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KangChao 研究業績一覧 (25件)
論文
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Chao Kang,
Ikki Ikeda,
Motoki Sakaguchi.
Spreading dynamics associated with transient solidification of a paraffin droplet impacting a solid surface,
International Journal of Heat and Mass Transfer,
Elsevier,
Vol. 228,
125672,
May 2024.
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Ming Ji,
Chao Kang,
Yu Sekiguchi,
Masanobu Naito,
Chiaki Sato.
Spectral collocation method for free vibration of sandwich plates containing a viscoelastic core,
Composite Structures,
Elsevier,
Vol. 337,
118024,
Mar. 2024.
公式リンク
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Chao Kang,
Ming Ji,
Yu Sekiguchi,
Masanobu Naito,
Chiaki Sato.
A high-throughput technique to evaluate the probability distribution of strength of adhesively bonded joints after moisture absorption,
The Journal of Adhesion,
Taylor & Francis,
Vol. 101,
No. 1,
pp. 18-40,
Oct. 2023.
公式リンク
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Chao Kang,
J. J. M. Machado,
Yu Sekiguchi,
Ming Ji,
Chiaki Sato,
Masanobu Naito.
A butt shear joint (BSJ) specimen for high throughput testing of adhesive bonds,
The Journal of Adhesion,
Taylor & Francis,
Vol. 99,
Issue 14,
pp. 2080-2096,
Feb. 2023.
公式リンク
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Chao Kang,
Ikki Ikeda,
Motoki Sakaguchi.
Recoil and solidification of a paraffin droplet impacted on a metal substrate: Numerical study and experimental verification,
Journal of Fluids and Structures,
Vol. 118,
p. 103839,
Feb. 2023.
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Chao Kang,
Motoki Sakaguchi,
Akito Saito,
Hirotsugu Inoue.
Adhesion strength of paraffin droplet impacted and solidified on metal substrate,
Results in Physics,
Elsevier,
Vol. 34,
p. 105310,
Feb. 2022.
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Chao Kang,
Motoki Sakaguchi,
Hirotsugu Inoue.
Contribution of creep to strain evolution in a paraffin droplet during and after rapid solidification on a metal substrate,
Surface and Coatings Technology,
Vol. 399,
p. 126145,
July 2020.
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Chao Kang,
Motoki Sakaguchi,
Ayumi Amano,
Yu Kurokawa,
Hirotsugu Inoue.
Quenching stress and fracture of paraffin droplet during solidification and adhesion on metallic substrate,
Surface and Coatings Technology,
Elsevier,
Vol. 374,
pp. 868-877,
Sept. 2019.
国際会議発表 (査読有り)
国際会議発表 (査読なし・不明)
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Chao Kang,
Motoki Sakaguchi,
Hirotsugu Inoue.
A numerical study on creep deformation of a paraffin droplet impacted and solidified on a metal substrate,
8th International Conference on Creep, Fatigue & Creep-Fatigue Interaction (CF8),
Aug. 2021.
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Chao Kang,
Motoki Sakaguchi,
Akito Saito,
Hirotsugu Inoue.
Cracking and delamination during solidification and adhesion process of paraffin droplet impacted on a metal substrate,
10th Japan-China Bilateral Symposium on High Temperature Strength of Materials,
Oct. 2019.
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Chao Kang,
Motoki Sakaguchi,
Yu Kurokawa,
Hirotsugu Inoue.
Quenching strain and fractures during solidification and adhesion process of paraffin droplet,
APCFS2018 (The 15th Asia-Pacific Conference on Fractuure and Strength),
Oct. 2018.
国内会議発表 (査読なし・不明)
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池田一輝,
血矢光太,
Kang Chao,
阪口基己.
固体表面に衝突したパラフィン液滴の流動・凝固のその場観察と熱流体シミュレーション,
日本材料学会 第72期学術講演会,
May 2023.
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池田一輝,
Kang Chao,
阪口基己.
パラフィン液滴の衝突・流動・凝固挙動の熱流体シミュレーション,
日本材料学会 第60回記念高温強度シンポジウム,
第60回記念高温強度シンポジウム前刷集,
pp. 114-118,
Nov. 2022.
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Kang Chao,
阪口基己.
金属基材に衝突・凝固したパラフィン液滴の変形と破壊,
日本材料学会第71期第1回高温強度部門委員会,
July 2022.
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血矢光太,
Chao KANG,
阪口基己.
パラフィン液滴の衝突・凝固挙動と皮膜の密着強度,
日本材料学会 第71期学術講演会,
May 2022.
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Kang Chao,
阪口基己,
井上裕嗣.
パラフィン液滴の凝固・密着過程で生じるクリープ変形,
日本材料学会 第58回高温強度シンポジウム,
pp. 26-30,
Dec. 2020.
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齊藤暁斗,
阪口基己,
Kang Chao,
黒川悠,
井上裕嗣.
基材に滴下した溶融パラフィンの凝固・密着過程での応力発達挙動と基材温度の影響,
日本機械学会 M&M2019材料力学カンファレンス,
Nov. 2019.
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康超,
阪口基己,
斎藤暁人,
黒川悠,
井上裕嗣.
パラフィン液滴の衝突・凝固・密着過程で生じる割れ・剥離挙動の定量評価,
日本材料学会第68期学術講演会,
pp. 113-114,
May 2019.
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齊藤暁斗,
Chao Kang,
阪口基己,
黒川悠,
井上裕嗣.
金属基材に滴下した溶融パラフィンの凝固・密着挙動と皮膜の割れ・剥離,
日本機械学会M&M2018材料力学カンファレンス,
日本機械学会M&M2018材料力学カンファレンス講演論文集,
日本機械学会,
No. 18-53,
Dec. 2018.
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Kang Chao,
齊藤暁斗,
阪口基己,
黒川悠,
井上裕嗣.
パラフィン液滴の衝突・凝固・密着 プロセスで発生する応力と破壊(液滴の材質と衝突速度の影響),
日本材料学会第67期学術講演会,
pp. 145-146,
May 2018.
学位論文
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Mechanics of paraffin droplet impacted and solidified on metal substrate,
Thesis,
Doctor (Engineering),
Tokyo Institute of Technology,
2022/03/26,
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Mechanics of paraffin droplet impacted and solidified on metal substrate,
Summary,
Doctor (Engineering),
Tokyo Institute of Technology,
2022/03/26,
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Mechanics of paraffin droplet impacted and solidified on metal substrate,
Exam Summary,
Doctor (Engineering),
Tokyo Institute of Technology,
2022/03/26,
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