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Prediction of crystal nucleation and growth behavior of Fe/Ni-based multi-materials deposited by laser directed energy deposition using a multi-area, multi-layer, and multi-scale phase field calculation (M3-PFC)

Yanze Li, Dongdong Gu, Donghua Dai, Keyu Shi, Wentai Zhao, Xinyu Shi

2023Additive manufacturing11 citationsDOI

Topics & Concepts

Materials scienceEquiaxed crystalsMarangoni effectNucleationDeposition (geology)Phase (matter)Dendrite (mathematics)MicrostructureLayer (electronics)Temperature gradientSurface energyThermodynamicsConvectionMechanicsChemical physicsComposite materialGeometryMeteorologyOrganic chemistryPhysicsMathematicsBiologyChemistrySedimentPaleontologyAdditive Manufacturing Materials and ProcessesSolidification and crystal growth phenomenananoparticles nucleation surface interactions
Prediction of crystal nucleation and growth behavior of Fe/Ni-based multi-materials deposited by laser directed energy deposition using a multi-area, multi-layer, and multi-scale phase field calculation (M3-PFC) | Litcius