A thermo-hydro-mechanical stress-strain framework for modelling the performance of clay barriers in deep geological repositories for radioactive waste

doi:10.1201/9780203884430-8

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A thermo-hydro-mechanical stress-strain framework for modelling the performance of clay barriers in deep geological repositories for radioactive waste

Chapter

A thermo-hydro-mechanical stress-strain framework for modelling the performance of clay barriers in deep geological repositories for radioactive waste

DOI link for A thermo-hydro-mechanical stress-strain framework for modelling the performance of clay barriers in deep geological repositories for radioactive waste

A thermo-hydro-mechanical stress-strain framework for modelling the performance of clay barriers in deep geological repositories for radioactive waste book

A thermo-hydro-mechanical stress-strain framework for modelling the performance of clay barriers in deep geological repositories for radioactive waste

DOI link for A thermo-hydro-mechanical stress-strain framework for modelling the performance of clay barriers in deep geological repositories for radioactive waste

A thermo-hydro-mechanical stress-strain framework for modelling the performance of clay barriers in deep geological repositories for radioactive waste book

ByL. Laloui, B. François, M. Nuth, H. Peron & A. Koliji

BookUnsaturated Soils. Advances in Geo-Engineering

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Edition 1st Edition

First Published 2008

Imprint CRC Press

Pages 18

eBook ISBN 9780429207211

ABSTRACT

In all nuclear power generating countries, spent nuclear fuel and long-lived radioactive waste management is an important environmental issue. Disposal in deep clay geological formations is a promising option to dispose of these wastes.

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