Sub-level caving (SLC) is classified as a mass mining method and there is increasing interest in its application world wide and under a very wide range of geotechnical environments. In terms of flow, the caved rock or debris at the interface first acts as a wave trap, which may reduce the fragmentation. Model scale tests are being made to understand the mechanisms of rock breakage and therefore fragmentation under relatively confined conditions. To minimize geometrical and geological effects, tests were conducted mainly on cylinders of magnetic mortar of size Ø140×280 mm and PETN cord with different strengths was used as explosive in a center hole, giving a specific charge between 0,2 and 2,6 kg/m3. The size distributions of the blasted mat...
The blasting at the Vändle aggregate quarry has been investigated in order to predict the effect of ...
The Swedish mining and construction industries have a large interest in improving blasting technolog...
In a follow-up of 12 production blasts in a quarry at the Mrica project on Java, tightly spaced poro...
Sub-level caving (SLC) is classified as a mass mining method and there is increasing interest in its...
Ground vibrations from blasting are one of the main challenges faced by mines located near populated...
Sublevel caving (SLC) is a mass mining method relying on the flowability of the blasted material. Th...
Design of sub-level blasting rounds and optimisation has become more important now when the sizes of...
Every mining method, underground or surface is adopted based on economical and geological criteria. ...
Drill and blast is a dominant technique in several surface and underground mines in the world. The p...
This report investigates the effect increased specific charge has on the fragment size distribution ...
Fragmentation results for model- and full-scale blasts in three different rock materials are present...
Rock fragmentation is vital in a sublevel caving operation. The oversize fragments are the most unde...
Fragmentation analysis is an essential part of the optimization process in any mining operation. The...
The blasting at the Vändle aggregate quarry has been investigated in order to predict the effect of ...
The Swedish mining and construction industries have a large interest in improving blasting technolog...
In a follow-up of 12 production blasts in a quarry at the Mrica project on Java, tightly spaced poro...
Sub-level caving (SLC) is classified as a mass mining method and there is increasing interest in its...
Ground vibrations from blasting are one of the main challenges faced by mines located near populated...
Sublevel caving (SLC) is a mass mining method relying on the flowability of the blasted material. Th...
Design of sub-level blasting rounds and optimisation has become more important now when the sizes of...
Every mining method, underground or surface is adopted based on economical and geological criteria. ...
Drill and blast is a dominant technique in several surface and underground mines in the world. The p...
This report investigates the effect increased specific charge has on the fragment size distribution ...
Fragmentation results for model- and full-scale blasts in three different rock materials are present...
Rock fragmentation is vital in a sublevel caving operation. The oversize fragments are the most unde...
Fragmentation analysis is an essential part of the optimization process in any mining operation. The...
The blasting at the Vändle aggregate quarry has been investigated in order to predict the effect of ...
The Swedish mining and construction industries have a large interest in improving blasting technolog...
In a follow-up of 12 production blasts in a quarry at the Mrica project on Java, tightly spaced poro...