The approach developed in preceding papers is extended to derive the equilibrium positions of n edge dislocations in a linear pile-up stressed by a constant applied loading against an interface in a bimetallic solid. As n → ∞, the dislocations in the inner region are located with sufficient accuracy that the stress distribution at the interface can be evaluated by a simple computational procedure. Such a prediction is impossible using a conventional continuum dislocation theory. © 2009 SAGE Publications
A method for predicting the state of stress in a body consisting of two isotropic materials includin...
This paper presents the results of an atomistic model in which the misfit and the bond strength betw...
We present models using a dislocation density to characterize a crack to investigate the behavior of...
There are two distinct approaches to the description of dislocations in solids. Often discrete dislo...
The methodology developed in the precursor to this paper is used to find the positions of n screw di...
Pileups of screw dislocations against an inclined bimetallic interface are considered. It is assumed...
In 1965, Armstrong and Head (Acta Metall. 13(7):759–764, 1965) explored the problem of a pile-up of ...
A new asymptotic approach for analysing pile-ups of large numbers of dislocations is described. As a...
In this dissertation work, our main focus was to investigate the interactions of dislocation with in...
[[abstract]]Using the imaginary cutting method, the strain energy and image force on the dislocation...
The idealised problem of a pile-up of regular dislocation walls (that is, of planes each containing ...
This paper unravels the problem of an idealised pile-up of n infinite, equi-spaced walls of edge dis...
Dislocation pile-ups at grain boundaries determine the back-stress opposing plastic deformation whil...
This paper presents the results of an atomistic model in which the misfit and the bond strength betw...
This paper presents the results of an atomistic model in which the misfit and the bond strength betw...
A method for predicting the state of stress in a body consisting of two isotropic materials includin...
This paper presents the results of an atomistic model in which the misfit and the bond strength betw...
We present models using a dislocation density to characterize a crack to investigate the behavior of...
There are two distinct approaches to the description of dislocations in solids. Often discrete dislo...
The methodology developed in the precursor to this paper is used to find the positions of n screw di...
Pileups of screw dislocations against an inclined bimetallic interface are considered. It is assumed...
In 1965, Armstrong and Head (Acta Metall. 13(7):759–764, 1965) explored the problem of a pile-up of ...
A new asymptotic approach for analysing pile-ups of large numbers of dislocations is described. As a...
In this dissertation work, our main focus was to investigate the interactions of dislocation with in...
[[abstract]]Using the imaginary cutting method, the strain energy and image force on the dislocation...
The idealised problem of a pile-up of regular dislocation walls (that is, of planes each containing ...
This paper unravels the problem of an idealised pile-up of n infinite, equi-spaced walls of edge dis...
Dislocation pile-ups at grain boundaries determine the back-stress opposing plastic deformation whil...
This paper presents the results of an atomistic model in which the misfit and the bond strength betw...
This paper presents the results of an atomistic model in which the misfit and the bond strength betw...
A method for predicting the state of stress in a body consisting of two isotropic materials includin...
This paper presents the results of an atomistic model in which the misfit and the bond strength betw...
We present models using a dislocation density to characterize a crack to investigate the behavior of...