Sentence examples for model of dislocations from inspiring English sources

In phase field model of dislocations, the short-range, non-linear core core interactions are characterized through the crystalline energy and the gradient energy.

The proposed 3-dimensional Phase Field model of dislocations does not impose a priori constraints on possible dislocation structures or their evolution paths.

The phase field model of dislocations has been used to study the propagation of dislocation ribbons with an overall Burgers vector of a〈1 1 2〉 through a simulated Ni-base superalloy.

These dislocations dissociate in a manner that is consistent with predictions made using the phase-field model of dislocations and also suggests the importance of the reordering process during their movement.

Dislocation dynamics near a free surface and in heteroepitaxial thin films are simulated using an extended version of the nanoscale Phase Field Microelasticity model of dislocations [Acta Mater. 49 (2001 1847]].

The Haasen model of dislocation generation has been improved by projection of the mechanical stresses on the glide planes.

To explain this acceleration, a model of dislocation diffusion is proposed.

A simple model of dislocation includes interactions with solute atoms, through local segregation energy and long range elastic fields.

We present a physics-based constitutive model of dislocation glide in metals that explicitly accounts for the redistribution of dislocations due to their motion.

In order to determine which region is the major source of the dislocations which will be present in an LEC grown InP single crystal, a model of dislocation generation in InP has been designed and numerically solved in the actual growth parameters and geometry.

Microstructure of α-Al2O3 containing Al-based composites were studied in terms of ab initio quasi-composite model of dislocation cell structure and ellipsoidal log-normal distribution of crystallite size.