General Session » Forming and Sintering

General Session: Forming and Sintering

Tue. Nov 19, 2024 10:35 AM - 11:50 AM Room III (3F, Room 301)

Chairperson:Kazunari SHINAGAWA(Kyushu University)

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10:35 AM - 10:50 AM

[3-6A] Three-dimensional structural analysis and characteristic prediction of open-pore porous materials utilizing deep generative model and homogenization method 《 Physical Property, Evaluation Technology, Computational Science 》

*Itsuki Kato¹, Asuka Suzuki¹, Naoki Takata¹, Makoto Kobashi¹ (1. NAGOYA UNIVERSITY）（※This presenter is a candidate for the Student Award for Outstanding Presentation.　)

10:50 AM - 11:05 AM

[3-7A] Fabrication of porous (Al, Fe)₃Ti with various compositions through reactive sintering with space holder. 《 Sintering, Physical Property 》

*Taiga Yamazaki¹, Asuka Suzuki¹, Naoki Takata¹, Makoto Kobashi¹ (1. Nagoya University）（※This presenter is a candidate for the Student Award for Outstanding Presentation.)

11:05 AM - 11:20 AM

[3-8A] Fabrication of porous pure magnesium by MM-SPS process 《 Sintering, Physical Property 》

*Masahiro kUBOTA¹, Takumi INOMIYA¹ (1. College of Industrial Technology, Nihon University)

11:20 AM - 11:35 AM

[3-9A] Surface Coating Layer / M1A Laminate Interface Characteristics of Practical Magnesium Alloy M1A Surface Coating Materials with Alumina Particle Dispersed Magnesium Powders Fabricated Using MM/SPS Method 《 Sintering 》

*Longyi WEN¹, Shigehiro Kawamori¹ (1. Tamagawa Univercity）（※This presenter is a candidate for the Student Award for Outstanding Presentation.)

11:35 AM - 11:50 AM

[3-10A] In-situ X-ray CT observation of the initial stage of monodisperse Cu powder sintering 《 Sintering, Evaluation Technology 》

Makoto Tsuchiya¹, Gaku Okuma², Ryotaro Kusunoki³, Asuka Suzuki³, Masato Hoshino⁴, Masayuki Uesugi⁴, *Yukiko Ozaki⁵ (1. Kyushu University, 2. NIMS, 3. Nagoya University, 4. Japan Synchrotron Radiation Research Institute, 5. Osaka University)

Session information

General Session: Forming and Sintering

[3-6A] Three-dimensional structural analysis and characteristic prediction of open-pore porous materials utilizing deep generative model and homogenization method 《 Physical Property, Evaluation Technology, Computational Science 》

[3-7A] Fabrication of porous (Al, Fe)₃Ti with various compositions through reactive sintering with space holder. 《 Sintering, Physical Property 》

[3-8A] Fabrication of porous pure magnesium by MM-SPS process 《 Sintering, Physical Property 》

[3-9A] Surface Coating Layer / M1A Laminate Interface Characteristics of Practical Magnesium Alloy M1A Surface Coating Materials with Alumina Particle Dispersed Magnesium Powders Fabricated Using MM/SPS Method 《 Sintering 》

[3-10A] In-situ X-ray CT observation of the initial stage of monodisperse Cu powder sintering 《 Sintering, Evaluation Technology 》

Authentication

Session information

General Session: Forming and Sintering

[3-6A] Three-dimensional structural analysis and characteristic prediction of open-pore porous materials utilizing deep generative model and homogenization method 《 Physical Property, Evaluation Technology, Computational Science 》

[3-7A] Fabrication of porous (Al, Fe)3Ti with various compositions through reactive sintering with space holder. 《 Sintering, Physical Property 》

[3-8A] Fabrication of porous pure magnesium by MM-SPS process 《 Sintering, Physical Property 》

[3-9A] Surface Coating Layer / M1A Laminate Interface Characteristics of Practical Magnesium Alloy M1A Surface Coating Materials with Alumina Particle Dispersed Magnesium Powders Fabricated Using MM/SPS Method 《 Sintering 》

[3-10A] In-situ X-ray CT observation of the initial stage of monodisperse Cu powder sintering 《 Sintering, Evaluation Technology 》

Authentication

[3-7A] Fabrication of porous (Al, Fe)₃Ti with various compositions through reactive sintering with space holder. 《 Sintering, Physical Property 》