Second-order structured deformations of continua provide an extension of the multiscale geometry of first-order structured deformations by taking into account the effects of submacroscopic bending and curving. We derive here an integral representation for a relaxed energy functional in the setting of second-order structured deformations. Our derivation covers inhomogeneous initial energy densities (i.e., with explicit dependence on the position); finally, we provide explicit formulas for bulk relaxed energies as well as anticipated applications
For a specific notion of convergence, a representation formula for the energy of a structured deform...
International audienceThis note deals with structured deformations introduced by Del Piero and Owen....
We review recent theories of non-classical, structured deformations and integral representations for...
In this paper we apply both the procedure of dimension reduction and the incorporation of structured...
The theory of structured deformations shows good potential to deal with mechanical problems where mu...
In this paper we derive explicit formulas for disarrangement densities of submacroscopic separations...
In this work we briefly describe the theory of (first-order) structured deformations of continua as ...
Structured deformations are objects conceived to describe geometrically the changes occurring in the...
Structured deformations provide a multi-scale geometrical setting for resolving the fields occurring...
The scope of this contribution is to present an overview of the theory of structured deformations of...
Abstract. Structured deformations are used to refine the basic ingredients of continuum field theori...
We continue our analysis on functionals depending on the curvature of graphs of curves in high codi...
AbstractFor a given positive measure μ on Rn, we consider integral functionals of the kindF(u)=∫Rnf(...
In this work we consider an optimal design problem for two-component fractured media for which a mac...
An energy for first-order structured deformations in the context of periodic homogenization is obtai...
For a specific notion of convergence, a representation formula for the energy of a structured deform...
International audienceThis note deals with structured deformations introduced by Del Piero and Owen....
We review recent theories of non-classical, structured deformations and integral representations for...
In this paper we apply both the procedure of dimension reduction and the incorporation of structured...
The theory of structured deformations shows good potential to deal with mechanical problems where mu...
In this paper we derive explicit formulas for disarrangement densities of submacroscopic separations...
In this work we briefly describe the theory of (first-order) structured deformations of continua as ...
Structured deformations are objects conceived to describe geometrically the changes occurring in the...
Structured deformations provide a multi-scale geometrical setting for resolving the fields occurring...
The scope of this contribution is to present an overview of the theory of structured deformations of...
Abstract. Structured deformations are used to refine the basic ingredients of continuum field theori...
We continue our analysis on functionals depending on the curvature of graphs of curves in high codi...
AbstractFor a given positive measure μ on Rn, we consider integral functionals of the kindF(u)=∫Rnf(...
In this work we consider an optimal design problem for two-component fractured media for which a mac...
An energy for first-order structured deformations in the context of periodic homogenization is obtai...
For a specific notion of convergence, a representation formula for the energy of a structured deform...
International audienceThis note deals with structured deformations introduced by Del Piero and Owen....
We review recent theories of non-classical, structured deformations and integral representations for...