The issue of predictability of landslides and rock slope failures, which are major geo-hazards, is of great concern in the geotechnical field. In the geotechnical field, structures are monitored to ascertain their stability, but the question, “When is failure going to occur? ” is still an issue. Monitoring th
This paper proposes a new, physically based, and mathematically consistent method for predicting the...
Failure prediction of a slope integrated with real time monitoring using global position system (GPS...
We selected six open-pit wall collapses, representing a variety of failure sizes, failure types and ...
Predicting the failure-time of geo-hazards is an important rock mechanics problem. We first evaluate...
KRMS 2008: Korean Rock Mechanics Symposium on International Cooperation and Rock Engineering for Dev...
Slope failures are disasters that happen all around the world. Occurrence of slope failures depends ...
Forecasting a catastrophic collapse is a key element in landslide risk reduction, but it is also a v...
Geomechanical analysis plays a major role in providing a safe working environment in an active mine....
National audienceThe general methodology for landslide risk management can be applied to rock falls....
In this paper we examine data generated using high-resolution three-dimensional laser scanning monit...
20 pages; Abstract and figure captions in English.International audienceForecasting the date of a ro...
The management of unstable slopes is one of the most critical issues when dealing with safety in ope...
Ten small rock slides (with a volume ranging from 101 to 103 m3) on a slope affected by working acti...
Slope failures are disasters that happen all around the world. Occurrence of slope failures depends ...
This paper proposes a method to predict mechanical failure-mechanicsm. This method is capable of pre...
This paper proposes a new, physically based, and mathematically consistent method for predicting the...
Failure prediction of a slope integrated with real time monitoring using global position system (GPS...
We selected six open-pit wall collapses, representing a variety of failure sizes, failure types and ...
Predicting the failure-time of geo-hazards is an important rock mechanics problem. We first evaluate...
KRMS 2008: Korean Rock Mechanics Symposium on International Cooperation and Rock Engineering for Dev...
Slope failures are disasters that happen all around the world. Occurrence of slope failures depends ...
Forecasting a catastrophic collapse is a key element in landslide risk reduction, but it is also a v...
Geomechanical analysis plays a major role in providing a safe working environment in an active mine....
National audienceThe general methodology for landslide risk management can be applied to rock falls....
In this paper we examine data generated using high-resolution three-dimensional laser scanning monit...
20 pages; Abstract and figure captions in English.International audienceForecasting the date of a ro...
The management of unstable slopes is one of the most critical issues when dealing with safety in ope...
Ten small rock slides (with a volume ranging from 101 to 103 m3) on a slope affected by working acti...
Slope failures are disasters that happen all around the world. Occurrence of slope failures depends ...
This paper proposes a method to predict mechanical failure-mechanicsm. This method is capable of pre...
This paper proposes a new, physically based, and mathematically consistent method for predicting the...
Failure prediction of a slope integrated with real time monitoring using global position system (GPS...
We selected six open-pit wall collapses, representing a variety of failure sizes, failure types and ...