Sentence examples for elastic accommodation from inspiring English sources

Elastic accommodation of heteroepitaxial layers beyond their critical thickness is crucial for the reduction of misfit dislocations.

The evaluated corresponding ferrite-lattice parameter depth profiles can be quantitatively described as the outcome of (competing) effects of solute (Al, V) depletion, (excess) nitrogen dissolution and the emergence of a hydrostatic strain due to elastic accommodation of the precipitate/matrix misfit.

During the elastic plastic accommodation, the elastic strain energies in the matrix and inclusion are negligible compared to the plastic work in the matrix; and meanwhile, the total strain energy is relaxed to a lower value in contrast to the corresponding purely elastic accommodation.

The transformation of a fraction of the austenite into a hard martensite plate is simulated, accounting for a transformation strain, and leading to complex elastic and plastic accommodation.

Considering a misfitting spherical inclusion growing/shrinking in a finite elastic perfectly plastic medium and recognizing the isolated product/present phase as the inclusion at different stages of transformation, complete solutions to the displacement, stress and strain fields for the purely elastic and elastic plastic accommodations of the transformation misfit are obtained.

The answer lies in the good ol' laws of supply and demand — unlike hotel rooms, the supply of sharing economy accommodations is elastic – the higher the price (or perceived price) goes, the more people put a place on the market.

We explain these microstructural developments by a theoretical analysis of the accommodation of the elastic stresses generated by the difference in symmetry and lattice parameters between the L12 and L10 structures.

An analysis based on the coincidence approach relates the complex structure of this interface to an energetically favourable configuration due to a compromise between elastic strain minimisation and misfit accommodation.

Regardless of the initial microstructure, the deformation behavior of electrodeposited nc Ni is initiated by inhomogeneous elastic lattice straining and its accommodation within the grain boundary network, followed by the onset of dislocation plasticity, which was inferred from texture evolution, and stress-driven grain growth.

The package Phoretic allows to compute analytical (and also numerical) expressions for forces and torques stemming from elastic and diffusive scattering processes parameterized by an accommodation coefficient.

HR-TEM performed on various areas confirms on a more local scale the absence of dislocations (Figure 2b), indicating a full accommodation of the lattice misfit by elastic deformation.