International audienceWe consider in this paper analytical solutions for some remarkable cases and for a linear anisotropic D4 second gradient elastic model. The purpose is that of constitutive parameter identification. In general, analytical solutions are considered less important than in the past due to fast numerical tools and to the fact that they are generally very difficult to achieve. However, they still play very important roles such as for numerical comparison and for dealing with pathological mechanical systems
A second-gradient elastic material has been identified as the equivalent homogeneous material of an ...
The use of higher-order strain-gradient models in mechanics is studied. First, existing second-gradi...
The fundamental equations for Form II of Mindlin's second strain gradient elasticity theory for isot...
International audienceWe consider in this paper analytical solutions for some remarkable cases and f...
A two-dimensional solid consisting of a linear elastic isotropic material is considered in this pape...
Second-gradient theories represent a frequently used subset of theories of continua with microstruct...
In the present paper, a two-dimensional solid consisting of a linear elastic isotropic material, for...
AbstractNumerical modeling of localization phenomena shows that constitutive equations with internal...
In the present contribution the concept of isogeometric analysis is extended towards the numerical s...
International audienceThe different forms of second order elasticity operators, in Mindlin's strain-...
AbstractThe different forms of second order elasticity operators, in Mindlin’s strain-gradient elast...
Generalized continuum mechanical theories such as second gradient elasticity can consider size and l...
International audienceIn the present paper, the simplest model of strain-gradient elasticity will be...
In the spirit of Germain the most general objective stored elastic energy for a second gradient mate...
The aim of the paper is to formulate the two-dimensional governing equations in the theory of elasti...
A second-gradient elastic material has been identified as the equivalent homogeneous material of an ...
The use of higher-order strain-gradient models in mechanics is studied. First, existing second-gradi...
The fundamental equations for Form II of Mindlin's second strain gradient elasticity theory for isot...
International audienceWe consider in this paper analytical solutions for some remarkable cases and f...
A two-dimensional solid consisting of a linear elastic isotropic material is considered in this pape...
Second-gradient theories represent a frequently used subset of theories of continua with microstruct...
In the present paper, a two-dimensional solid consisting of a linear elastic isotropic material, for...
AbstractNumerical modeling of localization phenomena shows that constitutive equations with internal...
In the present contribution the concept of isogeometric analysis is extended towards the numerical s...
International audienceThe different forms of second order elasticity operators, in Mindlin's strain-...
AbstractThe different forms of second order elasticity operators, in Mindlin’s strain-gradient elast...
Generalized continuum mechanical theories such as second gradient elasticity can consider size and l...
International audienceIn the present paper, the simplest model of strain-gradient elasticity will be...
In the spirit of Germain the most general objective stored elastic energy for a second gradient mate...
The aim of the paper is to formulate the two-dimensional governing equations in the theory of elasti...
A second-gradient elastic material has been identified as the equivalent homogeneous material of an ...
The use of higher-order strain-gradient models in mechanics is studied. First, existing second-gradi...
The fundamental equations for Form II of Mindlin's second strain gradient elasticity theory for isot...