A geotechnical centrifuge has been employed to model diffusion of contaminants through fractured and intact rock mass. This paper deals with the details of the test setups used for this purpose. The obtained results have been compared with those obtained from the conventional diffusion tests and the validity of the modeling of models has been demonstrated. The study demonstrates the usefulness of the geotechnical centrifuge for modeling the diffusion of contaminants through rock mass in a short time
International audienceAn in situ diffusion experiment was performed at the Grimsel Test Site (Switze...
This report contains an experimental study of diffusion in the water filled pores of rock samples. T...
The SKB GroundWater Flow and Transport of Solutes Task Force is an international forum in the area o...
Intact rock mass is the most suitable geological formation for disposing of hazardous wastes. Hence,...
Geotechnical centrifuge modeling provides a means of accelerating the transport of contaminants thro...
The transport, fate and remediation of contaminants in unsaturated porous media are not readily amen...
Migration of heat and mass transfer through geomaterials is of great interest in various civil and e...
A large number of disposal sites is built on subsoil consisting of jointed rock. In order to assess ...
Twenty-four centrifuge model tests have been conducted at nine different geotechnical centrifuge fac...
A special approach for numerical modeling of contaminant transport in fractured rock, as a natural m...
Centrifuge modelling is an established technique capable of investigating the ground?s response to c...
This paper presents the experimental breakthrough curves for conservative and non-conservative trace...
Ground reinforcement anchorages are a means of ensuring the stability of a wide range of structures ...
This research investigation deals with the development and evaluation of an instrumentation system f...
Centrifuge modelling is an established technique capable of investigating the ground’s response to c...
International audienceAn in situ diffusion experiment was performed at the Grimsel Test Site (Switze...
This report contains an experimental study of diffusion in the water filled pores of rock samples. T...
The SKB GroundWater Flow and Transport of Solutes Task Force is an international forum in the area o...
Intact rock mass is the most suitable geological formation for disposing of hazardous wastes. Hence,...
Geotechnical centrifuge modeling provides a means of accelerating the transport of contaminants thro...
The transport, fate and remediation of contaminants in unsaturated porous media are not readily amen...
Migration of heat and mass transfer through geomaterials is of great interest in various civil and e...
A large number of disposal sites is built on subsoil consisting of jointed rock. In order to assess ...
Twenty-four centrifuge model tests have been conducted at nine different geotechnical centrifuge fac...
A special approach for numerical modeling of contaminant transport in fractured rock, as a natural m...
Centrifuge modelling is an established technique capable of investigating the ground?s response to c...
This paper presents the experimental breakthrough curves for conservative and non-conservative trace...
Ground reinforcement anchorages are a means of ensuring the stability of a wide range of structures ...
This research investigation deals with the development and evaluation of an instrumentation system f...
Centrifuge modelling is an established technique capable of investigating the ground’s response to c...
International audienceAn in situ diffusion experiment was performed at the Grimsel Test Site (Switze...
This report contains an experimental study of diffusion in the water filled pores of rock samples. T...
The SKB GroundWater Flow and Transport of Solutes Task Force is an international forum in the area o...