In this paper the model of a elastic composite medium which consists of a matrix containing a set of orthotropic crystals with the random orientation of the anisotropy axes is presented. The axes orientation is described by the Gauss distribution. The numerical investigation is proposed for rectangular plate, when the normal strains are given in the one side. Other sides are free of strain. The finite - difference technique is used for model discretization
The macroscopic modelling of in-plane elastic behaviour of composite solids made with regular orthot...
Analytic solutions are presented for elastic fields induced by normal and shear eigenstrains in an e...
This paper deals with deformation in homogeneous, thermally conducting, single-crystal orthotropic t...
The proposed method is based on the generally accepted operation of averaging properties at differen...
Isotropic Finite Element Method (FEM) deformable object simulations are widely used in computer grap...
The rapid growth in anisotropic material (such as composite materials) usage marks a new era in mate...
International audienceHeterogeneous materials such as bone or woven composites show mesostructures w...
In this work a generalized anisotropic model in large strains based on the classical isotropic plast...
A general orthotropic model adequate for the analysis of complex anisotropic materials like masonry ...
Stationary values of the strain energy density function are used to determine the relative position ...
The asymptotic homogenization method is used to develop a comprehensive micromechanical model pertai...
This paper shows a generalization of the classic isotropic plasticity theory to be applied to orthot...
We consider the wave propagation process in a 2‐dimensional material structure composed of random or...
Scuola Scienza e Tecnica "B.Telesio" Dottorato di Ricerca in Meccanica Computazionale, Ciclo XXVII, ...
In this paper a new algorithm for the generation of periodic microstructures with regular, irregular...
The macroscopic modelling of in-plane elastic behaviour of composite solids made with regular orthot...
Analytic solutions are presented for elastic fields induced by normal and shear eigenstrains in an e...
This paper deals with deformation in homogeneous, thermally conducting, single-crystal orthotropic t...
The proposed method is based on the generally accepted operation of averaging properties at differen...
Isotropic Finite Element Method (FEM) deformable object simulations are widely used in computer grap...
The rapid growth in anisotropic material (such as composite materials) usage marks a new era in mate...
International audienceHeterogeneous materials such as bone or woven composites show mesostructures w...
In this work a generalized anisotropic model in large strains based on the classical isotropic plast...
A general orthotropic model adequate for the analysis of complex anisotropic materials like masonry ...
Stationary values of the strain energy density function are used to determine the relative position ...
The asymptotic homogenization method is used to develop a comprehensive micromechanical model pertai...
This paper shows a generalization of the classic isotropic plasticity theory to be applied to orthot...
We consider the wave propagation process in a 2‐dimensional material structure composed of random or...
Scuola Scienza e Tecnica "B.Telesio" Dottorato di Ricerca in Meccanica Computazionale, Ciclo XXVII, ...
In this paper a new algorithm for the generation of periodic microstructures with regular, irregular...
The macroscopic modelling of in-plane elastic behaviour of composite solids made with regular orthot...
Analytic solutions are presented for elastic fields induced by normal and shear eigenstrains in an e...
This paper deals with deformation in homogeneous, thermally conducting, single-crystal orthotropic t...