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BLAST PLANNING AND VIBRATION EVALUATION IN QUARRIES 被引量:2

BLAST PLANNING AND VIBRATION EVALUATION IN QUARRIES
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摘要 Rock excavation in quarries is normally carried out by using explosives. The steps in planning of cutting face are based on the appropriate design for angles of cut and the optimum consumption of charge weights. Priority procedures in planning are the stability of bench excavation,vibration evaluation,and the selection for the blast patterns. The methods of analysis are described and compared with field results. From several cases of trial cut angles and changing geometry of blast dimensions,the result of an optimum pattern in a specific quarry,with respect to the acceptable global unit cost is achieved. Rock excavation in quarries is normally carried out by using explosives. The steps in planning of cutting face are based on the appropriate design for angles of cut and the optimum consumption of charge weights. Priority procedures in planning are the stability of bench excavation,vibration evaluation,and the selection for the blast patterns. The methods of analysis are described and compared with field results. From several cases of trial cut angles and changing geometry of blast dimensions,the result of a...
作者 Tangchawal S
机构地区 Faculty of Engineering
出处 《岩石力学与工程学报》 EI CAS CSCD 北大核心 2002年第11期1714-1719,共6页 Chinese Journal of Rock Mechanics and Engineering
关键词 bench excavation vibration evaluation explosive consumption optimum pattern global unit cost bench excavation vibration evaluation explosive consumption optimum pattern global unit cost
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参考文献5

  • 1KonyaC J.BlastDesign[]..1995
  • 2TangchawalS.Reliability of rock blasting design and its control for impacts to environment[]..2000
  • 3TangchawalS.Risk and reliability assessment for stability of surface and underground excavation[]..2001
  • 4BirchW L,PegdenM.Improved prediction of ground vibrations from blasting at quarries[].TransInstnMinMetall.2000
  • 5TangchawalS.Mine planning system for the site excavation using explosives[]..2000

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