Correction of the Williamson-Hall plots by the diffraction Young's modulus

Setsuo Takaki, Daichi Akama, Fulin Jiang, Toshihiro Tsuchiyma

研究成果: ジャーナルへの寄稿記事

1 引用 (Scopus)

抄録

Williamson-Hall (WH) plots in polycrystalline metals are characterized by the irregular arrangement of data due to the elastic anisotropy in each crystal plane. In this study, direct correction of the elastic anisotropy was attempted in WH plots for 30% cold rolled pure iron, pure nickel and an austenitic stainless steel (SUS316L). The results obtained are as follows: 1) Good linearity is realized in the relation between the orientation function H 2 and the inverse of Young's modulus for single crystal and poly crystal (the diffraction Young's modulus). It was found that both lines intersect at H 2 = 0.25 which corresponds to the {110} crystal plane. 2) Using the diffraction Young's modulus ratio which was standardized against that of {110}, the elastic anisotropy in the WH plots was precisely corrected and good linearity was obtained in the corrected WH plots (Diffraction Young's modulus correction method). 3) In the direct fitting method which evaluates the linearity of WH plots with varying Young's modulus ratio, almost same results were obtained as the diffraction Young's modulus correction method.

元の言語英語
ページ(範囲)383-388
ページ数6
ジャーナルZairyo/Journal of the Society of Materials Science, Japan
67
発行部数3
DOI
出版物ステータス出版済み - 3 1 2018

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modulus of elasticity
Diffraction
Elastic moduli
plots
elastic anisotropy
diffraction
linearity
Anisotropy
Crystals
crystals
austenitic stainless steels
Austenitic stainless steel
Nickel
Iron
Metals
Single crystals
nickel
iron
single crystals
metals

All Science Journal Classification (ASJC) codes

  • Materials Science(all)
  • Condensed Matter Physics
  • Mechanics of Materials
  • Mechanical Engineering

これを引用

Correction of the Williamson-Hall plots by the diffraction Young's modulus. / Takaki, Setsuo; Akama, Daichi; Jiang, Fulin; Tsuchiyma, Toshihiro.

:: Zairyo/Journal of the Society of Materials Science, Japan, 巻 67, 番号 3, 01.03.2018, p. 383-388.

研究成果: ジャーナルへの寄稿記事

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abstract = "Williamson-Hall (WH) plots in polycrystalline metals are characterized by the irregular arrangement of data due to the elastic anisotropy in each crystal plane. In this study, direct correction of the elastic anisotropy was attempted in WH plots for 30{\%} cold rolled pure iron, pure nickel and an austenitic stainless steel (SUS316L). The results obtained are as follows: 1) Good linearity is realized in the relation between the orientation function H 2 and the inverse of Young's modulus for single crystal and poly crystal (the diffraction Young's modulus). It was found that both lines intersect at H 2 = 0.25 which corresponds to the {110} crystal plane. 2) Using the diffraction Young's modulus ratio which was standardized against that of {110}, the elastic anisotropy in the WH plots was precisely corrected and good linearity was obtained in the corrected WH plots (Diffraction Young's modulus correction method). 3) In the direct fitting method which evaluates the linearity of WH plots with varying Young's modulus ratio, almost same results were obtained as the diffraction Young's modulus correction method.",
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AU - Akama, Daichi

AU - Jiang, Fulin

AU - Tsuchiyma, Toshihiro

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N2 - Williamson-Hall (WH) plots in polycrystalline metals are characterized by the irregular arrangement of data due to the elastic anisotropy in each crystal plane. In this study, direct correction of the elastic anisotropy was attempted in WH plots for 30% cold rolled pure iron, pure nickel and an austenitic stainless steel (SUS316L). The results obtained are as follows: 1) Good linearity is realized in the relation between the orientation function H 2 and the inverse of Young's modulus for single crystal and poly crystal (the diffraction Young's modulus). It was found that both lines intersect at H 2 = 0.25 which corresponds to the {110} crystal plane. 2) Using the diffraction Young's modulus ratio which was standardized against that of {110}, the elastic anisotropy in the WH plots was precisely corrected and good linearity was obtained in the corrected WH plots (Diffraction Young's modulus correction method). 3) In the direct fitting method which evaluates the linearity of WH plots with varying Young's modulus ratio, almost same results were obtained as the diffraction Young's modulus correction method.

AB - Williamson-Hall (WH) plots in polycrystalline metals are characterized by the irregular arrangement of data due to the elastic anisotropy in each crystal plane. In this study, direct correction of the elastic anisotropy was attempted in WH plots for 30% cold rolled pure iron, pure nickel and an austenitic stainless steel (SUS316L). The results obtained are as follows: 1) Good linearity is realized in the relation between the orientation function H 2 and the inverse of Young's modulus for single crystal and poly crystal (the diffraction Young's modulus). It was found that both lines intersect at H 2 = 0.25 which corresponds to the {110} crystal plane. 2) Using the diffraction Young's modulus ratio which was standardized against that of {110}, the elastic anisotropy in the WH plots was precisely corrected and good linearity was obtained in the corrected WH plots (Diffraction Young's modulus correction method). 3) In the direct fitting method which evaluates the linearity of WH plots with varying Young's modulus ratio, almost same results were obtained as the diffraction Young's modulus correction method.

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