Rock fragmentation is one of the most commonly optimized blasting outcomes due to its
significant influence on the efficiency of downstream operations. This paper reviews the …

It is of great theoretical significance and practical value to establish a fast and accurate
detection method for particle size of rock fragmentation. This study introduces the …

Rock fragmentation is an important phenomenon in mining engineering as its outcome
determines the productivity of the entire mining process. Its imperativeness in mining …

The quality of rock fragmentation intensively affects downstream operations and operational
costs. Besides, Environmental side effects are inevitable due to mine blasting despite …

Aiming at the problems of the traditional method of assessing distribution of particle size in
bench blasting, a support vector machines (SVMs) regression methodology was used to …

Rock fragmentation in tunnel boring machine (TBM) construction is an important indicator of
tunnelling state. Large fragments often correspond to an unhealthy tunnelling state and may …

Fragmented rock size distribution is one of the most important parameters in open pit
blasting that can affect the mining and the mineral processing efficiency. For evaluating …

The main purpose of blasting in open pit mines is to produce the feed for crushing stage with
the optimum dimensions from in situ rocks. The size distribution of muck pile indicates the …

Blast fragmentation size distribution is one of the most critical factors in evaluating the
blasting results and affecting the downstream mining and processing operations in open-pit …

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 …