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<p>We have addressed here the significance of high angle variant pairs with respect to Hall–Petch (H–P) relationship and plasticity, and proposed a modification to the H–P relationship based on a high-strength bainitic steel. The H–P coefficient (ky) and plasticity is closely related to the slip transmission factor (N) and the theoretical analysis indicated that the largest N values were obtained for V1/V2 and V1/V7 pairs, whereas the minimum occurred in V1/V9&amp;19 and V1/V15&amp;23 pairs.</p>

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Understanding the Variant Pairing Effect on Yield Strength and Plasticity in Bainitic Steels

  • 期刊论文

  • 发表日期：

    2025年6月25日

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  • Z. Q. Wang,
  • Z. F. Guo,
  • Y. S. Yu,
  • C. J. Shang,
  • R. D. K. Misra,
  • Y. J. Hui

摘要

We have addressed here the significance of high angle variant pairs with respect to Hall–Petch (H–P) relationship and plasticity, and proposed a modification to the H–P relationship based on a high-strength bainitic steel. The H–P coefficient (ky) and plasticity is closely related to the slip transmission factor (N) and the theoretical analysis indicated that the largest N values were obtained for V1/V2 and V1/V7 pairs, whereas the minimum occurred in V1/V9&19 and V1/V15&23 pairs.