Add to ORKGThe stability of underground openings is a problem of paramount importance in some phases of both mining and civil engineering. The design of underground openings that will remain open for a sufficient time to achieve maximum recovery from the mineral deposit is a problem of the mining engineer. [...
Among the different types of ground control problems associated with underground coal mining, those ...
Roadways excavated through a coal seam can exert an adverse effect on roadway stability. To investig...
Metal mines mined using the sublevel caving method often exhibit various environmental problems on t...
As soon as an underground excavation is made, the in situ stresses with in the rock mass gets distur...
ISRM International Symposium - EUROCK 1996 -- 2 September 1996 through 5 September 1996 -- -- 139512...
To design underground openings such as tunnels, pillars, panels, stope, cavern, rock slopes and othe...
In deep hard-rock mines, the failure of subsurface structures (e.g., tunnels, stopes, and shafts) ha...
In deep underground mines, a successful development plan to exploit deeper mining levels is highly d...
Several factors have crucial impact on the serviceability of underground openings including: the qua...
Instability of underground excavations causes many problems, it affects safe working environment, re...
This thesis addresses the topic of underground excavation stability in open stope mining methods. Th...
Numerical modelling has been widely used in the underground excavation design, where the in situ str...
40th Interscience Conference on Antimicrobial Agents and Chemotherapy -- 17 September 1999 through 2...
Rock mechanics or rock engineering was developed since the 1960s, but the underground excavation ...
The investigation of the influence of in situ stress in Open Pit Mine (OPM) projects has not been ac...
Among the different types of ground control problems associated with underground coal mining, those ...
Roadways excavated through a coal seam can exert an adverse effect on roadway stability. To investig...
Metal mines mined using the sublevel caving method often exhibit various environmental problems on t...
As soon as an underground excavation is made, the in situ stresses with in the rock mass gets distur...
ISRM International Symposium - EUROCK 1996 -- 2 September 1996 through 5 September 1996 -- -- 139512...
To design underground openings such as tunnels, pillars, panels, stope, cavern, rock slopes and othe...
In deep hard-rock mines, the failure of subsurface structures (e.g., tunnels, stopes, and shafts) ha...
In deep underground mines, a successful development plan to exploit deeper mining levels is highly d...
Several factors have crucial impact on the serviceability of underground openings including: the qua...
Instability of underground excavations causes many problems, it affects safe working environment, re...
This thesis addresses the topic of underground excavation stability in open stope mining methods. Th...
Numerical modelling has been widely used in the underground excavation design, where the in situ str...
40th Interscience Conference on Antimicrobial Agents and Chemotherapy -- 17 September 1999 through 2...
Rock mechanics or rock engineering was developed since the 1960s, but the underground excavation ...
The investigation of the influence of in situ stress in Open Pit Mine (OPM) projects has not been ac...
Among the different types of ground control problems associated with underground coal mining, those ...
Roadways excavated through a coal seam can exert an adverse effect on roadway stability. To investig...
Metal mines mined using the sublevel caving method often exhibit various environmental problems on t...