Within the scope of this study, forwarded to analyse the whole underground stability of the open stopes and pillars in the longhole stoping with post backfill method which is applied at Asikoy underground mine, a series of rock mechanics tests were carried out on the core samples taken from the ore (chalcopyrite), surrounding rock (basalt) and backfill material and the geomechanical properties of the samples were determined. In order to calculate the stress and deformation around underground openings, Phase(2) which is a two-dimensional elastoplastic finite elements program was used and the stability analysis was performed separately for the open stopes and pillars
In the process of mining for earth resources, large underground voids called stopes are created that...
The finite element analysis of the underground openings excavated for Koyna hydroelectric project, M...
Displacement and stress changes in cemented backfill and ore pillars at the Buick Mine, near Boss, M...
Backfill is increasingly used in underground mines to reduce the surface impact from the wastes prod...
The profitability of a mining operation and the safety of the mining environment are of the utmost i...
AbstractMethodroom and pillar sizes are key factors for safe mining and their recovery in open-stop ...
The backfill stability in underground stoping environment has a direct and large influence on the s...
Predicting the stability of open stopes can be a challenging task for underground mine engineers. Fo...
This thesis addresses the topic of underground excavation stability in open stope mining methods. Th...
This thesis addresses the topic of underground excavation stability in open stope mining methods. Th...
To design underground openings such as tunnels, pillars, panels, stope, cavern, rock slopes and othe...
Quantitative analysis of mine-wide subsidence at the kilometer scale and details of stress distribut...
AbstractIn underground mining by sublevel caving method, the deformation and damage of the surface i...
Cemented rock fill (CRF) is commonly used in cut-and-fill stoping operations in underground mining. ...
High walls of open stopes in underground stoping mines can be considered to behave in a similar mann...
In the process of mining for earth resources, large underground voids called stopes are created that...
The finite element analysis of the underground openings excavated for Koyna hydroelectric project, M...
Displacement and stress changes in cemented backfill and ore pillars at the Buick Mine, near Boss, M...
Backfill is increasingly used in underground mines to reduce the surface impact from the wastes prod...
The profitability of a mining operation and the safety of the mining environment are of the utmost i...
AbstractMethodroom and pillar sizes are key factors for safe mining and their recovery in open-stop ...
The backfill stability in underground stoping environment has a direct and large influence on the s...
Predicting the stability of open stopes can be a challenging task for underground mine engineers. Fo...
This thesis addresses the topic of underground excavation stability in open stope mining methods. Th...
This thesis addresses the topic of underground excavation stability in open stope mining methods. Th...
To design underground openings such as tunnels, pillars, panels, stope, cavern, rock slopes and othe...
Quantitative analysis of mine-wide subsidence at the kilometer scale and details of stress distribut...
AbstractIn underground mining by sublevel caving method, the deformation and damage of the surface i...
Cemented rock fill (CRF) is commonly used in cut-and-fill stoping operations in underground mining. ...
High walls of open stopes in underground stoping mines can be considered to behave in a similar mann...
In the process of mining for earth resources, large underground voids called stopes are created that...
The finite element analysis of the underground openings excavated for Koyna hydroelectric project, M...
Displacement and stress changes in cemented backfill and ore pillars at the Buick Mine, near Boss, M...