Possibility of enhancement of the high-temperature strength and the heat resistance of a nickel aluminide–based structural intermetallic alloy

The paper studies the combined effects of rare earth metals such as praseodymium, neodymium and erbium, melting technologies on intermetallic alloy based on nickel aluminide and pure charge materials using 25, 50 and 75 wt. % of waste, the technology of casting single-crystals of crystallographic orientation [001] and their heat treatment combined with hot isostatic pressing (HIP), on mechanical properties and long-term strength at the level of passport data.

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Possibility of enhancement of the high-temperature strength and the heat resistance of a nickel aluminide–based structural intermetallic alloy

Cited by 3 publications

References 7 publications

Influence of microalloying with rare earth metals and production technology of structural intermetallide alloy based on nickel aluminide on alloy properties

Influence of microalloying with rare earth metals and production technology of structural intermetallide alloy based on nickel aluminide on alloy properties

Structure and Properties of the Intermetallic Alloy Based on Nickel Aluminide Microalloyed with Rare Earth Metals

Structure and properties of the intermetallide based on nickel aluminide microalloyed by rare-earth metals

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