As the optimal parameters of contour drillings and production drillings, for our case are ac = 0.75 [m], bc = 2.8 [m], dhc = 76 [mm], a = 2.8 [m], b = 2.8 [m], W = 2.8 [m] dhe dh = 89 [mm].
📌 3 Maddede Bu Makale
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Amaç & Hipotez:With the application of contour blasting’s, we manage to make the cutting of the rock mass in the designed line, forming safe benches and slopes, which can resist for a very long time without collapsing and changing their shape.
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Temel Bulgular & Veri:The choice of optimal parameters of the geometry of contour drillings and production drillings enables very good cutting of the rock mass and enables us to have a very good fragmentation of the rock mass, which enables us to make loading and haulage of the rock without any problems.
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Sonuç & Katkı:As the optimal parameters of contour drillings and production drillings, for our case are ac = 0.75 [m], bc = 2.8 [m], dhc = 76 [mm], a = 2.8 [m], b = 2.8 [m], W = 2.8 [m] dhe dh = 89 [mm].
🔬Tür:Araştırma Makalesi
📍Kapsam:Genişletilmiş Akademik Örneklem
⚙️Değişkenler:Powermite Max · Anfokos · drilling
Abstract
With the application of contour blasting’s, we manage to make the cutting of the rock mass in the designed line, forming safe benches and slopes, which can resist for a very long time without collapsing and changing their shape. The choice of optimal parameters of the geometry of contour drillings and production drillings enables very good cutting of the rock mass and enables us to have a very good fragmentation of the rock mass, which enables us to make loading and haulage of the rock without any problems. As the optimal parameters of contour drillings and production drillings, for our case are ac = 0.75 [m], bc = 2.8 [m], dhc = 76 [mm], a = 2.8 [m], b = 2.8 [m], W = 2.8 [m] dhe dh = 89 [mm].
BRAHİMAJ, F., DAMBOV, R., BRAHİMAJ, S. (2021). The Determination of Optimal Parameters of the Geometry of Contour and Production Drillings. Journal of International Environmental Application and Science, Cilt: 16 - Sayı: 1, 16–24. https://ajindex.com/articles/219264
Dzodič R, (1985) Tehnologija bušenja i miniranja, Pristina. (Drilling and mining technology) Pristina. Brahimaj I, (2008) Determining technical-economic parameters towards the advancement of massive detonations in exploring bauxites in Kosovo. M.Sc. thesis. Mitrovica. Brahimaj I, (2012) Contribution in the selection of optimal parameters of massive detonations in the limestone deposits of Gremnik. Ph.D. thesis. Mitrovica. Brahimaj I., Brahimaj F, (2019). The massive and special blastings. Mitrovicë: University of Mitrovica "Isa Boletini". Brahimaj F, (2013) Appliance of contour blasting within road infrastructure Morine – Merdare. Msc. thesis. Mitrovica. Brahimaj F, (2013)
Elaborate for blasting, Prishtina, Kosovo. Brahimaj F, (2020) Contribution for improvement of contour blastings in forming final slopes on the roadways and surface mines. Ph.D. thesis. Stip. Brahimaj F., Dambov R., Brahimaj S, (2019). The contour blasting aplication in the Kosovo motorway project in Bellanica. XV International Conference of the Open and Underwater Mining of Minerals, (pp. 46-53).
Varna. Brahimaj F., Dambov R., Brahimaj A. (2019). The optimal parameters determination of drilling in the Kosovo motorway project in Bellanica. XV International Conference of the Open and Underwater Mining of Minerals, (pp. 39-45). Varna. Brahimaj Sh, (2013) Opening and preparation of trenches on the highway Morine – Merdare. Msc. thesis. Mitrovica. Dambov R, (2011). Method's of blasting. Stip: University "Goce Delcev. Dambov R, (2013). Drilling and blasting. Stip: University "Goce Delcev". Dambov R, (2015). Special Blastings. Stip: University "Goce Delcev", Faculty of Natural and Technical Sciences. Kennedy B.A, (1990)
Surface Mining, USA. Milenko S, (2000). Blastings in surface exploitations. Bor: Institut of Bakar. Nako I, (2001). Nonel initiation system. Tirane: Polytechnic University of Tirana.