AbstractIn this second paper, we consider again a set of elastic rods periodically distributed over an elastic plate whose thickness tends here to 0. This work is then devoted to describe the homogenization process for the junction of the rods and a thin plate. We use a technique based on two decompositions of the displacement field in each rod and in the plate. We obtain a priori estimates on each term of the two decompositions which permit to exhibit a few critical cases that distinguish the different possible limit behaviors. Then, we completely investigate one of these critical case which leads to a coupled bending–bending model for the rods and the 2d plate
International audienceIn this paper, we consider rods whose thickness vary linearly between $\eps$ a...
A computationally efficient strategy to prescribe periodic boundary conditions on three-dimensional ...
A computationally efficient strategy to prescribe periodic boundary conditions on three- dimensional...
In this second paper, we consider again a set of elastic rods periodically distributed over an elast...
AbstractWe consider a set of elastic rods periodically distributed over a 3d elastic plate (both of ...
AbstractIn this second paper, we consider again a set of elastic rods periodically distributed over ...
We consider a set of elastic rods periodically distributed over a 3d elastic plate (both of them wit...
This paper is devoted to investigate a few microscopic effects in the homogenization process of the ...
We consider a set of elastic rods periodically distributed over a 3d elastic plate (both of them wit...
We consider a set of elastic rods periodically distributed over a 3d elastic plate (both of them wit...
This paper is devoted to describe the asymptotic behavior of a structure made by a thin plate and a ...
International audienceWe derive several models of thin plates equipped with a periodic distribution ...
The paper is dedicated to the asymptotic behavior of periodically perforated elastic domains (3D, pl...
The asymptotic expansions method is used to study the limit behaviour of a system made of a plate of...
We show that nonlinearly elastic plates of thickness h → 0 with an ε-periodic structure such that ε^...
International audienceIn this paper, we consider rods whose thickness vary linearly between $\eps$ a...
A computationally efficient strategy to prescribe periodic boundary conditions on three-dimensional ...
A computationally efficient strategy to prescribe periodic boundary conditions on three- dimensional...
In this second paper, we consider again a set of elastic rods periodically distributed over an elast...
AbstractWe consider a set of elastic rods periodically distributed over a 3d elastic plate (both of ...
AbstractIn this second paper, we consider again a set of elastic rods periodically distributed over ...
We consider a set of elastic rods periodically distributed over a 3d elastic plate (both of them wit...
This paper is devoted to investigate a few microscopic effects in the homogenization process of the ...
We consider a set of elastic rods periodically distributed over a 3d elastic plate (both of them wit...
We consider a set of elastic rods periodically distributed over a 3d elastic plate (both of them wit...
This paper is devoted to describe the asymptotic behavior of a structure made by a thin plate and a ...
International audienceWe derive several models of thin plates equipped with a periodic distribution ...
The paper is dedicated to the asymptotic behavior of periodically perforated elastic domains (3D, pl...
The asymptotic expansions method is used to study the limit behaviour of a system made of a plate of...
We show that nonlinearly elastic plates of thickness h → 0 with an ε-periodic structure such that ε^...
International audienceIn this paper, we consider rods whose thickness vary linearly between $\eps$ a...
A computationally efficient strategy to prescribe periodic boundary conditions on three-dimensional ...
A computationally efficient strategy to prescribe periodic boundary conditions on three- dimensional...