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MATERIALS TRANSACTIONS Vol. 67 (2026), No. 1

ISIJ International
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ONLINE ISSN: 1347-5320
PRINT ISSN: 1345-9678
Publisher: The Japan Institute of Metals and Materials

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  1. Vol. 67 (2026)

  2. Vol. 66 (2025)

  3. Vol. 65 (2024)

  4. Vol. 64 (2023)

  5. Vol. 63 (2022)

  6. Vol. 62 (2021)

  7. Vol. 61 (2020)

  8. Vol. 60 (2019)

  9. Vol. 59 (2018)

  10. Vol. 58 (2017)

  11. Vol. 57 (2016)

  12. Vol. 56 (2015)

  13. Vol. 55 (2014)

  14. Vol. 54 (2013)

  15. Vol. 53 (2012)

  16. Vol. 52 (2011)

  17. Vol. 51 (2010)

  18. Vol. 50 (2009)

  19. Vol. 49 (2008)

  20. Vol. 48 (2007)

  21. Vol. 47 (2006)

  22. Vol. 46 (2005)

  23. Vol. 45 (2004)

  24. Vol. 44 (2003)

  25. Vol. 43 (2002)

  26. Vol. 42 (2001)

MATERIALS TRANSACTIONS Vol. 67 (2026), No. 1

Tensile Properties and Fracture Behavior of Nanocrystalline Ni85W15 Alloys Investigated via Molecular Dynamics Simulations

Akira Takeuchi

pp. 1-12

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Tensile Properties and Fracture Behavior of Nanocrystalline Ni85W15 Alloys Investigated via Molecular Dynamics Simulations

Identification of Strengthening Factors in Hot-Rolled Dual Phase PM Ti-Fe Alloys by a Machine Learning Approach

Ayane Hirako, Shota Kariya, Junko Umeda, Kenta Yamanaka, Xiaochun Li, Katsuyoshi Kondoh

pp. 13-18

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Identification of Strengthening Factors in Hot-Rolled Dual Phase PM Ti-Fe Alloys by a Machine Learning Approach

Parameter Estimation for Phase-Field Crack Propagation Simulation Using Nonsequential Data Assimilation – Validation by Numerical Experiments –

Kengo Sasaki, Sae Sueki, Akinori Yamanaka

pp. 19-26

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Parameter Estimation for Phase-Field Crack Propagation Simulation Using Nonsequential Data Assimilation – Validation by Numerical Experiments –

Effects of Grain Size and Tensile Direction on Strain Rate Sensitivity of Tensile Properties in Pure Titanium Cold-Rolled Sheet

Hidenori Takebe, Kohsaku Ushioda

pp. 27-36

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Effects of Grain Size and Tensile Direction on Strain Rate Sensitivity of Tensile Properties in Pure Titanium Cold-Rolled Sheet

Effect of the Incorporation of SiC Fine Particle on the Tribological Behaviors of Chromium Coating Deposited from Trivalent Chromium Bath (Investigation on Dry Sliding Characteristics against Alumina)

Takuto Sakurai, Hideaki Sato, Ryokichi Shimpo, Yutaka Kameyama

pp. 37-45

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Effect of the Incorporation of SiC Fine Particle on the Tribological Behaviors of Chromium Coating Deposited from Trivalent Chromium Bath (Investigation on Dry Sliding Characteristics against Alumina)

Mechanism of Ammonium Thiocyanate Decomposition Driven by Electrolytic Hydrogen Charging

Makoto Akahoshi, Takehiro Takahashi, Hiroshi Takebayashi, Tomohiko Omura, Masao Kurosaki

pp. 46-53

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Mechanism of Ammonium Thiocyanate Decomposition Driven by Electrolytic Hydrogen Charging

Microstructural Analysis of Iron Phosphate Conversion Coatings by FE-SEM and XPS

Yusuke Miyazawa, Keiichi Nakajima, Koki Itamoto, Sota Fukushima, Miku Ando, Ei Uchiyama, Kakeru Ninomiya, Maiko Nishibori, Hidekazu Fukushi, Nobuaki Yoshioka, Hideyuki Taguchi

pp. 54-60

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Microstructural Analysis of Iron Phosphate Conversion Coatings by FE-SEM and XPS

XAFS Analysis of Corrosion Products Formed at the Cut-Edge of Zn–Al–Mg Coated Steel in the Early Stage of Corrosion

Shimpei Tokuda, Kengo Noami, Yoshikatsu Nishida

pp. 61-66

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XAFS Analysis of Corrosion Products Formed at the Cut-Edge of Zn–Al–Mg Coated Steel in the Early Stage of Corrosion

Alloy Design and Solidification Microstructure Analysis of Equiatomic CuSnZn and CuSnAl Alloys

Takeshi Nagase, Akihiro Shibata, Mitsuaki Matsumuro, Mamoru Takemura, Satoshi Semboshi

pp. 67-74

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Alloy Design and Solidification Microstructure Analysis of Equiatomic CuSnZn and CuSnAl Alloys

Development of an Electric Double-Layer Capacitor-Type Heat Flow Switching Device with Ag2S0.8Se0.2 as the Functional Electrode

Reiji Toida, Peyman Lotfalinezhad, Masaki Adachi, Takuya Matsunaga, Toshiaki Fujita, Keisuke Hirata, Masaharu Matsunami, Tsunehiro Takeuchi

pp. 92-97

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Development of an Electric Double-Layer Capacitor-Type Heat Flow Switching Device with Ag2S0.8Se0.2 as the Functional Electrode

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