4.6 Article

Microstructural evolution of a Y2O3 network reinforced Ni-Co based superalloy fabricated by spark plasma sintering

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Summary: This study investigates the effect of adding tantalum on the tensile properties of a nickel-cobalt base superalloy in a range of temperatures. Results show that tantalum addition improves the alloy's strength at all temperatures and enhances plasticity at 760°C. Microstructural observations reveal that tantalum promotes the precipitation of specific phases and carbides, influencing the alloy's deformation and fracture mechanisms. Moreover, the alloy's strength and plasticity enhancement at 760°C can be attributed to a combination of factors including increased grain boundary strength, reduced resolved shear stress, and twinning promotion.

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