The mechanical behaviour of rock joints can be strongly influenced by water flow, while the water pressure may in turn affect the joint response. These coupled phenomena should be considered simultaneously to simulate the behaviour of rock joints. The CSDS constitutive model was developed by the authors to represent the mechanical behaviour of dry rock joints. In this paper, the authors show how the CSDS model can be adapted to take into account the presence of water on the joint behaviour. The modified model formulation is presented and then validated with experimental data from hydromechanical tests taken from the literature. A discussion on the significance of the model follows. RÉSUMÉ Le comportement mécanique d’une discontinuité géolog...
International audienceThis paper presents a new constitutive model for the time-dependent behaviour ...
The thesis presents numerical and experimental studies on joints.A formulation for the coupled analy...
Hydromechanical processes in large permeable jointed rock masses have been poorly studied due to the...
Colloque avec actes et comité de lecture. Internationale.International audienceCette étude s’inscrit...
As jointed rocks consist of joints embedded within blocks of 'intact' rock, the behaviour of such ro...
Rock mass contains various discontinuities, such as faults, joints, and bedding planes. Among them, ...
Fractures such as faults and joints often dominate the mechanical strength and deformation of rock m...
AbstractA formulation for the coupled analysis of thermo-hydro-mechanical (THM) problems in joints i...
This study is a part of a wide multi scale research based on in situ experimentations and laboratory...
The damage of non-persistent rock discontinuities and hydromechanical effects are two key phenomena ...
In this thesis, a theoretical model of the mechanical behaviour of jointed rock masses is developed....
Hydromechanical behaviour of rock masses is influenced in a decisive way by the presence of joints. ...
The mechanical and hydraulic properties of a jointed rock mass are strongly affected by the characte...
International audienceThis paper presents a new constitutive model for the time-dependent behaviour ...
The thesis presents numerical and experimental studies on joints.A formulation for the coupled analy...
Hydromechanical processes in large permeable jointed rock masses have been poorly studied due to the...
Colloque avec actes et comité de lecture. Internationale.International audienceCette étude s’inscrit...
As jointed rocks consist of joints embedded within blocks of 'intact' rock, the behaviour of such ro...
Rock mass contains various discontinuities, such as faults, joints, and bedding planes. Among them, ...
Fractures such as faults and joints often dominate the mechanical strength and deformation of rock m...
AbstractA formulation for the coupled analysis of thermo-hydro-mechanical (THM) problems in joints i...
This study is a part of a wide multi scale research based on in situ experimentations and laboratory...
The damage of non-persistent rock discontinuities and hydromechanical effects are two key phenomena ...
In this thesis, a theoretical model of the mechanical behaviour of jointed rock masses is developed....
Hydromechanical behaviour of rock masses is influenced in a decisive way by the presence of joints. ...
The mechanical and hydraulic properties of a jointed rock mass are strongly affected by the characte...
International audienceThis paper presents a new constitutive model for the time-dependent behaviour ...
The thesis presents numerical and experimental studies on joints.A formulation for the coupled analy...
Hydromechanical processes in large permeable jointed rock masses have been poorly studied due to the...