2010年度

 学会論文
iconTakahiko Yoshi, Kazuya Okubo, and Toru Fujii,  Stiffness reduction of woven CFRP and CFRTP spring under ultra high cyclic fatigue for vibrationconveyor, Advanced Materials Research Vols. 123-125 (2010) pp 217-220


iconA study on mechanical properties of bacterial cellulose/epoxy reinforced byplain woven carbon fiber modified with liquid rubberMohamed H. Gabr, Mostafa Abd Elrahman, Kazuya Okubo, Toru Fujii,Composites: Part A 41 (2010) pp.1263–1271


iconEffect of microfibrillated cellulose on mechanical properties of plain-wovenCFRP reinforced epoxy,Mohamed H. Gabr, Mostafa Abd Elrahman, Kazuya Okubo, Toru Fujii,Composite Structures 92 (2010) pp.1999-2006



iconInterfacial adhesion improvement of plain woven carbon fiber reinforcedepoxy filled with micro-fibrillated cellulose by addition liquid rubberMohamed H. GabrMostafa Abd ElrahmanKazuya OkuboToru Fujii
J. Mater Sci 2010 45 pp. 3841–3850


icon
Modification of Strain Distribution on Contact Surface of Shoe to ReduceSqueals for Brake Disc with Small Holes,Kiyotaka Obunai, Sho Hagiwara, Kazuya Okubo, Toru Fujii, Tsuyoshi Nakatsuji,SAE Techanical Papers 2010-01-1715Accepted in press.


iconModeling of Stiffness Reduction of Vibration Conveyor Springs  Subjected to Ultra High Cyclic Loading under High Humidity,
Takahiko Yoshi, Kazuya Okubo, Toru Fujii, Key Engineering Materials, Vols.472-473,pp.975-980,2011


 国際学会発表

Keisuke Wakasugi, Kazuya Okubo, Toru Fujii, Improvement of strength of bamboo fiber paper by addition of MFC (Micro Fibrillated cellulose, The Sixth International Workshop on Green Composites (IWGC-6), pp.178-181 (2010 SEP)

M2若杉による参加報告


Synthesization of CNT on surface of C/C composites by alcohol CVD method and its effect on coefficient of friction between them, Kiyotaka Obunai, Kazuya Okubo and Toru Fujii, ASC & US-Japan Conferences(2010 SEP)
D3小武内による参加報告


Takahiko Yoshi, Kazuya Okubo, and Toru Fujii,  Stiffness reduction of woven CFRP and CFRTP spring under ultra high cyclic fatigue for vibration conveyor, The 3rd International Conference on Multi-Functional Materials and Structures, pp217-220,(2010 SEP)

M2葭による参加報告


Modification of Strain Distribution on Contact Surface of Shoe to Reduce Low Frequency Squeals for Brake Disc with Small Holes
, Kiyotaka Obunai, Sho Hagiwara,Kazuya Okubo, Toru Fujii and Tsuyoshi Nakatsuji, SAE 2010 Brake Colloquium & Exhibition -28th Annual (2010 OCT)

D3小武内による参加報告


Application of spring-back molding and needle punching technique to fabrication of stampable bamboo fiber sheet processed with pressed mat, Xiaochen Fu, Kazuya OKUBO and Toru FUJII, The 7th Asian-Australasian Conference on Composite Materials (ACCM-7)2010 NOV

M2 付による参加報告


Study on in-situ torque ratio estimation based on the transfer function change in rotation between two pulleys, Keiji Hirano, Toru Fujii, Kazuya OKUBO, Tooru Yagasaki, hideaki  yoshida, Kyohei Sakagami, International Conference on Continuously Variable and Hybrid Transmissions - CVT2010pp212-217,(2010 NOV)

M1 平野による参加報告


A study on power transmission and loss for rubber V-belt CVT whose driving pulley has a free flange, Toru Fujii and Kazuya OKUBO, International Conference on Continuously Variable and Hybrid Transmissions - CVT2010pp139-217,(2010 NOV)


・Modeling of Stiffness Reduction of Vibration Conveyor Springs  Subjected to Ultra High Cyclic Loading under High Humidity,Takahiko Yoshi, Kazuya Okubo, Toru Fujii,The 8th International Conference on Composite Science andTechnology,KL,Malaysia,(2011 MAR)

M2 による参加報告書


 国内学会発表
・竹内康徳,小武内清貴,大窪和也,藤井透,仲辻毅,炭化MFCの炭素前駆体樹脂への添加による炭素繊維強化炭素複合材料(C/Cコンポジット)の機械的特性の改善,日本機械学会 2010年度年次大会、2010年9月
・葭 孝彦,大窪 和也,藤井 透,超高サイクル疲労荷重を受ける振動コンベヤ用平織りCFRPおよびCFRTP製バネの多湿環境下での剛性低下とき裂進展,第54回材料工学連合講演会講演会,pp237-238(2010OCT)
・葭 孝彦,大窪 和也,藤井 透,超高サイクル疲労荷重を受ける平織りCFRPおよびCFRTP製バネの多湿環境下での剛性低下と接着層中のはく離進展,第6回日本接着学会若手研究者の会, p23 (2010NOV)

 その他の発表

icon  葭 孝彦,藤井 透,大窪 和也,超高サイクル疲労を受けるCFRPおよびCFRTP製バネの多湿条件下での剛性低下,第17回複合材料研究センター発表会,2010/05/15

icon 若杉 景裕, 藤井 透,大窪 和也 竹繊維を用いた工業紙のミクロフィブリルセルロース添加による強度改善,第17回複合材料研究センター発表会,2010/05/15

icon 小武内清貴,表面へのCNT生成によるC/Cコンポジット間の摩擦特性の改善,2010 年度JCOM 若手シンポジウム,pp.15


 学会卒研発表会

icon 自動車技術会、または日本機械学会で学部4年生全員が発表しました。