Add to ORKGAbstract. An harmonic lattice theory is used, in conjunction with Mura’s theory of eigendistorsions, to study the structure and energetics of nascent dislocation loops in face-centred-cubic (FCC) crystals. An analytical expression for the activation energies of such loops is derived. The results obtained herein indicate that thermal activation of small dislocation loops is possible at high stress levels such as those found in the vicinity of a crack tip. The implications of these results in understanding phenomena such as the brittle-ductile transition are discussed. 1
A dislocation dynamics (DD) model for plastic deformation, connecting the macroscopic mechanical pro...
ocr le l vector magnitude continuously grows during the nucleation process. The dislocation loop nuc...
The role of dislocations in assisting initiation of (explosive) chemical decomposition of energetic ...
An harmonic lattice theory is used, in conjunction with Mura's theory of eigendistorsions, to study ...
An exact expression for the elastic energy associated with a semicircular shear dislocation loop ema...
This study contributes to the development of a 'fundamental, atomistic basis' to inform ma...
Nucleation of dislocation loop at the crack tip in a material subjected to uniaxial loading is inves...
Nucleation of dislocation loop at the crack tip in a material subjected to uniaxial loading is inves...
The purpose of the current work is the development of a phase field model for dislocation dissociati...
Nucleation of partial dislocations at a crack and cross-slip of partial dislocations under general l...
A review of constitutive models based on the mechanics of dislocation motion is presented, with focu...
The fatigue of an engineering structure originates from the nucleation of micro-size cracks. The acc...
The linking of atomistic simulations of stress-driven processes to experimentally observed mechanica...
The stored energy of cold work is calculated for planar single crystals under tensile loading with p...
The research concentrates on the explanation of the occurrence of brittle fracture from both the cry...
A dislocation dynamics (DD) model for plastic deformation, connecting the macroscopic mechanical pro...
ocr le l vector magnitude continuously grows during the nucleation process. The dislocation loop nuc...
The role of dislocations in assisting initiation of (explosive) chemical decomposition of energetic ...
An harmonic lattice theory is used, in conjunction with Mura's theory of eigendistorsions, to study ...
An exact expression for the elastic energy associated with a semicircular shear dislocation loop ema...
This study contributes to the development of a 'fundamental, atomistic basis' to inform ma...
Nucleation of dislocation loop at the crack tip in a material subjected to uniaxial loading is inves...
Nucleation of dislocation loop at the crack tip in a material subjected to uniaxial loading is inves...
The purpose of the current work is the development of a phase field model for dislocation dissociati...
Nucleation of partial dislocations at a crack and cross-slip of partial dislocations under general l...
A review of constitutive models based on the mechanics of dislocation motion is presented, with focu...
The fatigue of an engineering structure originates from the nucleation of micro-size cracks. The acc...
The linking of atomistic simulations of stress-driven processes to experimentally observed mechanica...
The stored energy of cold work is calculated for planar single crystals under tensile loading with p...
The research concentrates on the explanation of the occurrence of brittle fracture from both the cry...
A dislocation dynamics (DD) model for plastic deformation, connecting the macroscopic mechanical pro...
ocr le l vector magnitude continuously grows during the nucleation process. The dislocation loop nuc...
The role of dislocations in assisting initiation of (explosive) chemical decomposition of energetic ...