International audienceIn the recent years, lattice modelling proved to be a topic of renewed interest. Indeed, fields as distant as chemical modelling and biological tissue modelling use network models that appeal to similar equilibrium laws. In both cases, obtaining an equivalent continuous model allows to simplify numerical procedures. We describe an homogenization technique designed for discrete structures that provides a limit continuum mechanics model and, in the special case of hexagonal lattices, we investigate the symmetry properties of the limit constitutive law
Computational first-order homogenization theory is used for the elastic analysis of generally anisot...
The first achievement of this work is to construct a unified and effective continuum equivalent to a...
The first achievement of this work is to construct a unified and effective continuum equivalent to a...
International audienceIn the recent years, lattice modelling proved to be a topic of renewed interes...
International audienceWe characterize the macroscopic effective mechanical behavior of a graphene sh...
International audienceWe characterize the macroscopic effective mechanical behavior of a graphene sh...
International audienceThis paper tracks the development of lattice models that aim to describe linea...
International audienceThis paper tracks the development of lattice models that aim to describe linea...
International audienceThis paper tracks the development of lattice models that aim to describe linea...
International audienceThis paper tracks the development of lattice models that aim to describe linea...
A second-gradient elastic material has been identified as the equivalent homogeneous material of an ...
Computational first-order homogenization theory is used for the elastic analysis of generally anisot...
Computational first-order homogenization theory is used for the elastic analysis of generally anisot...
Ce travail porte sur le développement de modèles micromécaniques pour le calcul de la réponse homogé...
International audienceWe consider very large periodic trusses called lattice structures. In classica...
Computational first-order homogenization theory is used for the elastic analysis of generally anisot...
The first achievement of this work is to construct a unified and effective continuum equivalent to a...
The first achievement of this work is to construct a unified and effective continuum equivalent to a...
International audienceIn the recent years, lattice modelling proved to be a topic of renewed interes...
International audienceWe characterize the macroscopic effective mechanical behavior of a graphene sh...
International audienceWe characterize the macroscopic effective mechanical behavior of a graphene sh...
International audienceThis paper tracks the development of lattice models that aim to describe linea...
International audienceThis paper tracks the development of lattice models that aim to describe linea...
International audienceThis paper tracks the development of lattice models that aim to describe linea...
International audienceThis paper tracks the development of lattice models that aim to describe linea...
A second-gradient elastic material has been identified as the equivalent homogeneous material of an ...
Computational first-order homogenization theory is used for the elastic analysis of generally anisot...
Computational first-order homogenization theory is used for the elastic analysis of generally anisot...
Ce travail porte sur le développement de modèles micromécaniques pour le calcul de la réponse homogé...
International audienceWe consider very large periodic trusses called lattice structures. In classica...
Computational first-order homogenization theory is used for the elastic analysis of generally anisot...
The first achievement of this work is to construct a unified and effective continuum equivalent to a...
The first achievement of this work is to construct a unified and effective continuum equivalent to a...