Abstract
Some aspects of the inter-relation between microstructure, mechanical properties and residual element content have been studied in an Fe-20% Co-5% Mo alloy. The cooling rate after austenitising was found to be important, the changes in matrix structure and fine-scale precipitation so produced having profound effects on both the fracture mode and the mechanical properties. In a similar way, differences in carbon and oxygen contents at low concentrations have been found to exert a considerable influence.
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