Abstract
Abstract A novel method of producing TiN reinforcements in an iron matrix by an in-situ technique has been developed and the microstructures of prepared composites were analyzed by electron microscopy. The aim of the present work was to verify the feasibility of in-situ synthesis of Fe–TiN composites in an iron matrix. The experiment results show that the TiN precipitates are uniformly distributed in the iron matrix, which indicates that synthesis of Fe–TiN composites by in-situ technique is feasible. The effect of cooling rate and the effect of Ti content on the precipitation process of TiN particles in the composites have been considered.
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