Takahashi Makoto

Affiliation and department：

Research field (3)： Material fabrication and microstructure control , Inorganic materials , Metallic materials

Research theme for competitive and other funds (17)：

2020 - 2023 Bonding mechanism analysis of solid state cold spray and in-situ peening
2017 - 2020 Development of a method to produce glass-to-glass anodically-bonded interfaces in which conductive parts and insulating parts co-exist
2013 - 2016 Development of Method for Glass/Glass Bonding with Transparent Joint Interface by Anodic Bonding
2011 - 2014 Research on the mechanism of friction based welding using single crystal aluminum
2009 - 2012 Development of high reliability joining interface of dissimilar joint of plastic and metal by using friction stir processing effect

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Papers (191)：

Hiroaki Tatsumi, Seongjae Moon, Makoto Takahashi, Takahiro Kozawa, Eiki Tsushima, Hiroshi Nishikawa. Quasi-Direct Cu-Si3N4 Bonding using Multi-layered Active Metal Deposition for Power-Module Substrate. Materials and Design. 2024. 238. 112637
TAKAHASHI Makoto. Low-temperature Anodic Bonding. 29th Symposium on "Microjoining and Assembly Technology in Electronics". 2023. 221-226
Ninshu MA, Qian WANG, Sora TOMITAKA, Makoto TAKAHASHI, Koji MIMURA, Kazuki HARA, Xiao-tao LUO. (Duplication :3行) Ultra. Journal of the Japan Society for Technology of Plasticity. 2022. 63. 740. 121-126
Shinji Fukumoto, Koki Nakamura, Makoto Takahashi, Yuto Tanaka, Shoya Takahashi, Michiya Matsushima. Low-Temperature Bonding of Copper by Copper Electrodeposition. Materials Transactions. 2022. 63. 6. 783-788
TAKAHASHI Makoto. Effect of Bonding Voltage on the Progress of Glass-to-glass Anodic Bonding Using a Conductor Layer as an Intermediary. 28th Symposium on "Microjoining and Assembly Technology in Electronics". 2022. 120-125

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MISC (183)：

王倩, 冨高宙, 高橋誠, 麻寧緒, 渡邊誠, 三村耕司, 原一貴. 音速衝撃の塑性変形を利用した固相積層ニッケルの組織と性能. 第73回塑性加工連合講演会,. 2022
Kazuhiro ITO, Hajime YAMAMOTO, Yoshiki MIKAMI, Makoto TAKAHASHI. Post Weld Tungsten Alloying in a Topmost Steel Layer through Friction Stir Processing using a WC tool. VisualJW2022, 千里ライフサイエンスセンター. 2022
高橋誠. 導体層を仲立ちとしたホウケイ酸ガラス同士の陽極接合への接合温度の影響. 2022年秋期第171回講演大会, 福岡県福岡市. 2022
高橋誠. 低温陽極接合継手界面の組織と強さ. 2022年度溶接学会秋季全国大会, 島根県松江市. 2022
高橋誠. 導体層を仲立ちとしたガラス同士の陽極接合に対する接合温度の影響. 2022年度溶接学会春季全国大会, オンライン. 2022

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Patents (2)：

Books (4)：

Process technology to Achieve High-functional Glass
Science & Technology 2012 ISBN:9784864280556
Solution for Prevention of Exfoliation and Improvement of Adhesion
Science & technology Co.,Ltd. 2010 ISBN:9784903413891
最新『異種材料』の接着・接合トラブル対策事例集
(株)技術情報協会 2006 ISBN:4861040949
材料開発のための顕微鏡法と応用写真集
日本金属学会 2006 ISBN:9784889030747

Lectures and oral presentations (24)：

導体層を仲立ちとしたガラス同士の陽極接合
(第26回電子デバイス実装研究委員会 2019)
Application of friction stir processing to high-tensile-steel welds
(3rd International Conference on Friction Based Processes (ICFP2017) 2017)
Application of friction stir processing to high-tensile-steel welds
(The Conference of International Welding and Inspection Technology (IWIT 2017) 2017)
Application of friction stir processing to high-tensile-steel welds
(7th International Conference on Welding Science and Engineering 2017)
Friction-Stir-Processing Microstructure Improvement Related to Fatigue-Strength and Charpy-Absorbed-Energy Increase of TIG-Welded SS400 Steels
(2017 TMS Annual Meeting & Exhibition 2017)

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Works (4)：

Education (4)：

Professional career (1)：

Work history (2)：

Awards (1)：

Association Membership(s) (2)：

溶接学会 , 日本金属学会

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