Authors: Eremenko, A
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Abstract:
The application of the designed blast patterns enables reduction in powder factor by 20–30%, decreases yield of oversize by 15–20%, lowers amplitudes of the stope floor and ground surface vibrations and reduces seismic energy from 106 to 104 J. Keywords: rockburst hazard, seismicity, blast pattern, reduced powder factor, seismic energy

Keywords: rockburst hazard, seismicity, blast pattern, reduced powder factor, seismic energy

Citation:
Eremenko, A 2017, 'Blast design for improved performance and reduced surface vibration – a case study', in J Wesseloo (ed.), Proceedings of the Eighth International Conference on Deep and High Stress Mining, Australian Centre for Geomechanics, Perth, pp. 961-974.

References:
Ashurkov, VA 1971, ‘Deep faults in the area of Gornaya Shoria by the geophysical data. Problems of tectonics in the Altai-Sayan mountainous region’, Scientific Conference Proceedings, Novokuznetsk, pp. 29–40.
Eremenko, AA, Melnichenko, VF, Bashkov, VI & Gakhova, LN 2015, ‘Geomechanical evaluation of engineering solutions for a new variant of mining system for Sheregesh deposit’, Kuzbass State Technical University Bulletin, no. 6, pp. 25–32.
Eremenko, AA, Filippov, VN, Gaidin, AP & Mashukov, IV 2002, ‘Experience of a large-scale production blast implemented under conditions of high rock pressure in Sheregesh mine’, Mining Information and Analysis Bulletin, no. 1, pp. 92–94.
Eremenko, AA, Filippov, VN, Kulikov, VI & Mashukov, IV 2005, ‘Seismic effect of developing blasts in rockburst-hazardous mines,’ Bulletin of the Russian Academy of Natural Sciences, Western Siberia Division, issue 7, pp. 148–158.
Glozman, LM, Makovskaya, NA, Izofov & VO 1982, Definition of Limit Vibrations for Guarded Objects during Blasting Fragmentation of Understructures and Building Failure under Rebuilding Operations. RTM 36.22.91, Nedra, Moscow.
Kalugin, AS, Kalugina, TS & Ivanov, VI 1981, Iron Ore Deposits in Siberia, Nauka, Novosibirsk.
Kurlenya, MV, Eremenko, AA & Bashkov, VI 2014, ‘Role of blasting in generation of seismic and dynamic events in ore mines’, Mining Journal, no. 12.
Kuznestov, VA 1952, ‘Main phases in geotectonic evolution in the south of the Altai-Sayan mountainous area’, Transactions of the West-Siberian Branch of the USSR Academy of Sciences, no. 12.
Kuznetsov, VA 1963, Tectonic zoning and features of endogenetic metallogeny in Gorny Altai. Gorny Altai geology and metallogeny problems’, Transactions of the Institute of Mining, Siberian Branch, USSR Academy of Sciences, no. 13.
Mashukov, IV 2014, ‘Recording of seismic vibrations generated by large-scale underground blasting,’ Mining Information and Analysis Bulletin, no. 4, pp. 216–221.
USSR State Committee on Construction 1985, Construction Norms and Regulations SNiP 2.01.07–85. Loads and Effect, USSR State Standard 25100-82.




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