We present fully analytical expressions to evaluate nodal forces induced by the stress field of non-singular dislocations at quadratic surface elements
Abstract Elastic reciprocity and geometric symmetry are used to constrain the expressions for stress...
In this study, we derive and analyze the analytical expressions for stress components of the disloca...
Relevance. The use of the finite element method for determining the stressstrain state of thin-walle...
An analytical formulation of the nodal forces induced by a dislocation segment on a surface element ...
We present algorithms for analytically calculating the displacements, strains, and stresses associat...
A new method for determining the stresses in a finite element analysis on the surface of a body is p...
We obtain the singular asymptotic behavior of the stress field in the vicinity of a non-planar dislo...
We present a finite element description of Volterra dislocations using a thermal analogue and the in...
AbstractTransversely isotropic materials or hexagonal crystals are commonly utilized in various engi...
In this paper we propose a new method for calculating the displacement field produced by an arbitrar...
AbstractThe interaction between dislocations and surfaces is usually characterized by image forces. ...
International audienceIn spite of some drawbacks, finite element methods based on nodal rather than ...
This paper describes a new triangular plane element which can be considered as a linear strain trian...
AbstractBased on the single-dislocation Green’s function, analytical solutions of the elastic fields...
We consider the state of stress created by the presence of an edge dislocation at an arbitrary posit...
Abstract Elastic reciprocity and geometric symmetry are used to constrain the expressions for stress...
In this study, we derive and analyze the analytical expressions for stress components of the disloca...
Relevance. The use of the finite element method for determining the stressstrain state of thin-walle...
An analytical formulation of the nodal forces induced by a dislocation segment on a surface element ...
We present algorithms for analytically calculating the displacements, strains, and stresses associat...
A new method for determining the stresses in a finite element analysis on the surface of a body is p...
We obtain the singular asymptotic behavior of the stress field in the vicinity of a non-planar dislo...
We present a finite element description of Volterra dislocations using a thermal analogue and the in...
AbstractTransversely isotropic materials or hexagonal crystals are commonly utilized in various engi...
In this paper we propose a new method for calculating the displacement field produced by an arbitrar...
AbstractThe interaction between dislocations and surfaces is usually characterized by image forces. ...
International audienceIn spite of some drawbacks, finite element methods based on nodal rather than ...
This paper describes a new triangular plane element which can be considered as a linear strain trian...
AbstractBased on the single-dislocation Green’s function, analytical solutions of the elastic fields...
We consider the state of stress created by the presence of an edge dislocation at an arbitrary posit...
Abstract Elastic reciprocity and geometric symmetry are used to constrain the expressions for stress...
In this study, we derive and analyze the analytical expressions for stress components of the disloca...
Relevance. The use of the finite element method for determining the stressstrain state of thin-walle...
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