A review of theories and methods for assessing the strength of earth structures is given in the paper. A number of criteria is proposed that makes it possible to reliably assess the strength of earth structures. The strength of the Gissarak dam under the influence of mass forces is estimated taking into account inhomogeneous features of the structure, the strength of the Nurek dam near the resonance regimes is assessed considering for viscoelastic properties of soil and inhomogeneous structural features under various dynamic impacts.
1. Lekhanova K.V., Novodzinsky A.L. Sravneniye chislennix i analitecheskix metodov raschyota ustoychivosti gruntovix otkosov [Comparison of Numerical and Analytical Methods for Calculating the Stability of Earth Slopes] / Bulletin of the Perm National Research Polytechnic University. Journal Construction and Architecture. Perm. 2011. №1. Pp.45-50. [in Russian] 2. Tsytovich N.A. Soil Mechanics. Moscow KD Librocom, 2013. 272 p. 3. Tsytovich N.A., Ter-Martirosyan Z.G. Fundamentals of Applied Geomechanics in Engineering. Moscow Higher School, 1981.317 p. [in Russian] 4. Krasnikov N.D. Dynamic Properties of Soils and the Method of Their Determination. Stroiizdat, 1970. 239 p. [in Russian] 5. Fayzrova I.N. Problems of the Theory of Plasticity and Limit Equilibrium of Layered Inhomogeneous Bodies. Diss. on the scientific degree of Candidate of Technical Sciences on specialty 01.02.04. Almetievsk, 2003. 125p. [in Russian] 6. Pavlyuschik S.A. Evaluation of the Bearing Capacity of Loaded Slopes and Sides by the Methods of Limit Analysis of Plastic Systems. Diss. for the scientific degree of candidate of technical sciences on specialty 05.23.02. Novocherkassk, 2011. 141 p. [in Russian] 7. Mirsayapov I.T. et al. Prochnost i deformatsi peschanix gruntov pri tryoxosnom siklicheskom nagrujeni. [Strength and strain of sandy soils under three-axial cyclic loading]. Izvestiya KGASU, Foundations and bases, underground structures. Kazan, 2012. №3 (21). Pp.58-63. [in Russian] 8. SirotaYu.L. Deformability and Durability of Clay Soils under Tension and their Consideration in Assessing the Operation of Foundations and Earth Dams. Diss. on the scientific degree candidate of science on specialty 05.23.02, 05.23.07. Leningrad. 1984. 61-25-5 / 1984-0 [in Russian] 9. Bogomolova O.A. Injenerniy metod raschyota ustoychivosti nagrujennix otkosov. [Engineering method for calculating the stability of loaded slopes]. Internet messenger VolgGASU. Polythematics. 2012. Issue 1 (20). Pp. 1-8. [inRussian] 10. Bogomolova O.A. et al. Raschyot ustoychivosti otkosov i proektirovanie protivoopolznevix soorujeniy [Calculation of the Slope Stability and Design of Anti-landslide Structures] Internet bulletin VolgGASU. Engineering Informatics, 2012. Issue 8 (24). Pp. 1-21 [in Russian] 11. Istomin V.I. On the Scientific Approach to Calculating the Stability of Earth Slopes. Hydrotechnics. 2011. №1,2. [in Russian] 12. Istomin V.I. O nauchnom podxode k raschyotam ustoychivosti otkosov gruntovix soorujeniy. [On the Scientific Approach to Calculating the Slopes Stability of Earth Structures]. Hydraulic engineering. Moscow, 2012. №2. Pp. 39-41. [in Russian] 13. Chugaeva G.A., Bodrova A.V. Uchot konstruktivnix osobennostey gruntovix soorujeniy v raschyotax ustoychivosti. [Account of Constructive Features of Earth Structures in Strength Calculations]. Proceedings of VNIIG B.Е. Vedeneev. 2003. Vol. 242. Pp. 110-118. [in Russian] 14. Tsvetkova E.V. Development of a Method for Calculating and Predicting the Stability of Loaded Slopes and Sides as Structure Foundations on the Basis of an Analysis of Stressed State of Soils. Diss. on the scientific degree of Candidate of Science in specialty 05.23.02. Volgograd. 2007. p.187 [in Russian] 15. Shaikhullin I.R. Development of a Method for Calculating the Slope Stability with the Application of Graph Theory. Diss. on the scientific degree of Candidate of Technical Sciences on specialty 05.23.02. Ufa. 2002, 164 p. [in Russian] 16. Shiyan S.I. et al. K vaprosu o dlitelnoy ustoychivosti otkosov gruntovix soorujeniy. [On the Issue of Long-term Stability of Slopes of Earth Structures]. Bulletin of the Volgograd State Architectural and Construction University. Series Publ. Journal Construction and architecture. 2011. №23. Pp.5-16.[in Russian] 17. Yong Chen, D. Chan, Yunzhi Tan. Incorporation of Soil Suction in Stress-Based Slope Stability Analysis. Constitutive Modeling of Geomaterials. Springer Series in Geomechanics and Geoengineering 2013, pp 691-699. 18. José Simão Antunes do Carmo, Rita Fernandes de Carvalho. Large Dam-reservoir Systems: Guidelines and Tools to Estimate Loads Resulting from Natural Hazards/ Natural Hazards. October 2011. - Volume 59. -Issue 1. –pp. 75-106. 19. Potapova N.N. Estimation of Earth Slopes Stability and Bearing Capacity of Structure Foundations based on Analysis of Stress Distribution and Displacements. Diss. for the scientific degree of candidate of technical sciences on specialty 05.23.02. Volgograd. 2001. 205 p. [in Russian] 20. Kostyukov E.V. Investigation of Physical State and Assessment of Stability of Earth Dams of Hydro-technical Structures of Mining Enterprises by Geoelectric Method. Diss. for the academic degree of candidate of technical sciences on specialty 25.00.16. Kemerovo. 2005. 61-05-5 / 3134. [in Russian] 21. Ti Zhao, Jin zhong Sun , Bin Zhang ,Cheng Li. Analysis of Slope Stability with Dynamic Overloading from Earthquake. Journal of Earth Science. June 2012, Volume 23, Issue 3, pp 285-296. 22. Wei Lei. Programming Calculation of Slope Stability Safety Coefficient. Advanced Research on Computer Education, Simulation and Modeling Communications in Computer and Information Science Volume 176, 2011, pp. 235-240. 23. Amnyattalab, J. &Rezaie, H. Study of the Effect of Seepage through the Body of Earth Dam on its Stability by Predicting the Affecting Hydraulic Factors using Models of Brooks–Corey and van Genuchten (Case study of Nazluchay and Shahrchay earth dams) Int. J. Environ. Sci. Technol. (2017). https:DOI.org/10.1007/ s13762-017-1549-y 24. Lan Qi, Qizhen Chen, Jiancheng Cai. Effect of Seismic Permanent Deformation on Safety and Stability of Earth-rock Dam Slope. Transactions of Tianjin University. 2015. Vol.21. Issue 2. Pp 167–171. 25. Afiri, R. & Gabi, S. Finite Element Slope Stability Analysis of Souk Tleta Dam by Shear Strength Reduction Technique. Innov. Infrastruct. Solut. (2018) 3: 6. https:DOI.org/10.1007/s41062-017-0108-1 26. Denisov G.V., Davydkin O. Yu., Vorobiev K. M. Sostoyanie plotini Gosatlinskoy GES v prosesse napolneniya vodoxranilisha po dannim naturnix nablyudeniy i chislennogo modelirovaniya. [The State of the Dam of the Gotsatlinskaya HPP in the Process of Reservoir Filling according to Field Observations and Numerical Simulation]. Journal Hydrotechnical Engineering. 2017. №3.Pp. 54 - 61. [in Russian] 27. Mirsaidov M., Sultanov T., Rumi D.F. Osenka prochnosti gruntovix soorujeniy s uchotom peredelno-napryajennogo sostoyaniya gruntov. [Evaluation of the Strength of Earth Structures with allowance for the Extremely Stressed State of Soils] Proceedings of the International Scientific and Technical Conference on the 70-th anniversary of Academician T.Sh. Shirinkulov. Samarkand, 2007. Book. 4. Pp.38-44. [in Russian] 28. Mirsaidov M.M., Sultanov T.Z. Theory and Methods of Strength Assessment of Earth Dams. Lambert Academik Publishing. Saarbrucken/ Deutschland/ Germany/, 2015. Pp.341 29. Fisenko G.L. Stability of the Sides of Quarries and Dumps. Moscow, Nedra, 1981. Pp.378 [in Russian] 30. Salyamova K.D., Isomov R.D., Mirsaidov M.M. Issledovanie napryajenno-deformirovannogo sostoyaniya gruntovix plotin i osenka ix ustoychivosti. [Investigation of the Stress-Strain State of Earth Dams and an Estimation of Their Stability]. / Uzbek Journal Problems of Mechanics. Tashkent, 1997. №5. Pp.8-11. [in Russian] 31. Mirsaidov M.M., Sultanov T.Z., Khodzhaev D.A. Assessment of the Stress-Strain State of Earth Dams. Civil-Comp Press, Stirlingshire, UK, Paper 108, 2012. DOI:10.4203/Рр..100-118.URL: http:www.ctresources. info / ccp / paper. html?id=7248. 32. Mirsaidov M.M. et al. Strength Parameters of Earth Dams under Various Dynamic Effects. Magazine of Civil Engineering, 2018. No. 1. Pp.101-111. DOI: 10.18720/MCE.77.9. 33. Mirsaidov M.M., Sultanov T.Z. Sadullaev,A. Determination of the stress-strain state of earth dams with account of elastic-plastic and moist properties of soil and large strains. Magazine of Civil Engineering, 40(5), Pp.59-68 DOI: 10.5862/MCE.40.7 34. Mirsaidov M.M., Sultanov T.Z. Assessment of stress-strain state of earth dams with allowance for non-linear strain of material and large strains. Magazine of Civil Engineering, 49(5), Pp.73-82+136-137 DOI:10.5862/MCE.49.8 35. Krasnikov N.D. Seismic Stability of Hydro-technical Structures built of Earth Materials. Moscow Publ. Energoizdat, 1981. 240 p. [in Russian] 36. Mirsaidov M.M., Sultanov T.Z. Use of a linear heredity theory of viscoelasticity for dynamic analysis of earth structures. Moscow, Soil Mechanics and Foundations Engineering. № 6. 2013, Pp.250-256.DOI: 10.1007/s11204-013-9198-8 37. Bellendir E.N., Berzov V.F., Kutergin V.N. uchyot vliyaniya dinamicheskix vozdeystviy na prochnostnie xarakteristiki gruntov. [Account of the Influence of dynamic effects on strength characteristics of soils], Izv. of B.Е. Vedeneev VNIIG. Vol.239. St. Petersburg. 2001. Pp.143-153. [in Russian] 38. Koltunov M.A. Creep and Relaxation. Moscow Publ. High School, 1976. 277 p. [in Russian] 39. Rzhanitsyn A.R. Creep theory. Moscow Publ. Stroiizdat, 1968. 416 p. [in Russian]
Mirsaidov, M. M.; Sultanov, T. Z.; Kisekka, Isaya; and Yarashov, Zh. A.
"STRENGTH ASSESSMENT OF EARTH STRUCTURES,"
Irrigation and Melioration: Vol. 4
, Article 5.
Available at: https://uzjournals.edu.uz/tiiame/vol4/iss4/5