Blasting in rocks typically causes the remaining rock mass to be subjected to varying
degrees of damage and failure, leading to a decline in the mechanical properties and …

Rock fragmentation size distribution is often used as an important index to account for the
blasting effect because it directly affects the subsequent loading, transportation, and …

Mining enterprises are widely introducing digital technologies and automation is one of such
tools. Granularity monitoring, namely, the size determination of rock mass pieces is a …

The rock fragmentation reflects the degree of control of blasting. Despite the accuracy of
screening analysis to determine the size distribution of blasted rocks, this technique remains …

Blasting is the primary method for reducing rock size in small-scale mining operations. The
primary purpose of blasting is to assist rock mass reduction and transportation from the mine …

Blasting is essential in mining for rock fragmentation, significantly impacting downstream
processes, overall productivity, and the efficiency of resource extraction. This study uses …

The current calculation methods for the blast fragmentation of muck piles (BFMP) do not
consider three-dimensional (3D) feature information, such as concavity and convexity. Thus …

To quickly determine the blasting block degree and conduct an accurate and objective
analysis of the tunnel blasting effect, this study has enhanced and improved upon the …

A comparative analysis on the performance of the modified Kuz–Ram model (MKM) and the
Kuznetsov–Cunningham–Ouchterlony (KCO) model on a small diameter drill-hole dolomite …

Coal mining, especially the underground mines are often encountered with several types of
geological constraints, where massive-hard roof and trapped gas are the most serious …