In this communication, materials are considered whose deformation energy depends on both first and second gradient of placement map. When deriving the equilibrium equations by a variational approach, through integration by parts and the reiterated application of the divergence theorem, the class of external loading which are admissible for second gradient materials can be easily identified. Discrepancies with respect to Cauchy’s first gradient continua are highlighted, with special reference to the double forces acting over the boundary faces and the edge loading
Gradient elastic flexural Kirchhoff plates under static loading are considered. Their governing equa...
We present a compact, linearized theory for the quasi-static deformation of elastic materials whose ...
AbstractSecond-grade elastic materials featured by a free energy depending on the strain and the str...
In this communication, materials are considered whose deformation energy depends on both first and s...
In this study, some pioneering contributions, envisaged in the works of Gabrio Piola, were developed...
After the wide premise of Part I, where the equations for Cauchy’s continuum were retrieved through ...
International audienceA new stress-gradient elasticity theory has recently been proposed by Forest &...
Abstract: The behavior of most materials is influenced by inhomogeneously distributed microscale pro...
This paper outlines the variational derivation of the Lagrangian equilibrium equations for the third...
Second-gradient theories represent a frequently used subset of theories of continua with microstruct...
A two-dimensional solid consisting of a linear elastic isotropic material is considered in this pape...
In the spirit of Germain the most general objective stored elastic energy for a second gradient mate...
International audienceA stress gradient continuum theory is presented that fundamentally differs fro...
In this paper, we represent second-gradient internal work functionals in Lagrangian (referential) an...
Gradient elastic flexural Kirchhoff plates under static loading are considered. Their governing equa...
We present a compact, linearized theory for the quasi-static deformation of elastic materials whose ...
AbstractSecond-grade elastic materials featured by a free energy depending on the strain and the str...
In this communication, materials are considered whose deformation energy depends on both first and s...
In this study, some pioneering contributions, envisaged in the works of Gabrio Piola, were developed...
After the wide premise of Part I, where the equations for Cauchy’s continuum were retrieved through ...
International audienceA new stress-gradient elasticity theory has recently been proposed by Forest &...
Abstract: The behavior of most materials is influenced by inhomogeneously distributed microscale pro...
This paper outlines the variational derivation of the Lagrangian equilibrium equations for the third...
Second-gradient theories represent a frequently used subset of theories of continua with microstruct...
A two-dimensional solid consisting of a linear elastic isotropic material is considered in this pape...
In the spirit of Germain the most general objective stored elastic energy for a second gradient mate...
International audienceA stress gradient continuum theory is presented that fundamentally differs fro...
In this paper, we represent second-gradient internal work functionals in Lagrangian (referential) an...
Gradient elastic flexural Kirchhoff plates under static loading are considered. Their governing equa...
We present a compact, linearized theory for the quasi-static deformation of elastic materials whose ...
AbstractSecond-grade elastic materials featured by a free energy depending on the strain and the str...