Sentence examples for mechanisms of texture from inspiring English sources
The main mechanisms of texture development at the level of the individual grains are identified through an analysis of their orientation trajectories.
In the present article the basic mechanisms of texture formation of aluminum and magnesium alloys during wrought processing are described and the major aspects and differences in deformation and recrystallization mechanisms are discussed.
Finally, the mechanisms of texture evolution in magnesium during asymmetric and symmetric rolling are explained with the help of ideal orientations, grain velocity fields and divergence maps displayed in orientation space.
Meanwhile, the main effect mechanisms of textures were also discussed.
The results are discussed in terms of the mechanism of texture transformation during annealing.
A new mechanism of texture evolution, named "preferential dynamic grain growth mechanism", is examined experimentally by high-temperature plane-strain compression deformation of Fe 3.0 mass% Si alloy.
The mechanism of texturing was discussed in terms of surface-interface energy balance along with high resolution transmission electron microscopy analysis.
The controlling mechanisms of the texture, focusing on the preferential growth directions of the columnar cells and the following epitaxial growth, are discussed.
Our previous research indicated that void-based elongation (Fig. 6a, mechanism I) and wrinkle-based elongation (Fig. 6b, mechanism II) were the two main formation mechanisms of grooved texture [22, 24].
The complexity of the mechanisms for texture segregation implies that there are several reasons why not all base groupings may permit effortless texture segregation so that the IGT cannot separate conditions with effortless texture segregation from conditions where segregation is effortful.
This paper also discusses the mechanisms for manipulation of texture and twin densities via changing both the peak current densities and substrates, and the correlation among the microstructure, electrical resistivity and mechanical properties.
