Sentence examples for material reorientation from inspiring English sources

Smetana's visit to Liszt at Weimar in the summer of 1857, where he heard the latter's Faust Symphony and Die Ideale, caused a material reorientation of Smetana's orchestral music.

Mechanisms for the formation of nuclei with new orientations are discussed, as is evidence of reorientation of material ahead of the recrystallization front.

Besides, the effect of material defects, the effects of fibre reorientation due to large deformation (i.e. scissoring effect) and influence of mode III deformation on braided composites are also worth the attention in future work.

Exposing the polymeric films in the LC temperature range of the material generated an in-plane molecular reorientation because the small photoinduced ΔA was simultaneously amplified.

The reorientation of noded cuttings in bedding material improved shooting and rooting percentage of cutting material.

This is due to three key features of the model: a novel form of the dissipation function coupling martensite transformation and reorientation processes, inclusion of the material responses associated with the transformation between austenite and R-phase and implementation of the influence of material anisotropy.

The relaxation processes in the SPS garnet nanoceramics are found to be independent of temperature, and the conduction and relaxation processes are thermally activated by the same activation energy, which implies that Li+ ions are the origin of both the long-range transport as well as the short-range (local) reorientation relaxation in the garnet materials.

When a polycrystalline material is deformed, its microstructure generally experiences a reorientation of the crystal lattices of each grain towards a preferential distribution of orientations known as crystallographic texture.

The designation of Turkmen as the state's official language also has necessitated reorientation in instruction, curricula, and teaching materials.

The geometrical non-linearity and the material non-linearity, as well as the complex redistribution and reorientation of the warp and weft yarns during deformation are taken into account.

The model also predicts the phenomenon of shear band broadening with strain, which is experimentally observed, and attributes this to the "rotational diffusion" mechanism along with the restoration of material hardening within the band following the saturation of grain reorientation.