The flexure of a Saint-Venant cylinder is defined from a kinematic point of view. A complete solution for the field equations is provided and the gauge choices to define the center of shear and rotation are made consequently. This seems to eliminate some ambiguities present in the literature
We use the method of Signorini’s expansion to analyze the Saint-Venant problem for an isotropic and ...
We study the Saint-Venant shear stress fields arising in a family of sections we call Bredt-like, i....
This paper deals with the analysis of the sixth elementary Volterra's distortion for a circular holl...
AbstractIn the relaxed Saint-Venant’s elastic problem, in virtue of Saint-Venant’s Postulate, the po...
This monograph is concerned with the equilibrium of linearly elastic cylinders. It gives an up-to-da...
The paper illustrates a solution approach for the Saint-Venant flexure problem which preserves a pur...
As it is well known, there is in general no closed-form solution for either the shear stress or the ...
This chapter provides an overview of the recent developments concerning Saint-Venant's principle. Th...
International audienceWe study flexure of a Saint-Venant cylinder whose sections are Bredt-like with...
Background: The Saint-Venant problem for porous elastic cylinders is of interest both from the techn...
This article is concerned with the relaxed Saint-Venant’s problem in the case when the body forces a...
In [1] a method of solving Saint-Venant's problem for inhomogeneous and an-isotropic elastic be...
International audienceStarting from a regular curve (middle line), we define a section of a Saint Ve...
International audienceWe use the method of Signorini's expansion to analyze the Saint-Venant problem...
International audienceWe deal with the flexure (flexion inégale) of a Saint-Venant cylinder whose se...
We use the method of Signorini’s expansion to analyze the Saint-Venant problem for an isotropic and ...
We study the Saint-Venant shear stress fields arising in a family of sections we call Bredt-like, i....
This paper deals with the analysis of the sixth elementary Volterra's distortion for a circular holl...
AbstractIn the relaxed Saint-Venant’s elastic problem, in virtue of Saint-Venant’s Postulate, the po...
This monograph is concerned with the equilibrium of linearly elastic cylinders. It gives an up-to-da...
The paper illustrates a solution approach for the Saint-Venant flexure problem which preserves a pur...
As it is well known, there is in general no closed-form solution for either the shear stress or the ...
This chapter provides an overview of the recent developments concerning Saint-Venant's principle. Th...
International audienceWe study flexure of a Saint-Venant cylinder whose sections are Bredt-like with...
Background: The Saint-Venant problem for porous elastic cylinders is of interest both from the techn...
This article is concerned with the relaxed Saint-Venant’s problem in the case when the body forces a...
In [1] a method of solving Saint-Venant's problem for inhomogeneous and an-isotropic elastic be...
International audienceStarting from a regular curve (middle line), we define a section of a Saint Ve...
International audienceWe use the method of Signorini's expansion to analyze the Saint-Venant problem...
International audienceWe deal with the flexure (flexion inégale) of a Saint-Venant cylinder whose se...
We use the method of Signorini’s expansion to analyze the Saint-Venant problem for an isotropic and ...
We study the Saint-Venant shear stress fields arising in a family of sections we call Bredt-like, i....
This paper deals with the analysis of the sixth elementary Volterra's distortion for a circular holl...
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