This work is licensed under the Creative Commons Attribution-ShareAlike 4.0 International License.
[1]Lazăr, M., Dumitrescu, I., 2009 The impact of the mining industry on the environment and the ecological reconstruction of the affected areas (in Romanian). Mining Revue, 10.Search in Google Scholar
Nguyen, P.M.V., Wrana., A., Rajwa, S., Rózanski, Z., Fraczek, R., 2022 Slope Stability Numerical Analysis and Landslide Prevention of Coal Mine Waste Dump under the Impact of Rainfall - A Case Study of Janina Mine, Poland, Energies, 15 (21), no. 8311Search in Google Scholar
Fodor, D., 2008 Mining of mineral substances and useful rocks in open-pits (in Romanian), Corvin Publishing House, Deva, RomaniaSearch in Google Scholar
Fodor, D., Trotea, T., 2010 Construction, stability and management of waste dumps from lignite open cast (in Romanian), Mining Revue, 6Search in Google Scholar
Rotunjanu, I., 2005 Stability of Natural and Artificial Slopes (in Romanian), Infomin Publishing House, Deva, RomaniaSearch in Google Scholar
Apostu, I.M., Rada, C., Lazăr, M., Faur. F., Sîli, N., 2022 Investigation of the Causes and Factors Generating Land Instability in the Berbeşti Mining Basin, Mining Revue, 28, pp. 24-36Search in Google Scholar
Fodor, D., Lazăr, M., 2023 Considerations regarding the stability of dumps in Oltenia (in Romanian), AGIR Bulletin, 1Search in Google Scholar
Lazăr, M., Faur, F., Apostu I-M., Rada, C., 2021 Long-term stability of the final slopes of the mining waste dumps from Oltenia, MATEC Web of Conferences, 342, no. 03005Search in Google Scholar
***, 2017-2019 I.C.S.I.T.P.M.L. Documentation (in Romanian), Craiova, RomaniaSearch in Google Scholar
Rotunjanu, I., Antonie, D., Rența, L., 2010 Considerations on the geotechnical characteristics of the cover rocks of the open-pits in Oltenia according to their depth and their influence on the geometric elements of the slopes (in Romanian). Mining Revue, 11Search in Google Scholar
Faur, F., Lazăr M., Apostu I-M., Rada, C., Moisuc-Hojda, M., 2022 Assessment of the Stability State and the Risk of Landslides within Berbești Mining Basin (Romania) Post Closure, Inżynieria Mineralna – J. Polish Min. Eng. Soc., 2 (50), pp. 59–70Search in Google Scholar
***, 2023 Google Earth Pro, 2023. https://earth.google.com/ (accessed on 08 April 2024)Search in Google Scholar
Arad, V., 2010 Mechanics of rocks and soils (in Romanian), Focus Publishing House, Petroșani, RomaniaSearch in Google Scholar
Stănciucu, M., 2018 Stability of Natural and Artificial Slopes (in Romanian), Technical Publishing House, Bucharest, RomaniaSearch in Google Scholar
Wyllie, D.C., Mah, C.W., 2004 Rock Slope Engineering. Civil and Mining, 4th ed., Spon Press — Taylor & Francis Group, New York, NY, USASearch in Google Scholar
Duncan, J.M., Wright, S.G., Brandon, T.L., 2014 Soil Strenght and Soil Stability, 2nd ed., John Wiley&Sons, Inc., Hoboken, NJ, USASearch in Google Scholar
Dongping, D., Li, L., Zhao, L., 2017 Limit equilibrium method (LEM) of slope stability and calculation of comprehensive factor of safety with double strength-reduction technique, J. Mount. Sci., 14, pp. 1–14Search in Google Scholar
Huang, Y.H., 2014 Slope Stability Analysis by the Limit Equilibrum Methods: Fundamentals and Methods, ASCE Press, New York, USASearch in Google Scholar
Salgado, R., 2022 The Engineering of Foundation, Slopes and Retaining Structures, 2nd ed., CRC Press, Boca Raton, FL, USA Search in Google Scholar