公募シンポジウム講演

[S] Materials Science of Additive Manufacturing II: Creation of Materials by Superthermal Field(2)

Fri. Sep 22, 2023 9:00 AM - 12:05 PM Rm. I (2nd Flr. Education and Research Building, School of Engineering)

Chair:Yoshiaki Toda, Aira Matsugaki

※表示の講演時間には質疑応答時間も含みます。
（質疑応答時間5分、基調講演と招待講演は5～10分）

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9:00 AM - 9:40 AM

[S5.33] Creation of biomedical materials by super thermal field
based on artificial control of topography and material properties

*Aira MATSUGAKI¹, Takuya ISHIMOTO^1,2, Masato UEDA³, Takayoshi NAKANO¹ (1. Osaka Univ., 2. Univ. of Toyama, 3. Kansai Univ.)

9:40 AM - 9:55 AM

[S5.34] Thermal Sensitivity of Ti-Zr-Al Alloys for Additive Manufacturing

*Masato UEDA¹, Tomotaka Wakaiki¹, Masahiko Ikeda¹ (1. Kansai Univ.)

9:55 AM - 10:15 AM

[S5.35] Effect of Fe substrate thicknesses on laser additive manufactured anchor structure on Fe substrate and joint strength with polymer

*Koki OMIYA¹, Asuka Suzuki², Naoki TAKATA², Makoto Kobashi² (1. 名古屋大工（院生）、2. 名古屋大工)

10:15 AM - 10:40 AM

[S5.36] Defect detection and control by judging surface topology method with machine learning in powder bed fusion using an electron beam

*Yunwei GUI¹, Kenta AOYAGI¹, Huanakng BIAN¹, Kenta YAMANAKA¹, Akihiko CHIBA^1,2 (1. Institute for Materials Research, Tohoku Univ., 2. NICHe, Tohoku Univ.)

break (10:40 AM - 10:50 AM)

10:50 AM - 11:30 AM

[S5.37] High-speed epitaxial growth with ordered structures via CVD under superthermal field

*Akihiko Ito¹ (1. Yokohama National Univ.)

11:30 AM - 11:50 AM

[S5.38] Laser powder bed fusion processing of α-Al/Mg₂Si two-phase eutectic alloy

*Yuki OTANI¹, Naoki TAKATA², Asuka SUZUKI², Makoto KOBASHI², Junji Umeda³ (1. Nagoya Univ., 2. Nagoya Univ., 3. Aichi Center for Industry and Science Technology)

11:50 AM - 12:05 PM

[S5.39] Effects of various initial conditions (process, powders) on densification and microstructure of a LPBF-AlSi10Mg-SiC composite

*Hiroaki Matsumoto¹, Hajime Miyauchi², Kozo Yokota² (1. Kagawa Univ., 2. Kagawa Prefectural Industrial Technology Center)

Session information

[S] Materials Science of Additive Manufacturing II: Creation of Materials by Superthermal Field(2)

[S5.33] Creation of biomedical materials by super thermal field
based on artificial control of topography and material properties

[S5.34] Thermal Sensitivity of Ti-Zr-Al Alloys for Additive Manufacturing

[S5.35] Effect of Fe substrate thicknesses on laser additive manufactured anchor structure on Fe substrate and joint strength with polymer

[S5.36] Defect detection and control by judging surface topology method with machine learning in powder bed fusion using an electron beam

[S5.37] High-speed epitaxial growth with ordered structures via CVD under superthermal field

[S5.38] Laser powder bed fusion processing of α-Al/Mg₂Si two-phase eutectic alloy

[S5.39] Effects of various initial conditions (process, powders) on densification and microstructure of a LPBF-AlSi10Mg-SiC composite

Authentication

Session information

[S] Materials Science of Additive Manufacturing II: Creation of Materials by Superthermal Field(2)

[S5.33] Creation of biomedical materials by super thermal field based on artificial control of topography and material properties

[S5.34] Thermal Sensitivity of Ti-Zr-Al Alloys for Additive Manufacturing

[S5.35] Effect of Fe substrate thicknesses on laser additive manufactured anchor structure on Fe substrate and joint strength with polymer

[S5.36] Defect detection and control by judging surface topology method with machine learning in powder bed fusion using an electron beam

[S5.37] High-speed epitaxial growth with ordered structures via CVD under superthermal field

[S5.38] Laser powder bed fusion processing of α-Al/Mg2Si two-phase eutectic alloy

[S5.39] Effects of various initial conditions (process, powders) on densification and microstructure of a LPBF-AlSi10Mg-SiC composite

Authentication

[S5.33] Creation of biomedical materials by super thermal field
based on artificial control of topography and material properties

[S5.38] Laser powder bed fusion processing of α-Al/Mg₂Si two-phase eutectic alloy