Research on the Strength and Toughness Mechanism of High‐Strength 0Cu6Ni2.7Mn Steel Based on Thermo‐Mechanical Control Processing and Heat Treatment

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The yield strength of the 0Cu6Ni2.7Mn steel reached 920 MPa, ensuring excellent mechanical performance.
Impact work exceeded 400 J, indicating high toughness and resilience in the steel after heat treatment.
Thermo-mechanical control processing was utilized to optimize the distribution of Cu, preventing segregation.
This study provides insights into the development of high-Cu steel materials for industrial applications.

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This research demonstrates enhanced mechanical properties in high-strength steel, suggesting effective thermo-mechanical processing methods.

Yu et al. (2025) studied this question.

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This research demonstrates enhanced mechanical properties in high-strength steel, suggesting effective thermo-mechanical processing methods.