New simpler formulae are derived for the shear of a pair of material elements within the context of infinitesimal strain and finite strain. Also, new formulae are derived for shear stress based on the (symmetric) Cauchy stress and for the rate of shear of a pair of material elements within the rate of strain theory. These formulae are exploited to obtain results and to derive new simpler proofs of familiar classical results. In particular, a very simple short derivation is presented of the classical result of Coulomb and Hopkins on the maximum orthogonal shear stress. © 1992.SCOPUS: ar.jinfo:eu-repo/semantics/publishe
Although the stability theories energetically associated with dif-ferent finite strain measures are ...
Theoretical problems of the kinematics of continuum under the conditions of finite strains are consi...
International audienceA new mathematical formulation for the constitutive laws governing elastic per...
a b s t r a c t For homogeneous, isotropic, non-linearly elastic materials, the form of the homogene...
The maximum shear in a deformation for a pair of infinitesimal material line elements was discussed....
If a pair of material line elements, passing through a typical particle P in a body, subtend an angl...
For homogeneous, isotropic, non-linearly elastic materials, the form of the homogeneous deformation ...
In this project, the second-order responses of homogeneous materials under simple shear were being a...
The question of ‘generalization ’ to finite strains of the constitutive relations of infinitesimal s...
The setting for this note is the theory of infinitesimal strain in the context of classical lineariz...
The theory of large deformations developed here is closely related to continuum mechanics but it dif...
In the traditional description of the classical theory of plates the shear forces, by definition, ar...
A new invariant of stress tensor is introduced - the mean shearing stress, resulted from the integra...
The extreme shear stresses with the corresponding planes, which play the important role in some well...
The present chapter contains the analysis of stress, analysis of strain and stress-strain relationsh...
Although the stability theories energetically associated with dif-ferent finite strain measures are ...
Theoretical problems of the kinematics of continuum under the conditions of finite strains are consi...
International audienceA new mathematical formulation for the constitutive laws governing elastic per...
a b s t r a c t For homogeneous, isotropic, non-linearly elastic materials, the form of the homogene...
The maximum shear in a deformation for a pair of infinitesimal material line elements was discussed....
If a pair of material line elements, passing through a typical particle P in a body, subtend an angl...
For homogeneous, isotropic, non-linearly elastic materials, the form of the homogeneous deformation ...
In this project, the second-order responses of homogeneous materials under simple shear were being a...
The question of ‘generalization ’ to finite strains of the constitutive relations of infinitesimal s...
The setting for this note is the theory of infinitesimal strain in the context of classical lineariz...
The theory of large deformations developed here is closely related to continuum mechanics but it dif...
In the traditional description of the classical theory of plates the shear forces, by definition, ar...
A new invariant of stress tensor is introduced - the mean shearing stress, resulted from the integra...
The extreme shear stresses with the corresponding planes, which play the important role in some well...
The present chapter contains the analysis of stress, analysis of strain and stress-strain relationsh...
Although the stability theories energetically associated with dif-ferent finite strain measures are ...
Theoretical problems of the kinematics of continuum under the conditions of finite strains are consi...
International audienceA new mathematical formulation for the constitutive laws governing elastic per...