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Complete list of references in .pdf format:
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Underground mines
1. Ventilation redesign in Lece underground gold mine. Lece gold mine, 2022.
2. Stope stability study for Borska reka deposit. Zijin Copper Bor. 2020.
3. Subsidence estimate and Sungun river relocation study for Sungun copper mine. PARSOLANG Company, Teheran, Iran, 2020.
4. Feasibility study for Lece underground gold mine. Lece gold mine, 2020.
5. Subsidence estimate for Kahang copper mine (block caving). Kavoshgaran Consulting Engineers Company, Tehran, Iran, 2019.
6. Trial excavation project for Chehel Kooreh underground mine. PARSOLANG Company, Teheran, Iran, 2019.
7. Preliminary geotechnical study for underground mining in Choghart iron mine. Kavoshgaran Consulting Engineers Company, Tehran, Iran, 2017.
8. Preliminary geotechnical study for underground mining Drreh Zeresch deposit. Kavoshgaran Consulting Engineers Company, Tehran, Iran, 2017.
9. Preliminary geotechnical report: Stability assessment for Chehel Kooreh underground mine. Kavoshgaran Consulting Engineers Company, Tehran, Iran, 2016.
10. Geotechnical study for underground mining in Mehdiabad lead and zinc mine. Kavoshgaran Consulting Engineers Company, Tehran, Iran, 2015.
11. Geotechnical Study for Chahar-Gonbad underground mine, under Chahar-gonbad underground mine detail design project, PARSOLANG Company, Teheran, Iran, 2014.
12. Scope study - exploitability of small copper deposit “Mlakva-Kram”, Faculty of mining and geology Belgrade, Belgrade 2014.
13. Geotechnical study for underground mining of phosphorite deposit Lisina near Bosilegrad, RDS Group, 2012.
14. Detailed design for underground exploitation of small copper deposit “Coka Marin”. RDS Group, 2010.
15. Project: stability assessment and support design for exploratory adit GR-2011, Faculty of mining and geology Belgrade, Belgrade 2011.
16. Project: stability assessment and support design for exploratory adit in Cadinje mine, Faculty of mining and geology Belgrade, Belgrade 2011.
17. Feasibility study for underground exploitation of Borska reka deposit in phase I with preservation of surface. University of Belgrade – Faculty of Mining and Geology, 2008.
18. Feasibility study for short term investment (2005. - 2010.) in copper concentrate production in RBB – Bor. University of Belgrade – Faculty of Mining and Geology, 2005.
19. Ground control study for detailed design of underground mining in Jama mine to the level L-315m, IRM Bor, 2000.
20. Preliminary geotechnical investigation of rock mass in South-West part of old mine – footwall of the first coal seam in underground mine Lubnica. IRM Bor, 2000.
21. Ground control study in Borska reka ore body, Technical Faculty in Bor, 1998.
22. Geotechnical stope design in Vein No. 6 in underground mine Koviljaca. University of Belgrade – Faculty of Mining and Geology, 1996.
23. Geotechnical stope design in underground mine Veliki Majdan, University of Belgrade – Faculty of Mining and Geology, 1996.
24. Study of stress-strain behavior of rock mass during underground mining of Tilva Ros ore body. Jaroslav Černi Institute, Belgrade 1995.
Selected slope stability references for open pits
1. Supplementary project for exploitation of Omasrska deposit, Buvac locality – Project for tailings disposal from magnetic/gravity separation plant., ArcelorMitall, Prijedor, 2014.
2. Reclamation of limestone open pit Drenovacki kik deposit near gornji Milanovac. University of Belgrade – Faculty of Mining and Geology, 2008.
3. Detailed design for limestone exploitation in Drenovacki kik deposit near gornji Milanovac. University of Belgrade – Faculty of Mining and Geology, 2008.
4. Feasibility study for limestone exploitation in Drenovacki kik deposit near gornji Milanovac. University of Belgrade – Faculty of Mining and Geology, 2008.
5. Slope stability analysis on open pit Polje D in cemetery area in Vreoci. University of Belgrade – Faculty of Mining and Geology, 2008.
6. Slope stability analysis for Supplementary mining project in open pit Drmno for annual capacity of 9Mt of coal – Basic design. University of Belgrade – Faculty of Mining and Geology, 2008.
7. Slope stability analysis for Supplementary mining project of exploitation in open pit Cirikovac up to northern boundary defined by Detailed design for annual capacity of 2.5 million tons of coal. University of Belgrade – Faculty of Mining and Geology, 2004.
Selected tailing dam stability references
1. Conceptual solution for capacity increase in tailings disposal site., KONCERN FARMAKOM M.B., ŠABAC – RUDNIK LECE doo, Šabac, 2021.
2. Technical project for remediation and phase construction of tailings dam „Prevoj Šaška“ at „Valјa Fundata“ disposal site. , SERBIA ZIJIN BOR COPPER BOR DOO, Copper mine Majdanpek, 2019.
3. Closure plan of Gradina separation mud disposal site, iron mine Omarska., ArcelorMitall, Prijedor, 2018.
4. Detailed design project for exploitation of lead and zinc ore in „Šuplјa stijena“ mine – Tailings dam closure – stage 1., Gradir Montenegro d.o.o., Plјevlјa, 2016.
5. Detailed design project for exploitation of lead and zinc ore in „Šuplјa stijena“ mine - technical project of tailings disposal., Gradir Montenegro d.o.o., Plјevlјa, 2016.
6. Detailed design for phosphogypsum storage., Eliksir Prahovo IHP d.o.o., Prahovo, 2016.
7. Supplementary project of tailings disposal in „Šuplјa stijena“ mine – second stage., Gradir Montenegro d.o.o., Nikšić., 2013.
8. Technical project for transport and disposal of solid combustion remains from thermal power plant Stanari., EFT, Rudnik i termoelektrana Stanari (over Rudarski institut Banja Luka), 2012.
9. Feasibility study with conceptual solution of production, transport and disposal system of gypsum suspension from desulphurization facility in thermal power plant “Kolubara B”., Elektro-privreda Srbije, Belgrade (Institute Kirilo Savić Belgrade), 2011 / 2012.
