In Situ Microstructural Evolution and Mechanical Performance of Nickel Alloying Steels during High‐Temperature Heat Treatment

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Microstructural changes enhance the mechanical performance of steel during heat treatment.
Maximum precipitate size and number are observed at 900 °C, significantly boosting hardness to 330 HV.
Observations use confocal laser scanning microscopy during continuous heating from room temperature to 900 °C.
Strength increases with soaking time at high temperatures, indicating a potential for improved mechanical properties.

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Assessment reveals microstructural changes and enhanced hardness in steels, suggesting improvements in mechanical performance.

Sun et al. (2025) studied this question.

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