The importance of slope monitoring, and its place in the design and operation of an open-pit mine are presented. Some of the commoner techniques for slope monitoring are reviewed and the limitations and advantages of these compared. Two short case studies are presented; the first illustrates the importance of fully understanding potential failure mechanisms within a slope before designing and installing a monitoring system; the second serves to illustrate a key difference between two types of monitoring system currently in use
Abstract: Open pit mining, is a mining operation or excavation where a naturally occurring mineral l...
Open pit slope design requires sufficient geotechnical data to establish a representative geotechnic...
It is generally true that rock mass movements and deformations will occur through regular open pit m...
The management of unstable slopes is one of the most critical issues when dealing with safety in ope...
The fast development of technologies for the collection, processing and interpretation of informatio...
Monitoring the deformation and other useful physical parameters of slopes, either natural mountain s...
Surface mines are going deeper and deeper with the passage of time. The maximum stripping ratio bein...
Slope stability and slope monitoring have become very common terms in opencast mines. Engineers, res...
Ground control problems at surface mining operations can occur for a variety of reasons. The geologi...
The monitoring of open-pit mine slopes using radar systems is becoming more and more common. The out...
International audienceSlopes in quarries and open pit mines, as well as all the types of embankments...
Determining slope stability in a mining operation is an important task. This is especially true when...
AbstractSlopes in open pit mines must be considered as geotechnical structures. Therefore their desi...
Design of open pit slope angles is becoming more and more important as the mining depths of open pit...
International audienceSlopes in open pit mines must be considered as geotechnical structures. Theref...
Abstract: Open pit mining, is a mining operation or excavation where a naturally occurring mineral l...
Open pit slope design requires sufficient geotechnical data to establish a representative geotechnic...
It is generally true that rock mass movements and deformations will occur through regular open pit m...
The management of unstable slopes is one of the most critical issues when dealing with safety in ope...
The fast development of technologies for the collection, processing and interpretation of informatio...
Monitoring the deformation and other useful physical parameters of slopes, either natural mountain s...
Surface mines are going deeper and deeper with the passage of time. The maximum stripping ratio bein...
Slope stability and slope monitoring have become very common terms in opencast mines. Engineers, res...
Ground control problems at surface mining operations can occur for a variety of reasons. The geologi...
The monitoring of open-pit mine slopes using radar systems is becoming more and more common. The out...
International audienceSlopes in quarries and open pit mines, as well as all the types of embankments...
Determining slope stability in a mining operation is an important task. This is especially true when...
AbstractSlopes in open pit mines must be considered as geotechnical structures. Therefore their desi...
Design of open pit slope angles is becoming more and more important as the mining depths of open pit...
International audienceSlopes in open pit mines must be considered as geotechnical structures. Theref...
Abstract: Open pit mining, is a mining operation or excavation where a naturally occurring mineral l...
Open pit slope design requires sufficient geotechnical data to establish a representative geotechnic...
It is generally true that rock mass movements and deformations will occur through regular open pit m...