Sentence examples for effects of microstructural scale from inspiring English sources

The effects of microstructural scale – precipitate size, geometry and spacing – are also studied.

Finally, effects of microstructural length scales on dislocation structures are briefly discussed.

Nanoindentation experiments have been conducted on thin gold films of varying thickness and grain size in an effort to study the effects of microstructural length scales on indentation plasticity.

Quantitative phase field simulations are then employed to investigate the effect of microstructural length scale on microstructure and texture evolution by stressed grain growth in an elastically deformed polycrystalline aggregate.

Displacements of microstructural-scale markers applied along grain boundaries and within grain interiors demonstrate no significant contribution of grain boundary sliding to creep.

The results of various multi-scale GBSE models with and without traps (including the effects of microstructure, intergranular precipitate phases and GB thickness) are compared and discussed, and the effects of microstructural parameters such as hydrogen segregation factor and GND trapping density on hydrogen diffusion are investigated.

The model also identifies the effects of microstructural design parameters such as the fiber volume fraction.

Here, we explore the effects of microstructural and rheological heterogeneity in porphyroblastic schists.

The effects of microstructural, compositional and electrical characteristics of Ga distribution including accumulation and interdiffusion were examined in detail.

These capture most of the microstructural scale effects and may deliver descriptions of plasticity that are capable of being used in simulations.

The overall strain hardening exponent, however, is independent of the microstructural scale.