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A 4th order fabric tensor approach applied to granular media
AbstractIn this paper, we propose a micromechanical approach of the behavior of granular media, which takes into account the anisotropy by means of a fourth order fabric tensor. The proposed approach is implemented in an homogenization scheme based on Voigt and Reuss localization assumption. The fabric tensor-based approach is then combined with a new kinematic localization rule and yields a general homogenization scheme for anisotropic granular media.
A 4th order fabric tensor approach applied to granular media
AbstractIn this paper, we propose a micromechanical approach of the behavior of granular media, which takes into account the anisotropy by means of a fourth order fabric tensor. The proposed approach is implemented in an homogenization scheme based on Voigt and Reuss localization assumption. The fabric tensor-based approach is then combined with a new kinematic localization rule and yields a general homogenization scheme for anisotropic granular media.
A 4th order fabric tensor approach applied to granular media
Millet, O. (author) / Gu, Shuitao (author) / Kondo, D. (author)
Computers and Geotechnics ; 36 ; 736-742
2008-12-09
7 pages
Article (Journal)
Electronic Resource
English
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