summary:In this paper the torsion problem of a composite beam of rectangular cross-section composed of $n$ different isotropic media with interfaces parallel to one side is solved adopting a procedure based on the use of Green's function for a composite body and Fourier sine transform. An example of a composite beam formed of three media is considered and dependence of the position of occurrence of maximum stress on the ration of rigidity moduli is observed
AbstractThe paper presents a theory for thin-walled, closed section, orthotropic beams which takes i...
We proposed an original method to investigate the problem of torsion of anisotropic cross-section. W...
In solid mechanics, when a torque is applied on a body, the body twists. This is called torsion. In ...
summary:In this paper the torsion problem of a composite beam of rectangular cross-section composed ...
In the solution of the Saint Venant problem for composite sections, the general method of attack is ...
The elastic response of inhomogeneous orthotropic beams with general cross-section and subject to un...
The torsion and bending of hollow rectangular beams was investigated without the requirement that wa...
A theoretical investigation has been made of the Saint-Venant torsion of certain composite bars. The...
In the past, the theories of composite beams with weak shear connection only dealt with the problem ...
A simple deformation field associated with an exact torsion-like solution of the equilibrium equatio...
In this paper, the elastic behaviour of monoclinic composite beams subject to uniform torsion is stu...
This paper presents two comprehensive analysis methodologies for composite beams and describes exper...
The problem of pure torsion of prismatic bars made of an elastic material is generally co...
It to job the unidirectional layer represents kvazi the homogeneous the anisotropic environment whic...
Spanwise nonuniformity effects are modeled in the cross-sectional analysis of beam theory. This mod...
AbstractThe paper presents a theory for thin-walled, closed section, orthotropic beams which takes i...
We proposed an original method to investigate the problem of torsion of anisotropic cross-section. W...
In solid mechanics, when a torque is applied on a body, the body twists. This is called torsion. In ...
summary:In this paper the torsion problem of a composite beam of rectangular cross-section composed ...
In the solution of the Saint Venant problem for composite sections, the general method of attack is ...
The elastic response of inhomogeneous orthotropic beams with general cross-section and subject to un...
The torsion and bending of hollow rectangular beams was investigated without the requirement that wa...
A theoretical investigation has been made of the Saint-Venant torsion of certain composite bars. The...
In the past, the theories of composite beams with weak shear connection only dealt with the problem ...
A simple deformation field associated with an exact torsion-like solution of the equilibrium equatio...
In this paper, the elastic behaviour of monoclinic composite beams subject to uniform torsion is stu...
This paper presents two comprehensive analysis methodologies for composite beams and describes exper...
The problem of pure torsion of prismatic bars made of an elastic material is generally co...
It to job the unidirectional layer represents kvazi the homogeneous the anisotropic environment whic...
Spanwise nonuniformity effects are modeled in the cross-sectional analysis of beam theory. This mod...
AbstractThe paper presents a theory for thin-walled, closed section, orthotropic beams which takes i...
We proposed an original method to investigate the problem of torsion of anisotropic cross-section. W...
In solid mechanics, when a torque is applied on a body, the body twists. This is called torsion. In ...