The progressive development of the territory leads to the exploitation of new areas, which are currently being abandoned because they come up risks to the safety of users. This is particularly the case for areas of potential collapse that are related to the presence of underground cavities. Among the many preventative solutions, geosynthetic reinforcement prevents localized collapse. This solution is widely used for both its economic and environmental benefits, as well as for its ease and speed of setting up. However, the existing design methods for granular platforms reinforced by geosynthetic are based on various simplifying assumptions and do not take the complexity of the problem into account. These methods do not consider, for example,...
International audience1g physical modelling for studying the consequences of ground movements and me...
Soft soil improvement by vertical rigid piles is a technique which associates a pile grid and a gran...
From a geomechanical point of view, the safety of an underground storage for the radioactive waste r...
The progressive development of the territory leads to the exploitation of new areas, which are curre...
L’aménagement progressif du territoire conduit à l’exploitation de nouvelles zones, actuellement dél...
International audienceConsequence of the sinkhole mode on the load transfer mechanisms and on the de...
The French underground is occupied by a considerable number of natural or anthropogenic underground ...
International audienceGeosynthetic-reinforced soils constitute an interesting solution for bridging ...
The purpose of this paper is experimental study to test the model of Huckert et al. (2013), develope...
National audienceThe results of an experimental campaign of reinforcement of thin cohesive soil emba...
The design of subsurface structures associated with transportation and other underground facilities,...
This study focuses on the evaluation of the load transfer mechanism and the determination of the sha...
National audienceDesigning geotextile-reinforced treated soil layers above potential sinkhole remain...
International audienceA numerical model based on Finite Element Method (FEM)-Discrete Element Method...
International audience1g physical modelling for studying the consequences of ground movements and me...
Soft soil improvement by vertical rigid piles is a technique which associates a pile grid and a gran...
From a geomechanical point of view, the safety of an underground storage for the radioactive waste r...
The progressive development of the territory leads to the exploitation of new areas, which are curre...
L’aménagement progressif du territoire conduit à l’exploitation de nouvelles zones, actuellement dél...
International audienceConsequence of the sinkhole mode on the load transfer mechanisms and on the de...
The French underground is occupied by a considerable number of natural or anthropogenic underground ...
International audienceGeosynthetic-reinforced soils constitute an interesting solution for bridging ...
The purpose of this paper is experimental study to test the model of Huckert et al. (2013), develope...
National audienceThe results of an experimental campaign of reinforcement of thin cohesive soil emba...
The design of subsurface structures associated with transportation and other underground facilities,...
This study focuses on the evaluation of the load transfer mechanism and the determination of the sha...
National audienceDesigning geotextile-reinforced treated soil layers above potential sinkhole remain...
International audienceA numerical model based on Finite Element Method (FEM)-Discrete Element Method...
International audience1g physical modelling for studying the consequences of ground movements and me...
Soft soil improvement by vertical rigid piles is a technique which associates a pile grid and a gran...
From a geomechanical point of view, the safety of an underground storage for the radioactive waste r...