専門分野
トライボロジー (Tribology)
研究課題
摩耗粒子分析法による機械要素の摩耗診断 (Condition Monitoring of Machine Elements based on
Wear Debris Analysis)
樹脂材料のトライボロジー (Tribology in Polymers)
マウスガード材料のトライボロジー (Tribology in Dental Mouth-guard)
主要論文
(1) 赤垣友治; マウスガードのトライボロジー, トライボロジスト, 64-7 (2019), pp.406-412.
(2) 古川琢磨, 小笠原直人, 森 大祐, 赤垣友治; PEEK/鋼の摩擦熱効果に及ぼす放熱板の影響(OpenFOAM解析モデルの構築による数値計算と実験), 日本機械学会論文集,Vol.85,No.879, 2019, DOI:10.1299/transjsme.19-00287, J-STAGE Advance Publication date: 28 October, 2019.
(3) T.Akagaki, K.Sasaki, T.Kurosawa & F.Kaku ; Friction and Wear of Mouth-Guard Material with a Laser-Textured Surface in Reciprocating Sliding Motion, Lecture Notes in Mechanical Engineering book series, Springer, 2018, pp.747-758.
(4) T.Akagaki, Y.Kuraoka, F.Takeo, K.Furuya & M.Kawabata ; Effects of PEEK’s surface roughness on seizure behaviors of PEEK/steel pairs under oil-lubricated sliding contacts, Mechanical Engineering Journal, 2017, Vol.4, Issue5, 17-00015, Relaeased: October 15, 2017.
(5) T.Akagaki, T.Nakamura, Y.Hashimoto & M.Kawabata ; Effects of Material Combinations on Friction and Wear of PEEK/Steel Pairs under Oil-Lubricated Sliding Contacts, Journal of Physics, Conference Series, Volume 843, 2017, Conference 1 (pp.1-12), IOP Publishing Ltd.
(6) T.Akagaki, K.Kataoka & M.Kawabata ; Wear Debris Analysis of Seizure Behaviors of PEEK Materials in Oi, Tribology Online, ITC2015, Special Issue, Japanese Society of Tribologists, 2016, Vol.11, No.5, pp.623-631.
(7) T.Akagaki & M.Kawabata ; Effects of Counterface Surface Roughness on Friction and Wear of PEEK Materials under Oil-Lubricated Conditions, Tribology Online, Japanese Society of Tribologists, 2016, Vol.11, No.3 , pp.494-502.
(8) 加藤,赤垣,他4名 ; 摩耗加速試験におけるベアリング振動の逐次細分化組織化マップ法を用いた効率的な分類:電子情報通信学会論文誌D,2013,pp.3090-3093.
(9) 赤垣友治;PEEKのトライボロジー特性向上、トライボロジスト,2012,第57巻,第1号,pp.18-23.
(10) T.Akagaki, M.Nakamura et al ; Seizure of PEEK and Its Composite at High Sliding Velocity in Oil Lubrication, Advanced Tribology, Springer Berlin Heidelberg, 2010, pp.378-383.
口頭発表
(1) T.Akagaki, T.Nitadori & T.Nishimura; Friction and Wear of a Medical Mouthguard Material in Reciprocating and Unidirectional Rotation Sliding, Proc. the 8th International Conference on Manufacturing, Machine Desigm and Tribology (IMCDT2019), Kagoshima, 25-26 April, 2019, FR-E-1-1, pp.1-2.
(2) T.Akagaki, K.Toyabe, K.Okumoto & M.Kawabata; Effects of Carbon Fiber Orientation on Friction and Wear of PEEK Composite under Oil-Lubricated Sliding Contacts, International Tribology Conference Sendai 2019 (ITC Sendai 2019),17th-21th September, 2019, 18-G-1.
(3) 赤垣友治, 似鳥琢哉; 往復回転すべりにおける歯科用マウスガード材料の摩擦・摩耗, 山梨講演会2019 (YDC2019), CD, A31. pp.1-2.
(4) T.Akagaki, T.Hara, E.Yoshida, D.Mori & T.Sawamura; Friction and wear of a mouth-guard material in reciprocating-motion sliding, Proceedings of Asia International Conference on Tribology, 2018, Kuching, Malaysia, 17-20 Sept., pp.153-154.
(5) T.Akagaki, K.Sasaki, T.Kurosawa & F.Kaku ; Friction and Wear of Mouth-Guard Material with a Laser-Textured Surface in Reciprocating Sliding Motion, 7th International Conference on Fracture Fatigue and Wear FFW2018, Belgium, Ghent, 9-10 July, 2018, USB-WR33, pp.1-12.
(6) T.Akagaki, T.Nakamura, Y.Hashimoto & M.Kawabata ; Effects of Material Combinations on Friction and Wear of PEEK/Steel Pairs under Oil-Lubricated Sliding Contacts, 6th International Conference on Fracture Fatigue and Wear FFW2017, Porto, Portugal, 26-27 July, 2017, USB JPCS-843-1-012071.
(7) 赤垣友治, 角濱遼多朗, 沼辺尚己, 坂本章太, 目黒広夢 ; PEEKのすべり摩擦摩耗特性に及ぼすエアジェット冷却の影響, 日本機械学会 東北支部第59期秋季講演会(八戸工大), 2017, USB 301.
(8) T.Akagaki, Y.Kuraoka, F.Takeo, K.Furuya & M.Kawabata ; Effects of PEEK’s Surface Roughness on Seizure Behaviors of PEEK/Steel Pairs under Oil-Lubricated Sliding Contacts, Extended Abstract of Asia-Pacific Conference on Fracture and Strength, 2016, APCFS2016, Toyama, Japan,Track10-7, pp.299-300.
(9) 佐々木一輝, 赤垣友治, 五戸泰正, 蕨勝一郎 ; 歯科用マウスガードの摩擦摩耗低減に関する研究, 日本機械学会,山梨講演会, 2016,CD, No.354,pp.79-80.
(10) T.Akagaki, K.Kataoka & M.Kawabata ; Wear Debris Analysis of Seizure Behavior of PEEK Materials in Oil, Abstracts of JSLE Int. Trib. Conf., Tokyo, Japan, 2015, USB, 20pF-02, pp.1-2.
著書等
(1) 「高分子材料のトライボロジー制御」:(株)技術情報協会,2020,分担執筆
(2) 「高分子トライボロジーの制御と応用」: (株)シーエムシー出版,2015, 分担執筆
(3) 「トライボロジーに基づくメンテナンス」カテゴリーⅠ:日本トライボロジー学会,2009,分担執筆
(4) 木質系多孔質炭素材料「ウッドセラミックス」:内田老鶴圃,1996,分担執筆
所属学会
日本機械学会 (Japan Society of Mechanical Engineers)
日本トライボロジー学会 (Japanese Society of Tribologists)
日本工学教育協会 (Japanese Society for Engineering Education)
担当科目
本科
工作実習Ⅰ(1年) (Practical Mechanical Technology Exercise Ⅰ)
基礎製図(1年) (Basic Drafting)
機械工作法Ⅰ (3年) (Mechanical Technology Ⅰ)
工学演習Ⅰ(4年)(Engineering Excersise Ⅰ)
工学実験Ⅰ (4年) (Experiments in mechanical Engineering Ⅰ)
専攻科
トライボロジー特論 (2年) (Advanced Tribology)
機械・電気システム工学専攻実験 (1年) (Advanced Experiment)
校務分担
クラブ顧問
地域活動
その他
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