.D., & Okmotkulov, S. (2023). Assessment of the stability of earthen structures. Bulletin of Scientists' Space in the World, 5, 36-41.

[7] Ismailova, K.D., & Bektenov, E. (2023). Accounting for anisotropy in earthen dams. Bulletin of Scientists' Space in the World, 2-3, 93-98.

[8] Ismailova, K.D., Masalbekov, N.I., & Talasbaev, N.A. (2021). Assessment of the stressed geomechanical state of a dam. Bulletin of KNAU, 1(46).

[9] Ismailova, K.D., Narmatova, G.K., & Sardarbekov, A. (2019). Assessment of dam stability. Bulletin of KNAU, 1(50), 133-137.

[10] Jamanapova, A.K., & Itikulov, A.M. (2023). Well devices at a tailings storage facility. Bulletin of Scientists' Space in the World, 1, 88-92.

[11] Zhumabaev, B., & Ismailova, K.D. (2005). Influence of a reservoir on the stress-strain state of a dam. Bulletin of the Kazakh Academy of Transport and Communications named after M. Tynyshpaev, 4, 26-33.