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A unified dislocation density-based model for an aged polycrystalline Ni-based superalloy considering the coupled effects of complicate deformation mechanisms and initial δ phase

Zijian Chen, Y.C. Lin, Dao‐Guang He, Yu-Ming Lou, Ming-Song Chen

2021Materials Science and Engineering A75 citationsDOI

Topics & Concepts

SuperalloyMaterials scienceDynamic recrystallizationDislocationSofteningCrystalliteMicrostructureStrain rateGrain sizeRecrystallization (geology)MetallurgyFlow stressHardening (computing)Grain boundaryHot workingComposite materialGeologyPaleontologyLayer (electronics)Metallurgy and Material FormingHigh Temperature Alloys and CreepAluminum Alloy Microstructure Properties
A unified dislocation density-based model for an aged polycrystalline Ni-based superalloy considering the coupled effects of complicate deformation mechanisms and initial δ phase | Litcius