Effects of Decoupling and Simultaneous Detonation on Blast Vibrations

International Society of Explosives Engineers
Rodney D. Lamond
Organization:
International Society of Explosives Engineers
Pages:
15
File Size:
238 KB
Publication Date:
Jan 1, 1995

Abstract

The need for blast vibration monitoring can be attributed to a combination of three factors: Structural damage, Blast design and Human annoyance. Traditionally, vibration damage criteria are prescribed in terms of peak particle velocity (PPV), as measured or predicted in the ground surrounding a blast. The PPV in the vicinity of a blasthole is strongly influenced by the quantity of the explosive per delay. In general, the existing prediction models give reliable results but fall short of addressing the change in PPV when the charge is decoupled and/or distributed.
Citation

APA: Rodney D. Lamond  (1995)  Effects of Decoupling and Simultaneous Detonation on Blast Vibrations

MLA: Rodney D. Lamond Effects of Decoupling and Simultaneous Detonation on Blast Vibrations. International Society of Explosives Engineers, 1995.

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