Application of (CAD) Modeling in Selection of Open Cast Mining Machines for Complex Structure Ore Deposits in Training of Mining Engineers
 
More details
Hide details
1
Saint-Petersburg Mining University, RUSSIA
CORRESPONDING AUTHOR
Vladimir V. Ivanov   

Department of Mining Engineering, Saint-Petersburg Mining University, Saint Petersburg, Russia
Online publish date: 2017-10-01
Publish date: 2017-10-01
 
Eurasian J Anal Chem 2017;12(Interdisciplinary Perspective on Sciences 7b):1153–1158
KEYWORDS
ABSTRACT
Urgency of researching issue determined by creating a prognosis for analyzing specific mining and geological conditions and physical and mathematical properties of rocks in selecting types of mining machines like scrapers, bulldozers and combines. The aim of research: To search dependency between types of mining machines and properties of mining face and physical and mathematical characteristics of mined rock, to exclude possibility of risks and mistakes in projecting of surface mining objects using CAD systems. Methods of research: Mathematical and statistical modeling, analyzing of technical and project documentation of load and haul machines, prognosis of using special open-pit equipment with regard to researching of its quality, usability and high mobility, method of successive approximation, generalization, concretization, synthesis in studying of equipment performance, computer modeling. Results of research: Rising professional competency of students, as important factor of ecology, culture and education. Has been established determination of annual production rate of main open-pit equipment has been established. Have been developed engineer technologies and rational organization of running mining and loading works and load coefficient of open pit equipment. Have been conducted research and analyze of dependencies for production rate determination of scrapers, bulldozers and combines performance and developed fields of their application. Has been accomplished modeling of technological processes of bulldozer mined rocks. Practical meaning: This article aimed on adaptation of educational process to new conditions, in which it exists and orientated on development of perspective methodical and educational support of mining disciplines. Information represented by this article can be useful for professionals working in industry and projecting organizations which connected with open cast mining of complex structure ore deposits.
 
REFERENCES (18)
1.
Chirkov, A. S., & Larionov, S. O. (2001). Complex development of carbonate deposits. The Mountain information and analytical bulletin, 12, 130-131.
 
2.
Ivanov, V. V., Sidorenko, S. A., Sidorenko, A. A., & Korzhavykh, P. V. (2014). The prospects of introduction of surface miners in technology of development of deposits of contiguous seams of the limestone. Advances in Environmental Biology, 8, 298-300.
 
3.
Pikhler, M., Filippov, A. A., Pankevich, Yu. B., & Pankevich, M. Yu. (2013). Commissioning of Wirtgen 2200 SM at Kovrovskoe Karieroupravleniye OAO. Mining Industry Journal, 2, 110-116.
 
4.
Pikhler, M., Ogonovskij, I. I., Pankevich, Yu. B., & Pankevich, M. Yu. (2008). Mining combine Wirtgen 2200SM at the Nikolaevsky cement plant. Mining Industry Journal, 6, 48-52.
 
5.
Pikhler, M., Guskov, V. A., Pankevich, Yu. B., Galiguzov, O. A., & Galiguzov, A. M. (2008). Combines Wirtgen 2500 SM in the quarries of the Lipetsk career management Lipetskcement JSC. Mining Industry Journal, 4, 26-30.
 
6.
Pikhler, M., Guskov, V. A., Galiguzov, O. A., Pankevich, Yu. B., & Pankevich, M. Yu. (2006). Tests of explosive thin-layer mining technology at Sokolsky-Sistovsky limestone quarry. Mining Industry Journal, 2, 23-28.
 
7.
Rashkin, A. V., & Popova, Yu. T. (2001). Modeling of bulldozer overburden of peat during the development of placers. The Mountain information and analytical bulletin, 12, 133-134.
 
8.
Nilov, V. A., & Fedorov, E. V. (2016). Improving the performance of a trailed scraper. Scientific and Technical Herald of Bryansk State University, 4, 64-70.
 
9.
Popov, G. I., Khokhlov, Yu. A., Sherstov, V. A., & Zakharova, A. Yu. (2005). About optimization of parameters of unloading the bulldozer during exploration of permafrost in trenches in the summer. Herald of YSU, 2(3), 27-32.
 
10.
Demidenko, A. I., & Snigerev, D. S. (2008). Justification of the field of application of various machines for excavation. Herald of SibADI, 4, 7-13.
 
11.
Arefiev, S. A. (2014). Determination of the main parameters of wheeled bulldozers used in mining enterprises». Bulletin of MSTU named after G.I. Nosov, 2, 69-73.
 
12.
Mikhailov, A. V. (2017). Open-Pit Mining of Lignin Waste Storage. Zapiski Gornogo Instituta, 223, 44-50. doi:10.18454/PMI.2017.1.44.
 
13.
Pikhler, M., Guskov, V. A., Zemcov, A. V., Utkin, S. P., & Pankevich, Yu. B. (2009). Programme of technical re-equipment of quarries of the holding «EUROCEMENT group» is in action. Mining Industry Journal, 4, 10-14.
 
14.
Drebenshtedt, K., & Pessler, S. (2006). Calculation methods for mining machines. Materiali mizhdunarоdnoy konferencii Forum girnikiv, 26-32.
 
15.
Cheban, A. Yu. (2014). On determination of the capacity level of surface miners under various operating conditions. Systems. Methods. Technologies, 3(23), 145-148.
 
16.
Cheban, A. Yu., & Shemyakin, S. A. (2007). Parameters of scrapers for introduction into layer-band technologies of open mining developments. The Mountain information and analytical bulletin, 16, 285-294.
 
17.
Merkulova, V. A., & Sudarikov, A. E. (2017). The solution of problems of descriptive geometry as a basis for the training of engineers. Man in India, 97(3), 431-441.
 
18.
Ivanov, V. V., & Vintin, P. A. (2017). The use CAD-system in the preparation of mining engineers’ profile. «Collection of scientific works of the IV International scientific and methodical conference on April 11-12 2017. St. Petersburg: St. Petersburg Mining University, 305-309.
 
eISSN:1306-3057