We consider a thin heterogeneous layer consisting of thin beams (of radius r) and study the limit behaviour of this problem as the period ε, the thickness δ and the radius r of the beams tend to zero. The decomposition of the displacement field into beams developed in [10] is used, which allows to obtain a priori estimates. Two types of unfolding operators are introduced to deal with different parts of the decomposition. In conclusion, we obtain the limit problem together with transmission conditions across the interface
International audienceWe consider a thin multidomain of R^3 consisting of two vertical cylinders, on...
We consider a set of elastic rods periodically distributed over a 3d elastic plate (both of them wit...
A rather straightforward derivation of the \u393-limit of the torsion problem as the thickness goes ...
We consider a thin heterogeneous layer consisting of thin beams (of radius r) and study the limit be...
The paper is dedicated to the asymptotic behavior of periodically perforated elastic domains (3D, pl...
Abstract. This paper is the last of a series of two, where we study the asymptotics of the displacem...
This work is devoted to an elasticity problem on macrodomains separated by a thin heterogeneous laye...
International audienceStarting from the equations of two-dimensional elasticity, a double-scale asym...
The elasticity problem for two domains separated by a heterogeneous layer of the thickness ε is cons...
We study the linear dynamics of a layered elastic beam by means of the asymptotic expansion method. ...
International audienceOne of the purposes of this paper is to determine G(b)(hom), the overall homog...
A rather straightforward derivation of the Γ-limit of the torsion problem as the thickness goes to z...
International audienceWe consider a thin multidomain of R(3) consisting of two vertical cylinders, o...
Abstract. This paper is the second in a series of two in which we care about the asymptotics of the ...
We investigate the asymptotic behavior, as $\varepsilon$ tends to zero, of the transverse displacem...
International audienceWe consider a thin multidomain of R^3 consisting of two vertical cylinders, on...
We consider a set of elastic rods periodically distributed over a 3d elastic plate (both of them wit...
A rather straightforward derivation of the \u393-limit of the torsion problem as the thickness goes ...
We consider a thin heterogeneous layer consisting of thin beams (of radius r) and study the limit be...
The paper is dedicated to the asymptotic behavior of periodically perforated elastic domains (3D, pl...
Abstract. This paper is the last of a series of two, where we study the asymptotics of the displacem...
This work is devoted to an elasticity problem on macrodomains separated by a thin heterogeneous laye...
International audienceStarting from the equations of two-dimensional elasticity, a double-scale asym...
The elasticity problem for two domains separated by a heterogeneous layer of the thickness ε is cons...
We study the linear dynamics of a layered elastic beam by means of the asymptotic expansion method. ...
International audienceOne of the purposes of this paper is to determine G(b)(hom), the overall homog...
A rather straightforward derivation of the Γ-limit of the torsion problem as the thickness goes to z...
International audienceWe consider a thin multidomain of R(3) consisting of two vertical cylinders, o...
Abstract. This paper is the second in a series of two in which we care about the asymptotics of the ...
We investigate the asymptotic behavior, as $\varepsilon$ tends to zero, of the transverse displacem...
International audienceWe consider a thin multidomain of R^3 consisting of two vertical cylinders, on...
We consider a set of elastic rods periodically distributed over a 3d elastic plate (both of them wit...
A rather straightforward derivation of the \u393-limit of the torsion problem as the thickness goes ...