Preserving Highwall Stability by Shifting the Dominant Blast Vibration Frequency with Electronic Initiation

- Organization:
- International Society of Explosives Engineers
- Pages:
- 11
- File Size:
- 6321 KB
- Publication Date:
- Jan 1, 2016
Abstract
"The Multiple Seed Waveform (MSW) blast vibration model, a type of waveform superpositionmodeling developed by Orica Inc., uses vibration data that is collected from a signature hole blast tocharacterize the ground’s seismic properties and determines the ground resonant frequency andfrequency range that is well supported by the ground. Additionally, the MSW model uses thisvibration data as input parameters to predict the resultant dominant frequency of a production blast. This information may in turn be used in conjunction with precise timing control to target theoptimum dominant frequency which promotes ground control."
Citation
APA:
(2016) Preserving Highwall Stability by Shifting the Dominant Blast Vibration Frequency with Electronic InitiationMLA: Preserving Highwall Stability by Shifting the Dominant Blast Vibration Frequency with Electronic Initiation. International Society of Explosives Engineers, 2016.