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2026/05/28

Lab Meeting
Teatime seminar by Takakura (M1) and Li Xiang (D1)

2026/05/26

Press Release
The content of Suzumura's paper in Acta Materialia has been posted on the Kyoto University website.
Click here to read the article that was posted (external link)

2026/05/25

Lab Meeting
Research report by Sekiguchi (M2) and Nakatani (M2)

2026/05/21

Lab Meeting
Teatime seminar by Hirano (M1) and Kato (D1)

2026/05/18

Lab Meeting
Research report by Aranami (M2) and Maeda (M2)

2026/05/17

Publication
A paper shown below by Ruixiao Zheng (Beihang University) has been published in Acta Materialia.
"The impact of trace Y addition on the static recrystallization behavior of Mg: A quasi-in-situ EBSD study"〇Shaoyuan Lyu, He Li, Guodong Li, Si Gao, Maowen Liu, Chaoli Ma, Nobuhiro Tsuji, Ruixiao Zheng, Acta Materialia, 314 (2026), 122356

2026/05/17

Domestic Conference
Tsuji, Park, Shimuta and Baba participated in the JILM Spring Meeting held at Toyama International Conference Center. Please refer to the link below for more information.
Presentation From This Lab
JILM Spring Meeting

2026/05/16

Award
A poster shown below by Baba (M2) winned the JILM Poster Award in the 150th JILM Spring Meeting.
"高分解能デジタル画像相関法を用いた多結晶チタンにおける局所ひずみ分布の粒径依存性評価"〇Issei Baba, Saho Yako, Myeong-heom Park, Nobuhiro Tsuji
Certificate

2026/05/14

Lab Meeting
Teatime seminar by Xu Honglu (D2) and Ikeda (M1)

2026/05/14

Publication
A paper shown below by Wujun Yin (The University of Tokyo) has been published in Acta Materialia.
"Role of twin boundary and martensitic transformation in strain partitioning and damage initiation in a metastable medium entropy alloy"〇Wujun Yin, Li Liang, Fabien Briffod, Si Gao, Myeong-heom Park, Jiyun Kang, Haoyu Hu, Takayuki Shiraiwa, Manabu Enoki, Nobuhiro Tsuji, Acta Materialia, 314 (2026), 122339

Information

We are studying nano/micro-structure control and mechanical properties of advanced structural metallic materials. Structural materials provide superior mechanical properties and are indispensable for safety and progress of society. We try to clarify the formation mechanisms of nano/micro-structure through phase transformation, precipitation, recrystallization and severe plastic deformation, and to correlate the obtained structures with their strength, ductility and fracture behavior fundamentally. Especially, we have been one of the world-leading groups on bulk nanostructured metals. We endeavor to make the atmosphere where young students and researchers can independently develop their ability through frontier research. With diverse members including international students and researchers, we have been energetically carrying out research activities, often through collaborations with other groups in various universities, institutes and industries.