Application of the Blast Fragmentation Models in a Sandstone Quarry

- Organization:
- International Society of Explosives Engineers
- Pages:
- 9
- File Size:
- 2178 KB
- Publication Date:
- Jan 1, 2016
Abstract
"In this research, image analysis technique, Kuz-Ram and KCO Models were used to examineefficiency of the quarry blasts. Investigations were performed in Cendere region, Istanbul. As a firststep, image analysis software was used to determine particle size distribution of muckpiles.Additionally, the results of KuzRam and KCO fragmentation models were compared to the results ofthe image analysis technique. The efficiency of KuzRam and KCO models was investigated and theimportant points to be considered were explained. Additionally, the effect of the rock factor valueson the size distribution curves was investigated. The blasthole diameter is 89 mm. (3.5 in) in thestudied quarry. Each measured blast has a different burden, spacing and stemming length. Blastholes was drilled in a staggered pattern. It is concluded that, KuzRam and KCO models can be successfully used to determine fragment size distribution in Cendere Region Quarries, Istanbul. Site engineers can predict blast fragmentation using the theoretical fragmentation models and they may change blast design parameters before blasting operation if necessary. It is possible to calibrate the Kuz-Ram and KCO fragmentation models using the measurements obtained by image analysis technique."
Citation
APA:
(2016) Application of the Blast Fragmentation Models in a Sandstone QuarryMLA: Application of the Blast Fragmentation Models in a Sandstone Quarry. International Society of Explosives Engineers, 2016.