Sentence examples for band orientation from inspiring English sources

The results quantitatively correlate both critical necking limit strain and necking band orientation with the material properties and thickness ratio of the substrate-metal bilayer.

Compared to a case where the slip bands are oriented parallel to the surface, a less pronounced decrease of the hardness with increasing indentation depth is observed for the non-parallel slip band orientation.

By assuming single slip, different simulations were performed, which show that the increase of the hardness with decreasing indentation depth, known as the indentation size effect, is significantly influenced by the slip band orientation in such a model.

The simulated shear band orientation coincides with the Roscoe's angle for cases with high confining pressure and lies in between the Roscoe's angle and Arthur's angle for the low confining pressure cases.

The possibility of shear band formation in biaxial, plane strain compression is analyzed and the sensitivity of the shear band orientation to the slenderness of the specimen is discussed.

In particular, the predicted necking band orientation when the bilayer is under in-plane loading with a negative ratio (e.g., uniaxial tension) agrees with the slanted necking bands observed in experiments, a phenomenon that cannot be explained by existing theoretical studies assuming plane strain condition.

Furthermore, the nucleation stress of twin bands in orientation A – x[0 0 0 1]–y[1¯210]–z[10¯10] was much higher than that of plastic deformation in orientation B – x[1¯210] y[10¯10] z[0 0 0 1].

Two plausible causes for such drops were increased stored energy advantages for γ bands and orientation pinning in some of the α regions.

A number of shear band specific orientations, which are not observed in the conventional rolling texture of fcc materials, could be identified both in the experimental observations and in the simulations.

The first step of the perception stage is a band of orientation-selective symmetry processors that are sensitive to symmetry in an image.

In addition to regions of lattice rotation close to the particles, small elongated deformation bands with orientations tending towards {112}〈111〉 at large strains are formed.