The concept of material distribution is introduced as describing the geometric material structure of a general non-uniform body. Any smooth constitutive law is shown to give rise to a unique smooth integrable singular distribution. Ultimately, the material distribution and its associated singular foliation result in a rigorous and unique subdivision of the material body into strictly smoothly uniform components. Thus, the constitutive law induces a unique partition of the body into smoothly uniform sub-bodies, laminates, filaments and isolated points.This work was supported by MINECO Grants MTM2013-42-870-P and the ICMAT Severo Ochoa projects SEV-2011-0087 and SEV2015-0554. V.M.J. wishes to thank MINECO for a FPI-PhD Positio
Up until recently, the rational design of mechanical metamaterials has usually involved devising geo...
In this note, we concern only fundamental concepts of continuum mechanics for the formulation of bas...
The evolution of a distribution of material inhomogeneities is investigated by analyzing the evoluti...
The evolution of a distribution of material inhomogeneities is investigated by analyzing the evoluti...
aus der Einleitung: The theory of continuous distributions of material imperfections, dislocations i...
The theory of continuous distributions of inhomogeneities is shown to be applicable beyond its origi...
This work describes a topology optimization framework to design the material distribution of functio...
Presents a unified treatment of the inhomogeneity theory using some of the tools of modern different...
This volume consists of a collection of chapters by recognized experts to provide a comprehensive fu...
The paper describes the constitutive model for a particle dispersed composite material in elastic re...
A Lie groupoid, called material Lie groupoid, is associated in a natural way to any elastic material...
The notion of the stress space, introduced by Schaefer, and further developed by Kröner in the conte...
In the present paper, finite element method is employed to predict the effective material properties...
Randomly structured materials and structures develop distributed internal forces when subjected to e...
Working within the framework of a mathematical theory of continuous distribution of inhomogeneities ...
Up until recently, the rational design of mechanical metamaterials has usually involved devising geo...
In this note, we concern only fundamental concepts of continuum mechanics for the formulation of bas...
The evolution of a distribution of material inhomogeneities is investigated by analyzing the evoluti...
The evolution of a distribution of material inhomogeneities is investigated by analyzing the evoluti...
aus der Einleitung: The theory of continuous distributions of material imperfections, dislocations i...
The theory of continuous distributions of inhomogeneities is shown to be applicable beyond its origi...
This work describes a topology optimization framework to design the material distribution of functio...
Presents a unified treatment of the inhomogeneity theory using some of the tools of modern different...
This volume consists of a collection of chapters by recognized experts to provide a comprehensive fu...
The paper describes the constitutive model for a particle dispersed composite material in elastic re...
A Lie groupoid, called material Lie groupoid, is associated in a natural way to any elastic material...
The notion of the stress space, introduced by Schaefer, and further developed by Kröner in the conte...
In the present paper, finite element method is employed to predict the effective material properties...
Randomly structured materials and structures develop distributed internal forces when subjected to e...
Working within the framework of a mathematical theory of continuous distribution of inhomogeneities ...
Up until recently, the rational design of mechanical metamaterials has usually involved devising geo...
In this note, we concern only fundamental concepts of continuum mechanics for the formulation of bas...
The evolution of a distribution of material inhomogeneities is investigated by analyzing the evoluti...