In this study, low correlations between the major grain dimensions and EFDs indicate that different aspects of grain morphology were captured by each phenotyping method and likely could be selected independently.
The equation does not consider effect of pore, grain morphology which makes it simple, but results in significant uncertainties.
Conversely, fatigue crack propagation behavior did not depend on sheet direction due to mutual cancelation effects of the grain morphology and crystallographic texture.
The crisscross pattern of Ta4C3 precipitation in TaC was a consequence of TaC's multiple variant {1 1 1} orientations and had little or no effect on the grain morphology.
The effect of grain refinement on the macrostructures, microstructures, morphology of precipitates, mechanical properties and the appearance of fracture in Ni-Cr-W based superalloy was investigated.
The interrelated effects of grain boundary (GB) misorientations, porosity, grain morphology, dislocation densities, polymer binder relaxation, and crystal binder interactions were coupled with adiabatic plasticity heating, thermal decomposition, viscous dissipation heating, and thermal conduction to analyze aggregate behavior and hot spot formation.
Evolution of microstructure, in particular of the grain morphology occurring due to transformation-controlled grain growth was followed by SEM.
Furthermore, microstructural analysis has shown that the effect of laser pulse parameters on grain morphology in multi-track thick walls is less marked than previously reported for single-track wall structures.
In addition to the putative removal of oxidized phases, the popularity of this method is based on the relatively high extraction efficiency of surface-bound sulfate during rinsing with water, and on the gentle effect of pretreatment agents on pyrite grain morphology.
The effect of the grain size distribution, morphology and texture on the fatigue performance and scattering are discussed.
