Intergranular failure in steel: the role of grain-boundary composition¶
Briant, & Banerji. (1978). Intergranular failure in steel: the role of grain-boundary composition: the role of grain-boundary composition. International Materials Reviews.
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Domain-specific¶
- Tempering
- A distinct risk in certain alloy-tempering temperature combinations is temper embrittlement, in which grain-boundary segregation of impurity elements (phosphorus, tin, antimony) during slow cooling from tempering produces a dramatic reduction in impact toughness without changing hardness, an effect avoided by rapid cooling after tempering or by alloy specification
This sourceTemper embrittlement by grain-boundary segregation of P, Sn and Sb, collapsing impact toughness at unchanged hardness.
- A distinct risk in certain alloy-tempering temperature combinations is temper embrittlement, in which grain-boundary segregation of impurity elements (phosphorus, tin, antimony) during slow cooling from tempering produces a dramatic reduction in impact toughness without changing hardness, an effect avoided by rapid cooling after tempering or by alloy specification
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