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P. L. Pastika, M. Indihar and B. Von Wald, “Improved Fragmentation for Mine Cost Reduction,” The 68th An- nual Minnesota Section, SME, Duuth, 24-26 January 1995, pp 185-192.

has been cited by the following article:

• TITLE: Mathematical Model to Locate Interference of Blast Waves from Multi-Hole Blasting Rounds

  AUTHORS: Sujit Kumar Mandal

  KEYWORDS: Blast Waves; P-Wave Velocity; Cooperation of Blast Waves

  JOURNAL NAME: Engineering, Vol.4 No.3, March 31, 2012

  ABSTRACT: Maximum charge per delay in a blasting round is universally accepted as the influencing parameter to quantify magni-tude of vibration for any distance of concern. However, for any blasting round experimental data reveals that for same charge per delay magnitude of vibration varies with total charge. Considering linear transmission of blast waves, the paper firstly investigates into the influence of explosive weight, blast design parameters and geology of strata on magnitude and characteristics of vibration parameters and thereafter communicates that possibly interference of blast waves generated from same and different holes of a blasting round result into variation in vibration magnitude. The paper lastly developed a mathematical model to evaluate points of interference of blast waves generated from single- and multi-hole blasting round.