Oral presentation » D-1 Synthesis and Properties of Structural Materials

D-1 Synthesis and Properties of Structural Materials

Wed. Oct 18, 2023 2:40 PM - 3:40 PM Room C (Room B1-A)

Chairpersons:Yukiko OZAKI(Kyushu University, Japan), Shigeru UNAMI(JFE-Steel Corporation, Japan)

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2:40 PM - 3:00 PM

[18C-D1-01] Low density and high mechanical properties of Fe-Cr-Mo material

*Norimitsu Hirose¹, Tatsuya Itahara¹ (1. Hoganas Japan K. K. (Japan))

3:00 PM - 3:20 PM

[18C-D1-02] Synthesis and High Temperature Properties of Dense Al₃BC₃ Ceramics

*Ryosuke Maki¹, Yoshihiro Kusano¹, Eri Takahashi², Ayumi Hayashi², Satofumi Maruyama², Toshiyuki Nishimura³, Shunta Matsumura⁴, Tomoyuki Maeda⁴, Hatsuo Taira⁴ (1. Okayama University of Science (Japan), 2. Tokyo City University (Japan), 3. National Institute for Materials Science (Japan), 4. Okayama Ceramics Research Foundation (Japan))

3:20 PM - 3:40 PM

[18C-D1-03] Synthesis of WC-structured metastable MoC powder via mechanical alloying process

*Hiroyuki Nakayama¹, Kimihiro Ozaki¹ (1. National Institute of Advanced Industrial Science and Technology (Japan))

Sessions

Oral presentation » D-1 Synthesis and Properties of Structural Materials

D-1 Synthesis and Properties of Structural Materials

[18C-D1-01] Low density and high mechanical properties of Fe-Cr-Mo material

[18C-D1-02] Synthesis and High Temperature Properties of Dense Al₃BC₃ Ceramics

[18C-D1-03] Synthesis of WC-structured metastable MoC powder via mechanical alloying process

Authentication

Sessions

Oral presentation » D-1 Synthesis and Properties of Structural Materials

D-1 Synthesis and Properties of Structural Materials

[18C-D1-01] Low density and high mechanical properties of Fe-Cr-Mo material

[18C-D1-02] Synthesis and High Temperature Properties of Dense Al3BC3 Ceramics

[18C-D1-03] Synthesis of WC-structured metastable MoC powder via mechanical alloying process

Authentication

[18C-D1-02] Synthesis and High Temperature Properties of Dense Al₃BC₃ Ceramics