Oversize Quantification Using Drone-Based Fragmentation Analysis

International Society of Explosives Engineers
Nolan Eckroade
Organization:
International Society of Explosives Engineers
Pages:
10
File Size:
1156 KB
Publication Date:
Jan 1, 2018

Abstract

The demand for blast optimization within the quarrying industry calls for more effective, faster and safer methods of quantification of blast performance. Drones provide the ability to safely and quickly capture high resolution imagery of a muckpile for use in fragmentation photo analysis. Oversize material within a muckpile is an expensive and universal problem affecting quarries, especially in situations where cap rock is present. Although the amount of oversize material in a blast is a key indicator of blast performance, it is difficult, hazardous and slow to measure across an entire muckpile using traditional methods. By piloting a drone using an automated flight plan with set amount of overlap across images, the images can be processed into a single, high resolution orthomosaic image for use in fragmentation photo analysis software.
Citation

APA: Nolan Eckroade  (2018)  Oversize Quantification Using Drone-Based Fragmentation Analysis

MLA: Nolan Eckroade Oversize Quantification Using Drone-Based Fragmentation Analysis. International Society of Explosives Engineers, 2018.

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