Evaluation of optimum burden for the excavation of narrow vein ore deposits using numerical simulation
Burden is one of the major influencing blast design parameters which should be optimised
for the extraction of narrow vein ore bodies. Numerical simulation-based approach has been …
for the extraction of narrow vein ore bodies. Numerical simulation-based approach has been …
Determination of optimal burden for ringhole blasting in underground hard rock mining under varying geotechnical properties
Burden is one of the most important parameter which plays an immense role in rock
breakage using explosive energy. It is very difficult to select the optimum burden under …
breakage using explosive energy. It is very difficult to select the optimum burden under …
Optimization of blast design parameter for ring blasting in underground hard rock mine using numerical simulation
Sublevel stoping is the most popular and practiced mining method in underground hard rock
mines. Proper planning and its execution is the key requirement for stope extraction using …
mines. Proper planning and its execution is the key requirement for stope extraction using …
Prediction of Ground Vibration at Surface for Ring Blasting in Sublevel Stoping Through Empirical Approach, k-Nearest Neighbor, and Random Forest Model
The accurate prediction of blast-induced ground vibration due to underground ring blasting
is a prominent need for ensuring the safety of structures. Different site-specific empirical …
is a prominent need for ensuring the safety of structures. Different site-specific empirical …
Influence of Joint Orientation and Spacing on Induced Rock Mass Damage due to Blasting in Limestone Mines
The nature and orientation of joints in rock strata affect the damage pattern under explosive
loading. Most of the limestone deposits in India are found with severity of joints …
loading. Most of the limestone deposits in India are found with severity of joints …