Add to ORKGConcurrent multiscale computational modeling of granular materials mechanics: overlap coupling, micromorphic theory
In this paper we report some key advances in the characterization and modelling of granular matter. ...
Special Issue on Multiscale and Computational Modeling of Complex Materials and Engineering Applicat...
We present constitutive laws of structural members, such as beams, plates and shells, using the gran...
AbstractThe fine-scale heterogeneity of granular material is characterized by its polydisperse micro...
The finite element method (FEM) is commonly used for modeling continuum media, while particle simula...
Granular sands are characterized and modeled here by explicitly exploiting the discrete-continuum du...
AbstractThis paper provides micromorphic modeling of a granular material. Micromorphic modeling trea...
© 2018 Elsevier Ltd. All rights reserved. Computational multiscale modeling can greatly facilitate t...
A multi-scale model for the analysis of granular systems is proposed, which combines the principles ...
A multi-scale model for the analysis of granular systems is proposed, which combines the principles ...
This paper briefly describes a hierarchical multiscale method used to model the behavior of granular...
Classical material tests observe the macroscopic behaviour of structures and materials. However, the...
A hierarchical multiscale framework is proposed to model the mechanical behaviour of granular media....
International audienceThe proper solution of geotechnical boundary value problems requires robust co...
10.1002/nme.4369International Journal for Numerical Methods in Engineering92131081-1099IJNM
In this paper we report some key advances in the characterization and modelling of granular matter. ...
Special Issue on Multiscale and Computational Modeling of Complex Materials and Engineering Applicat...
We present constitutive laws of structural members, such as beams, plates and shells, using the gran...
AbstractThe fine-scale heterogeneity of granular material is characterized by its polydisperse micro...
The finite element method (FEM) is commonly used for modeling continuum media, while particle simula...
Granular sands are characterized and modeled here by explicitly exploiting the discrete-continuum du...
AbstractThis paper provides micromorphic modeling of a granular material. Micromorphic modeling trea...
© 2018 Elsevier Ltd. All rights reserved. Computational multiscale modeling can greatly facilitate t...
A multi-scale model for the analysis of granular systems is proposed, which combines the principles ...
A multi-scale model for the analysis of granular systems is proposed, which combines the principles ...
This paper briefly describes a hierarchical multiscale method used to model the behavior of granular...
Classical material tests observe the macroscopic behaviour of structures and materials. However, the...
A hierarchical multiscale framework is proposed to model the mechanical behaviour of granular media....
International audienceThe proper solution of geotechnical boundary value problems requires robust co...
10.1002/nme.4369International Journal for Numerical Methods in Engineering92131081-1099IJNM
In this paper we report some key advances in the characterization and modelling of granular matter. ...
Special Issue on Multiscale and Computational Modeling of Complex Materials and Engineering Applicat...
We present constitutive laws of structural members, such as beams, plates and shells, using the gran...