Sentence examples for models of dislocation from inspiring English sources

The methodology detailed herein provides a framework for incorporation of results from atomistic-scale models of dislocation creep and diffusion.

Accordingly, models of dislocation loop formation during various irradiations were proposed.

Both findings point towards the importance of including the volume density of loops (or 'curvature density') as an additional field variable into continuum models of dislocation density evolution.

Mechanistic creep models of dislocation climb and detachment are used to capture the dispersion strengthening mechanisms in the Sn Ag eutectic phase.

The complexity of some reactions and the variety of obstacle strengths poses a challenge for the development of continuum models of dislocation behaviour in irradiated iron.

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.

Accurate modeling of dislocation motion in bounded bodies is essential for the goal of obtaining desired properties, for example electronic or optical, of many microelectronic devices.

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.

The crystallographic textures are well reproduced and the strength of the material is also reliably predicted based on the modelling of dislocation density evolution coupled with texture development.