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Revisiting Strengthening Mechanisms in Ultrahigh Strength Martensitic Steel: Role of Solute Carbon and Precipitation Behavior

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Yield strength is influenced by multiple mechanisms, specifically solid solution, grain boundary, dislocation, and precipitation strengthening.
Solid solution strengthening and dislocation strengthening are more effective at lower tempering temperatures, enhancing yield strength under those conditions.
Advanced microstructural characterization techniques were utilized to systematically evaluate the strengthening mechanisms in ultrahigh-strength martensitic steels.
Understanding solute carbon's role in strengthening can optimize alloy design and heat treatment processes in martensitic steel.

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Quantitative analysis reveals solute carbon and precipitation behavior affect yield strength in martensitic steels, suggesting design optimizations.

Son et al. (2025) studied this question.

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Quantitative analysis reveals solute carbon and precipitation behavior affect yield strength in martensitic steels, suggesting design optimizations.