Sentence examples for easy shearing from inspiring English sources

This zigzag structure serves as an interlocking mechanism, preventing easy shearing of the graphene layers.

Low values of the wear and stick slip parameters under friction of Cr0.65V0.35N at high temperatures (T = 500 700 °C) is associated with the formation of V2O5 oxide phase providing easy shearing of tribofilms in the interface of rubbed surfaces.

Consequently, reasonable estimates may be obtained by identifying planes of easy shear band formation, and using these for orientation averaging.

It should be even less energetically costive due to known easy shear of basal planes of the MoS2 crystal structure parallel to the sliding direction leading to superlubricity [2], but just the opposite trend was reported [12].

On a molecular scale, however, mechanisms by which shear forces, and necessary planes of easy shear oblique to growth faces (effectively tears or slits), arise during crystallization by chain folding have long remained obscure.

Ultra-low friction coefficients as low as 0.003 between MoS2 flakes and MoS2 surfaces have been reported [2] and explained by an easy shear of basal planes of the crystal structure parallel to the sliding direction in accordance with the Amontons-Coulomb law.

The network constitutes of crosslinking polysaccharide sheets, which are easy to shear and easily adsorbed on the glass surface to form a stable nanoscale flat layer.

The adaptive mechanisms discussed here include metal diffusion and formation of lubricant phases at worn surfaces, thermally- and mechanically-induced phase transitions in hexagonal solids, contact surface tribo-chemical evolutions to form phases with low melting point, formation of easy to shear solid oxides, and others.

The review also highlights emerging surface adaptive concepts, where advances with ab initio modeling of intrinsically layered solids point to new compositions for thermally stable, easy to shear ceramic coatings, load- and temperature-adaptive surfaces with arrays of compliant carbon and boron nitride nanotubes as well as low friction two-dimensional structures.

The larger the severity, the easier the shear banding forms.

A possible lubrication mechanism is employed that the easy-to-shear and easy-to-adsorb performance of BSG as well as the superior lubricating properties of hydration layer lead to the ultralow friction.