Maximizing the use of explosives is crucial for optimizing blasting operations, significantly
influencing productivity and cost-effectiveness in mining activities. This work explores the …

Effective control of blasting outcomes depends on a thorough understanding of rock geology
and the integration of geological characteristics with blast design parameters. This study …

Flyrock is a significant environmental and safety concern in mining and construction. It arises
from various geological and blast design factors, posing risks to workers, machinery, and …

The vibrations generated by rock blasting are a serious and hazardous outcome of these
activities, causing harmful effects on the surrounding environment as well as the nearby …

This research introduces an innovative technique for estimating the particle size distribution
of muckpiles, a determinant significantly affecting the efficiency of mining operations. By …

Drilling and blasting techniques persist as the most economically viable approaches for rock
excavation in both surface and underground mining. However, the conventional focus has …

During quarry design, most of the crushers selected at this stage are not appropriate for the
muck-pile size ranges produced after rock fragmentation. Therefore, fragmentation …

Oversize material resulting from blasting presents a notable drawback in the transportation
of run-off-mine material due to increased expenses associated with handling, decreased …

The vibrations generated by rock blasting are a serious and hazardous outcome of these
activities, causing harmful effects on the surrounding environment as well as the nearby …

This article explores the professional approach to interpreting image analysis in the mining
industry, emphasizing how WipFrag simplifies result interpretation to enhance decision …