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In this regard, the sub-boundary induced boundary splitting/grooving is characterized as an involved mechanism.
The β phase penetration along the α phase sub-boundary is realized as the main globularization mechanisms.
The cause is related to the occurrence of sub-boundary, such as lath boundaries and packed boundaries, cracking due to helium migration to sub-boundaries.
These results imply that the abnormal grain growth in 5052 aluminum alloy occurs by the mechanism of sub-boundary enhanced solid-state wetting.
Abnormal grain growth (AGG) was approached by a new concept of sub-boundary-enhanced solid-state wetting using a phase-field model (PFM) simulation.
It is interpreted as based on a description of the aggregate morphology in terms of the distribution of the crystallographic orientations of the grain boundary and sub-boundary facets, rather than in terms of a mean grain or domain shape.
It is concluded that the degradation in creep life in Gr.92 after the AC3 thermal cycle is not caused by grain refinement but that the reduction of boundary and sub-boundary hardening is the most important.
AGG generates a sharp Goss texture provided that only Goss-oriented grains have the required sub-grain structure to grow selectively by sub-boundary-induced wetting and that other orientations lack the required content of low angle boundaries.
The selective abnormal grain growth (AGG) of Goss grains in Fe 3% Si steel was investigated using a parallel Monte Carlo (MC) simulation based on the concept of sub-boundary-enhanced solid-state wetting.
Simultaneously, the sub-boundaries within DRX grains progressively disintegrate through dislocation climb and dislocation annihilation.
As a result, the grains with sub-boundaries have an exclusive growth advantage and can grow abnormally.
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