Vor dem Anwendungshintergrund der Ablagerung von radioaktivem Abfall in tiefen geologischen Formationen ist das Ziel der Arbeit, ein besseres Verständnis zum Einfluss der vorhandenen thermischen, hydro-mechanischen und chemischen (THMC) Randbedingungen auf das hydromechanische Verhalten von verdichteten Bentonit-basierten Materialien zu erlangen. Dafür wurden bei ausgewählten Randbedingungen Laborversuche an diesen Materialien durchgeführt. Das Versuchsprogramm umfasst Versuche zur Bestimmung der Saugspannungs-Wassergehalts-Beziehung, Quelldruckversuche bei kontrollierten Saugspannungen sowie Quelldruckversuche mittels Fluidzugabe, und Quelldruck- und Durchlässigkeitsversuche. Die Effekte der THMC-Randbedingungen auf das hydromechanische Ve...
The bentonite barrier of underground repositories for high-level radioactive waste will be hydrated ...
This study compares the capabilities of two numerical models that simulate the behaviour of compacte...
The conditions of the bentonite in an engineered barrier for high-level radioactive waste disposal w...
Vor dem Anwendungshintergrund der Ablagerung von radioaktivem Abfall in tiefen geologischen Formatio...
Deep geological disposal is currently the most feasible option for the long-term isolation of radioa...
Die Arbeit hat zum Ziel, die gekoppelten hydraulischen und mechanischen Prozesse, die infolge Fluidz...
The established concept for the protection of the biosphere from high-level nuclear wastes consists ...
Geological disposal of radioactive wastes relies on a multiple barrier system to provide long-term c...
International audienceBentonite-based materials have been considered in many countries as engineered...
In order to verify of the geological high-level radioactive waste disposal, IRSN has undertaken the ...
AbstractThe bentonite barrier of underground repositories for high-level radioactive waste will be h...
Radioactive waste disposal, as the final step of the open nuclear fuel cycle, is an important proces...
International audienceGeological disposal of radioactive wastes relies on a multiple barrier system ...
Highly compacted bentonite has been proposed as the buffer material in the Swedish concept for the d...
International audienceThe hydro-mechanical behaviour of a high-density bentonite pellet, potential c...
The bentonite barrier of underground repositories for high-level radioactive waste will be hydrated ...
This study compares the capabilities of two numerical models that simulate the behaviour of compacte...
The conditions of the bentonite in an engineered barrier for high-level radioactive waste disposal w...
Vor dem Anwendungshintergrund der Ablagerung von radioaktivem Abfall in tiefen geologischen Formatio...
Deep geological disposal is currently the most feasible option for the long-term isolation of radioa...
Die Arbeit hat zum Ziel, die gekoppelten hydraulischen und mechanischen Prozesse, die infolge Fluidz...
The established concept for the protection of the biosphere from high-level nuclear wastes consists ...
Geological disposal of radioactive wastes relies on a multiple barrier system to provide long-term c...
International audienceBentonite-based materials have been considered in many countries as engineered...
In order to verify of the geological high-level radioactive waste disposal, IRSN has undertaken the ...
AbstractThe bentonite barrier of underground repositories for high-level radioactive waste will be h...
Radioactive waste disposal, as the final step of the open nuclear fuel cycle, is an important proces...
International audienceGeological disposal of radioactive wastes relies on a multiple barrier system ...
Highly compacted bentonite has been proposed as the buffer material in the Swedish concept for the d...
International audienceThe hydro-mechanical behaviour of a high-density bentonite pellet, potential c...
The bentonite barrier of underground repositories for high-level radioactive waste will be hydrated ...
This study compares the capabilities of two numerical models that simulate the behaviour of compacte...
The conditions of the bentonite in an engineered barrier for high-level radioactive waste disposal w...