Sentence examples for particles and interface from inspiring English sources

Crack extension occurs by a combination of plastic deformation on the metal particles and interface debonding.

The physical and morphological properties of particles and interfaces can seriously impact the whole mechanical behavior of particle-reinforced composites.

The increase in tensile modulus is explained in terms of a three-phase model involving matrix, particle, and interface zone.

These continuous fields are not only more amenable to statistical characterization than the spatial ternary (matrix, particle and interface) fields that describe the microstructure, but offer a more direct, and potentially more visual, link between microstructure and mechanics.

A numerical analysis of the reinforcing particle shape and interface strength effects on the deformation and fracture behavior of an Al/Al2O3 composite is performed.

The solution in the classical regions is solved using a particle method and interface condition combined with the Hamiltonian-preserving scheme.

In scanning electron micrographs of fractured composites, it is observed that the particle dispersion and interface are considerably affected by functional groups of fillers.

It is aimed at simulating damage by particle fracture and interface decohesion in composites by the numerical simulation in three-dimensions of a representative volume element which reproduces the microstructure.

This result can be attributed to a magnetic exchange inter-coupling and can be explained by taking into account the influence of the particle size and interface anisotropy.

The abnormally enhanced exchange bias H EB taken at T = 2 K may be related to the following two aspects: (i) It can be explained by taking into account the influence of the particle sizes and interface anisotropy that can tune the magnetic properties of the Ni/NiO nanoparticles through exchange coupling [30].

It is recognized that the particles and their interfaces play important roles in the mechanical characteristics of nanocomposites.