The purpose of these lectures is to extend the basic ideas of the theory of one-dimensional structured deformations to more complex situations: first, to situations in which the microstructure is not constant over the bar, second, to bodies with dimension greater than one
We develop a micromechanical theory of dislocation structures and finite deformation single crystal ...
The purpose of this lecture is to illustrate the appropriateness and potential of the methods of con...
The science of the strength and elasticity of solids has been developed in two main directions. The ...
In this work we briefly describe the theory of (first-order) structured deformations of continua as ...
The scope of this contribution is to present an overview of the theory of structured deformations of...
Structured deformations are objects conceived to describe geometrically the changes occurring in the...
The theory of structured deformations shows good potential to deal with mechanical problems where mu...
The present communication refers to some research in progress, based upon the use of structured defo...
International audienceThis note deals with structured deformations introduced by Del Piero and Owen....
Structured deformations provide a multi-scale geometrical setting for resolving the fields occurring...
We review recent theories of non-classical, structured deformations and integral representations for...
Abstract. Structured deformations are used to refine the basic ingredients of continuum field theori...
This book proposes a new general setting for theories of bodies with microstructure when they are de...
For a specific notion of convergence, a representation formula for the energy of a structured deform...
Summary: Deformations of mathematical structures play an important role in most parts of mathematics...
We develop a micromechanical theory of dislocation structures and finite deformation single crystal ...
The purpose of this lecture is to illustrate the appropriateness and potential of the methods of con...
The science of the strength and elasticity of solids has been developed in two main directions. The ...
In this work we briefly describe the theory of (first-order) structured deformations of continua as ...
The scope of this contribution is to present an overview of the theory of structured deformations of...
Structured deformations are objects conceived to describe geometrically the changes occurring in the...
The theory of structured deformations shows good potential to deal with mechanical problems where mu...
The present communication refers to some research in progress, based upon the use of structured defo...
International audienceThis note deals with structured deformations introduced by Del Piero and Owen....
Structured deformations provide a multi-scale geometrical setting for resolving the fields occurring...
We review recent theories of non-classical, structured deformations and integral representations for...
Abstract. Structured deformations are used to refine the basic ingredients of continuum field theori...
This book proposes a new general setting for theories of bodies with microstructure when they are de...
For a specific notion of convergence, a representation formula for the energy of a structured deform...
Summary: Deformations of mathematical structures play an important role in most parts of mathematics...
We develop a micromechanical theory of dislocation structures and finite deformation single crystal ...
The purpose of this lecture is to illustrate the appropriateness and potential of the methods of con...
The science of the strength and elasticity of solids has been developed in two main directions. The ...
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