1. Kadirov, V.R., Karimov, Sh.V., Karshiboev, Z.J., Tuychiboev, E.I., & Malyushenko, D.S. (2025). Issledovanie vliyaniya vyemočnopogruzochnogo oborudovaniya i rabochey ploshchadki na ustoychivost’ ustupov [Study of the influence of mining and loading equipment and working area on bench stability]. Ugol, 1191(4), 59–65. (in Russian) 2. Kadirov, V., Karimov, S., Qushshayev, U., & Sharapova, D. (2021). Study on the influence of the deformation zones of the quarry sides on the rock mass movement. In E3S Web of Conferences (Vol. 304, p. 02002). EDP Sciences.

3. Kadirov, V.R., Umirzokov, A.A., Ravshanov, Z.Y., & Zaitova, M.N. (2021). Raschet ustoychivosti nizhnego uchastka borta kar’era “Muruntau” s uchetom programmnogo kompleksa «Ustoi» [Calculation of the stability of the lower part of the “Muruntau” quarry slope using the software complex “Ustoi”]. Central Asian Journal of Theoretical and Applied Science, 2(12), 335–341. (in Russian) 4. Kadirov, V.R., Kuziev, Kh., Kushnazorov, I., & Umirzokov, A.A. (2022). Vliyanie tektonicheskikh blokov na ustoychivost’ bortov glubokikh kar’erov [Influence of tectonic blocks on the stability of deep quarry slopes]. Barqarorlik va Yetakchi Tadqiqotlar Onlayn Ilmiy Jurnali, 2(9), 246– 251. (in Russian)

5. Kutepov, Y.Yu. (2024). Gidrogeomekhanicheskoe obosnovanie ustoychivosti bortov kar’erov pri razmeshchenii v nikh zhidkikh promyshlennykh otkhodov [Hydrogeomechanical justification of quarry slope stability when disposing of liquid industrial wastes]. Mining Informational and Analytical Bulletin (MIAB), (9), 65–77. (in Russian) 6. Protosenya, A.G., & Chebakov, A.V. (n.d.). Vliyanie inzhenerno-geologicheskikh i gidrogeologicheskikh usloviy na deformirovanie bortov kar’era [Influence of engineering-geological and hydrogeological conditions on quarry slope deformation]. Zapiski Gornogo Instituta, T.189, ISSN 0135-3500. (in Russian) 7. Kadirov, V.R., Makhmudov, D.R., Ochilov, Sh.A., & Kusshaev, U.K. (2020). Obosnovanie i vybor raschetnykh geomekhanicheskikh modeley [Justification and selection of computational geomechanical models]. In European Scientific Conference (pp. 39–43). (in Russian)

1. Kadirov, V.R., Karimov, Sh.V., Karshiboev, Z.J., Tuychiboev, E.I., & Malyushenko, D.S. (2025). Issledovanie vliyaniya vyemočnopogruzochnogo oborudovaniya i rabochey ploshchadki na ustoychivost’ ustupov [Study of the influence of mining and loading equipment and working area on bench stability]. Ugol, 1191(4), 59–65. (in Russian) 2. Kadirov, V., Karimov, S., Qushshayev, U., & Sharapova, D. (2021). Study on the influence of the deformation zones of the quarry sides on the rock mass movement. In E3S Web of Conferences (Vol. 304, p. 02002). EDP Sciences.

3. Kadirov, V.R., Umirzokov, A.A., Ravshanov, Z.Y., & Zaitova, M.N. (2021). Raschet ustoychivosti nizhnego uchastka borta kar’era “Muruntau” s uchetom programmnogo kompleksa «Ustoi» [Calculation of the stability of the lower part of the “Muruntau” quarry slope using the software complex “Ustoi”]. Central Asian Journal of Theoretical and Applied Science, 2(12), 335–341. (in Russian) 4. Kadirov, V.R., Kuziev, Kh., Kushnazorov, I., & Umirzokov, A.A. (2022). Vliyanie tektonicheskikh blokov na ustoychivost’ bortov glubokikh kar’erov [Influence of tectonic blocks on the stability of deep quarry slopes]. Barqarorlik va Yetakchi Tadqiqotlar Onlayn Ilmiy Jurnali, 2(9), 246– 251. (in Russian)

5. Kutepov, Y.Yu. (2024). Gidrogeomekhanicheskoe obosnovanie ustoychivosti bortov kar’erov pri razmeshchenii v nikh zhidkikh promyshlennykh otkhodov [Hydrogeomechanical justification of quarry slope stability when disposing of liquid industrial wastes]. Mining Informational and Analytical Bulletin (MIAB), (9), 65–77. (in Russian) 6. Protosenya, A.G., & Chebakov, A.V. (n.d.). Vliyanie inzhenerno-geologicheskikh i gidrogeologicheskikh usloviy na deformirovanie bortov kar’era [Influence of engineering-geological and hydrogeological conditions on quarry slope deformation]. Zapiski Gornogo Instituta, T.189, ISSN 0135-3500. (in Russian) 7. Kadirov, V.R., Makhmudov, D.R., Ochilov, Sh.A., & Kusshaev, U.K. (2020). Obosnovanie i vybor raschetnykh geomekhanicheskikh modeley [Justification and selection of computational geomechanical models]. In European Scientific Conference (pp. 39–43). (in Russian)