ISSN 1694-6286
e-ISSN 1694-9250
Submit Article
English
Bulletin of the Kyrgyz National Agrarian University

Search Article

ANALYSIS OF THE CONDITION OF AN EARTH DAM

K Kulnara Ismailova B Bakytbek Makilov
Received 30.09.2024
Revised 03.12.2024
Published 29.12.2024

Abstract

Earth dams play a key role in water management, flood prevention and sustainable use of water bodies. However, they are subject to various risks, including erosion, leaks, subsidence and degradation of materials. Analysis of the condition of earth dams includes an assessment of their physical and mechanical characteristics, monitoring of level changes. Filtration in earth dams is an important process that affects their stability and safety. Proper management of filtration processes helps prevent dam failure and minimize the risks associated with floods and erosion. This paper considers water filtration through an earth dam. The results of the analysis help identify potential risks and develop recommendations for improving the reliability and safety of earth dams. Effective management of the condition of dams helps reduce the likelihood of emergency situations and ensures environmental protection

Keywords

earth dams filtration condition analysis stability slopes depression surface strength monitoring
Suggested citation
Ismailova, K., & Makilov, B. (2024). ANALYSIS OF THE CONDITION OF AN EARTH DAM. Bulletin of the Kyrgyz National Agrarian University, 22(6), 175-179.

References

  1. Ismailova, K.D., & Abdyjaparov, A. (2024). Strength and stability of hydraulic structures. Bulletin of KNAU, 2(69), 34-39.
  2. Ismailova, K.D., & Kamchybekov, A. (2024). Design features of structures taking into account ground conditions. Bulletin of KNAU, 2(69), 40-44.
  3. Ismailova, K.D., & Abdiasim uulu, N. (2024). Analysis of dam stability assessment. Bulletin of Scientists' World Space, 1, 52-59.
  4. Ismailova, K.D., & Narmatova, G.K. (2019). Dam stability assessment. Bulletin of KNAU, 1(50), 133-137.
  5. Ismailova, K.D., Masalbekov, N.I., & Talasbaev, N.A. (2021). Assessment of the stressed geomechanical state of the dam. Bulletin of KNAU, 1(46).
  6. Ismailova, K.D., & Aibek, K.u. (2022). Dam slopes under various temperature conditions. Bulletin of KNAU, 4(63), 131-136.
  7. Ismailova, K.D., & Islam, K.u. (2023). Mechanical movements of channel flows. Bulletin of Scientists' World Space, 1, 78-82.
  8. Ismailova, K.D., & Bozgunov, B. (2023). Condition of dams under the influence of the reservoir. Bulletin of Scientists' World Space, 1, 73-77.
  9. Ismailova, K.D., & Bektenov, E. (2023). Accounting for anisotropy in earth-filled dams. Bulletin of Scientists' World Space, 2(3), 93-98.
  10. Ismailova, K.D., & Okmotkulov, S. (2023). Stability assessment of earth structures. Bulletin of Scientists' World Space, 5, 36-41.
  11. Bayalieva, Z.A., Musalieva, A.M., & Almazov, T. (2022). Modern methods of waterproofing hydraulic structures. Bulletin of KNAU, 4(63), 106-110.
  12. Ismailova, K.D., & Zamangapova, A.K. (2015). Stress-strain state of mountain dams. Bulletin of the Kyrgyz National Agrarian University named after K.I. Skryabin, 4(36), 27-29.