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PDF Liu, Y. Discontinuous bifurcation model of damage localization for jointed rocks and its application. Chinese Journal of Theoretical and Applied Mechanics. A damage localization bifurcation model for rock-concrete-like materials and its application, Chinese Journal of Geotechnical Engineering, 25 1 : Multi-potential discontinuous bifurcation model for jointed rock masses and its application, Chinese Journal of Rock Mechanics and Engineering. H, Yang, R. Geomechanics model test and study on the monolithic stability of high arch dam, Water Resources Planning and Design.

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Multiple fracture network seepage model for fractured media. Chinese Journal of Rock Mechanics and Engineering. Multiple approaches to the analysis of monolithic stability of Ertan arch dam. Water Resources Planning and Design. Springer Series in Geomechanics and Geoengineering. Springer Heidelberg, Berlin, Germany. Book DOI: Book Chapters Zhao J. In Wu, W. Simulation of one-dimensional compression of sand considering irregular grain shapes and grain breakage.

Wu, W. Hierarchical multiscale modeling of strain localization in granular materials: A condensed overview and perspective. In: E. Papamichos et al. Borehole instabilities in granular rocks revisited: A multiscale perspective. Bridging micro and macro in granular media: A computational multiscale paradigm. Soga, K. Kumar, G. Biscontin and M. Kuo Eds. The influence of particle shape for granular media: A Fourier-shape-descriptor-based micromechanical study.


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  6. Constitutive modeling of fabric anisotropy in sand. A multiscale investigation of strain localization in cohesionless sand. In: Chau K. Bifurcation and Degradation of Geomaterials in the New Millennium. Fabric Evolution and its affects on strain localization in sand.

    Modelling non-coaxiality and strain localisation in sand the role of fabric and its evolution. Oka, A. Murakami, R. Uzuoka and S. Kimoto Eds. Computer Methods and Recent Advances in Geomechanics. Unique quantification of critical state in granular media considering fabric anisotropy. In Yang Q. Springer-Verlag, Berlin, Heidelberg. Discrete modeling of fluid-particle interaction in soils. Modeling the dilatancy of overconsolidated clay.

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    Pande Eds. Pages: Rome, Italy, August Das A. DOI: Limassol, Cyprus, May Zhao J. Limassol, Cyprus, May Li X. Wuhan, China, October Zhu F. Mollon G. Powders and Grain , Montpellier, France, July PDF Zhao J. Zhao J. Kong Y. Liang W. Sand grain crushing under multi-axial loading conditions. Multiscale hydro-mechanical modeling of saturated granular media. DEM 7. The evolving nature of compaction bands in highly porous sandstone: a multiscale view. A Peridynamic approach for numerical modeling of sand grain crushing.

    Alternative pathway to granular plasticity via computational multiscale modeling. Plasticity Multiscale modeling of compaction band in highly porous sandstone. A multiscale study of initial anisotropy and strain localization in granular soils. Guo N. Hierarchical multiscale modeling of fluid-saturated soils. Multiscale modeling of initial anisotropy, fabric evolution and strain localization in granular media. Cyclic loading and fabric evolution in sand: a constitutive investigation.

    Shape matters: quantifying the influence of particle shape on the shape response of granular sand.

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    Multiscale modeling of compaction band in porous sandstone. Multiscale modeling of failure in saturated sand. Capturing the interplay among inherent anisotropy, non-coaxiality and strain localization in granular media. A multiscale insight into strain localization in sand. EMI Multiscale modeling of strain localization in granular media. A hierarchical multiscale approach for granular media.

    PDF Mollon G. Building realistic samples for accurate discrete modeling of granular materials. Advances in realistic generation of grain shapes.

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    PDF Liu Z. Influence of non-regular particle shape on the behavior of granular assembly under shear. A coupled analysis of fluid-particle interaction in granular soils. In Wang G. In Mustoe, G.