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福島大学共生システム理工学類 島田研究室

論文一覧

学術論文/国際会議論文

2012

西田 均,島田邦雄,吉野一郎,気混合流体を用いた円管内面マイクロ加工の開発研究,日本実験力学会誌,Vol.12,No.4,2012,pp.361-368,平成24年12月

西田 均,島田邦雄,井門康司,磁場制御による磁気混合流体を用いた平面研磨の基本特性,日本実験力学会誌,Vol.12,No.4,2012,pp.354-360,平成24年12月

島田邦雄,熊谷亜未,早坂隆史,機能性流体による垂直力だけでなくせん断力も感知できる超高感度触覚MCFゴムのロボットにおけるセンサーへの適用―突き,回転,肘曲げの場合―,日本実験力学会誌,Vol.12,No.4,2012,pp.315-322,平成24年12月

島田邦雄,熊谷亜未,早坂隆史,機能性流体による垂直力だけでなくせん断力も感知できる超高感度触覚MCFゴムのロボットにおけるセンサーへの適用―歩行と腕立て伏せの場合―,日本実験力学会誌,Vol.12,No.4,2012,pp.315-322,平成24年12月

島田邦雄,大塚俊幸,早坂隆史,機能性流体による垂直力だけでなくせん断力も感知できる超高感度触覚MCFゴムセンサのずり触覚に及ぼす指紋の影響,日本実験力学会誌,Vol.12,No.4,2012,pp.308-314,平成24年12月

島田邦雄,熊谷亜未,早坂隆史,機能性流体による垂直力だけでなくせん断力も感知できる超高感度触覚MCFゴム内部の材料力学的トライボロジー的特性,日本実験力学会誌,Vol.12,No.4,2012,pp.302-307,平成24年12月

島田邦雄,早坂隆史,機能性流体による垂直力だけでなくせん断力も感知できる超高感度触覚MCFゴムの応用展開の可能性についての検討,日本実験力学会誌,Vol.12,No.4,2012,pp.295-301,平成24年12月

島田邦雄,早坂隆史,機能性流体による垂直力だけでなくせん断力も感知できる超高感度触覚MCFゴムにおける原理と特性,日本実験力学会誌,Vol.12,No.4,2012,pp.288-294,平成24年12月

2011
Y. Wu, L. Jiao, H. Guo, M. Fujimoto and K. Shimada, Ultrafine surface finishing of fused silica glass using MCF magnetic compound fluid wheel, Advanced Materials Research, Vol. 565, 2012, pp.3-9, 平成23年9月

島田邦雄,磁性と導電性を有するMCF(磁気混合流体)ゴムセンサにおける伝熱下の導電特性に対する量子力学的考察,日本AEM学会誌,Vol.19No.2pp.414-4232011,平成236

Kunio SHIMADA, Quantum mechanical investigation of the electric and thermal characteristics of magnetic compound fluid as a semiconductor on metal combined with rubber, ISRN Nanotechnology, Vol. 2011, Article ID 259543, 12 pages, 2011, 平成236 


2010


Hitoshi NISHIDA, Kunio SHIMADA and Yasushi IDO, Investigation of polishing for inner capillary walls by MCF flow method, International Journal of Applied Electromagnetics and Mechanics, Vol. 33, No. 3-4, pp. 1685-1690, 2010, 平成2212 

Kunio SHIMADA, Theoretical Investigation by Quantum Mechanics on the Tunnel Diode Effect of Electric Conductive Characteristics and Haptic Sensing in MCF Rubber, Journal of Sensors, Vol. 2010, Issue 1, Article ID 731854, 14 pages, 2010, 平成2212

Takashi SATO, Yongbo WU, Weimin LIN and Kunio SHIMADA, Study of dynamic magnetic field assisted finishing for metal mold using magnetic compound fluid (MCF), Key Engineering Materials, Vols. 447-448, pp.258-262, 2010,平成2211 

佐藤隆史,呉 勇波,林 偉民,島田邦雄,磁気混合流体(MCF)による3次元研磨に関する研究,砥粒加工学会誌,547号,pp.425-4302010,平成227

Yongbo WU, Takashi SATO, Weimin LIN, Keita YAMAMOTO and Kunio SHIMADA, Mirror surface finishing of acrylic resin using MCF-based polishing liquid, International Journal of Abrasive Technology, Vol. 3, No. 1, pp.11-24, 2010,平成221 


2009

Yongbo WU, Takashi SATO, Weimin LIN, Keita YAMAMOTO and Kunio SHIMADA, The detailed performance of MCF polishing liquid in nano-precision surface treatment of acrylic resin, Advanced Materials Research, Vols. 76-78, pp. 331-336, 2009

 

Takashi SATO Yongbo WU, Weimin LIN and Kunio SHIMADA, Study of three-dimensional polishing using magnetic compound fluid (MCF)Advanced Materials Research, Vols.76-78, pp. 288-293, 2009

Hitoshi NISHIDA, Kunio SHIMADA and Yasushi IDO, Investigation of polishing for inner capillary walls by MCF flow method, The 14th International Symposium on Applied Electromagnetics and Mechanicspp.641-6422009,平成219

佐藤隆史,呉 勇波,林 偉民,島田邦雄,変動磁場を利用したMCF研磨技術の開発,日本機械学会論文集,75753B編,pp.1007-10122009,平成215

島田邦雄,鄭 耀陽,橋本直幸,ハプティックMCFゴムセンサにおける力学的特性と導電性,日本AEM学会誌,Vol.17No.1pp.126-1312009,平成213

 Yaoyang ZHENG and Kunio SHIMADA, Basic study on usefulness of magnetic compound fluid (MCF) rubber as material for microwave heating, Journal of Solid Mechanics and Materials EngineeringVol.3, No.2, pp.158-166, 2009,平成212

2008

鄭 耀陽,島田邦雄,MCF触覚センサにおける改良型MCFゴムの開発,日本実験力学会誌,8巻,4号,pp.392-3952008,平成2012

花見敬士,島田邦雄,鄭 耀陽,MCFを用いたアクリル樹脂の非接触式研磨に関する技術的検討,日本実験力学会誌,8巻,4号,pp.384-3912008,平成2012

近井 学,神田和也,鄭 耀陽,島田邦雄,MCFによる複合材料の等価回路モデル,日本実験力学会誌,8巻,4号,pp.371-3762008,平成2012

島田邦雄,鄭 耀陽,MCFゴムにおける伸張特性に関する基礎研究,日本機械学会論文集,74巻,747号,B編,pp.2287-22942008,平成2012

Yaoyang ZHENG and Kunio SHIMADA, Research on conductivity of a haptic sensor, (made using MCF conductive rubber) especially the sensor under extended condition, Abstract Proceedings of International Conference on Experimental Mechanics 2008, pp.199, 2008, 平成20年11月


Kunio SHIMADA, Yaoyang ZHENG and Syuuji NISHIMURA, Basic study on usefulness of MCF (magnetic compound fluid) rubber as material for microwave heating, Proceedings of the 3rd JSME/ASME International Conference on Material and Processing, MSEC_ICM&P2008-72159, 2008, 平成20年10月


Kunio SHIMADA and Yaoyang ZHENG, The effect of fine particles on metal surface in MCF (magnetic compound fluid) polishing, Proceedings of the 3rd JSME/ASME International Conference on Material and Processing, MSEC_ICM&P2008-72040, 2008, 平成20年10月


Kunio SHIMADA, Hitoshi NISHIDA, Eiichiro YUZE and Yaoyang ZHENG, Characteristics and applications of amorphous compound fluid, Proceedings of the 7th JFPS International Symposium on Fluid Power, Vol. 2 pp.555-560, 2008,
平成209

 
Hitoshi NISHIDA, Kunio SHIMADA and Yasushi IDO, Fluid dynamic investigation of polishing the inner wall of a tube utilizing a magnetic compound fluid (MCF), Proceedings of the 7th JFPS International Symposium on Fluid Power, Vol. 3, pp.837-840, 2008, 平成209

Kunio SHIMADA, Yoshio MATUO, Keita YAMAMOTO and Yongbo WU, A New Float-Polishing Technique with Large Clearance Utilizing Magnetic Compound Fluid, International Journal of Abrasive Technology, Vol.1, Nos.3/4, pp.302-315, 2008, 平成208

 
島田邦雄,鄭 耀陽,ハプティックロボットセンサのMCFゴムにおける伸張状態下での導電性に関する研究,日本機械学会論文集,74巻,744号,B編,pp.1748-17542008,平成208

林 浩一,井門康司,山田智哉,島田邦雄,強磁性弾性膜―磁性流体連成系の進行磁場に対する動特性,日本実験力学会誌,Vol.8No.2pp.147-1522008,平成206

Yaoyang ZHENG and Kunio SHIMADA, Study on a haptic sensor using MCF (magnetic compound fluid) electric conductive rubber, Journal of Solid Mechanics and Materials Engineering, Vol. 2, No. 6, pp.748-755, 2008, 平成206

Yasushi IDO, Tomoya YAMADA and Kunio SHIMADA, Vibration properties of a coupled system of a magnetic fluid layer and a magnetic rubber membrane, International Journal of Applied Electromagnetics and Mechanics, Vol.28, No.1-2, pp.129-134, 2008, 平成205

Yaoyang ZHENG, Kunio SHIMADA and Ysasushi IDO, Research on a haptic sensor made using MCF conductive rubber, Journal of Physics, Condensed Matter, Vol. 20, 204148, 2008, 平成205

T. Furuya, Y. Wu, M. Nomura, K. Shimada, K. Yamamoto, Fundamental performance of magnetic compound fluid polishing liquid in contact-free polishing of metal surface, Journal of Materials Processing Technology, Vol. 201, pp. 536–541, 2008, 平成203

松尾良夫,山本慶太,島田邦雄,MCFを用いたアクリル樹脂の表面処理,マグネティックス研究会資料,MAG-08-8pp.37-422008,平成201

2007

Kunio SHIMADA, Yoshio MATSUO, Keita YAMAMOTO and Yaoyang ZHENG, Research on new float polishing technique with the magnetic compound fluid, International Journal of Computational Materials Science and Surface Engineering, Vol. 1, No. 5, pp.594-606, 2007, 平成1912

島田邦雄,鄭 耀陽,ハプティックロボットセンサの要素材料のための感温性と導電性を兼ね備えたMCFゴムの開発,日本機械学会論文集,73巻,735号,B編,pp.2269-22742007,平成1911

 

呉 勇波,手塚賢治,島田邦雄,山本慶太,水晶ウエハの薄片化加工におけるMCFMagnetic Compound Fluid)研磨工具の基本加工特性,日本実験力学会誌,Vol.7No.3pp.19-242007,平成199

 

井門康司,山田智哉,島田邦雄,円形強磁性シリコンゴム膜-磁性流体連成系の交流磁場に対する振動特性,日本実験力学会誌,Vol.7No.3pp.45-502007,平成199

  
鄭 耀陽,島田邦雄,MCF導電性ゴムを利用した触覚センサの試作に関する基礎研究,日本実験力学会誌,Vol.7No.3pp.32-372007,平成199

西田 均,島田邦雄,後藤 誠,磁気機能性流体による管内面研磨に対する流体力学的考察,日本実験力学会誌,Vol.7No.3pp.62-682007,平成199

島田邦雄,西村 修次,鄭 耀陽,磁気混合流体(MCF)ゴムにおける電子加熱用材料としての有用性に関する基礎的研究,日本実験力学会誌,Vol.7No.3pp.25-312007,平成199

Kunio SHIMADA, Yaoyang ZHENG and Yasushi IDO, Temperature sensitive rubber utilizing MCF (magnetic compound fluid), Proceedings of 13th International Symposium on Applied Electromagnetics and Mechanics, pp.287-288, 2007, 平成199

Yasushi IDO, Tomoya YAMADA and Kunio SHIMADA, Vibration properties of a coupled system of a magnetic fluid layer and a magnetic rubber membrane, Proceedings of 13th International Symposium on Applied Electromagnetics and Mechanics, pp.285-286, 2007, 平成199

Hitoshi NISHIDA, Kunio SHIMADA and Yasushi IDO, Influence of magnetic field distribution on inner tube walls polishing using magnetic compound fluid, Proceedings of 13th International Symposium on Applied Electromagnetics and Mechanics, pp.195-196, 2007, 平成199

Kunio SHIMADA and Yaoyang ZHENG, Haptic sensor utilizing MCF rubber, Proceedings of International Conference on Advanced Technology in Experimental Mechanics 2007, P-52, 2007, 平成199

Kunio SHIMADA, Yoshio MATSUO, Keita YAMAMOTO and Yaoyang ZHENG,  Study on New Float Polishing with the MCF, Journal of Achivements in Materials and Manufacturing Engineering, Vol. 23, No. 2, pp.91-94, 2007, 平成198

島田邦雄,松尾良夫,山本慶太,磁場に反応する新しい機能性流体を用いたフロートポリシングの研究,日本実験力学会誌,Vol.7No.2pp.168-1762007,平成196

Hideto KANNO, Junji OGAWA and Kunio SHIMADA, MR fluid damper composed of different size of particles, International Journal of Applied Electromagnetics in Materials, Vol. 25, No.1-4, pp.109-112, 2007, 平成195

Kunio SHIMADA, Investigation of efficiency of a parallel duct-type energy conversion device utilizing a magnetic fluid, International Journal of Applied Electromagnetics in Materials, Vol. 25, No.1-4, pp.113-117, 2007, 平成195

Kunio SHIMADA and Hideto KANNO, Possibility of utilizing MCF in viscous damper of passive type, International Journal of Applied Electromagnetics in Materials, Vol. 25, No.1-4, pp.119-125, 2007, 平成195

Yasushi IDO, Shin ISHIDA and Kunio SHIMADA, Vibration response of a silicon rubber membrane containing a magnetic compound fluid induced by an impulsive magnetic field, International Journal of Applied Electromagnetics in Materials, Vol. 25, No.1-4, pp.151-155, 2007, 平成195

Hitoshi NISHIDA, Kunio SHIMADA and Makoto GOTO, Polishing inner capillary walls by a magnetic compound fluid, International Journal of Applied Electromagnetics in Materials, Vol. 25, No.1-4, pp.25-29, 2007, 平成195

Yongbo WU, Kenji TETSUKA, Masana KATO, Kunio SHIMADA and Yat Choy WONG, A new magnetic polishing liquid (MPL) proposed for contact force-free surface finishing: part 1, behaviour under magnetic field and fundamental performance in metal surface finishing, International Journal of Applied Electromagnetics in Materials, Vol. 25, No.1-4, pp.89-94, 2007, 平成195

Kunio SHIMADA, A heat conduction approach to a parallel duct-type energy conversion device utilizing a magnetic fluid, International Journal of Applied Electromagnetics in Materials, Vol. 25, No.1-4, pp.267-271, 2007, 平成195

Hiroshi YAMAGUCHI, Kunio SHIMADA, Xinrong ZHANG and Daisuke INOUE, Flow characteristics of ER fluid in the model damper, International Journal of Applied Electromagnetics in Materials, Vol. 25, No.1-4, pp.583-588, 2007, 平成195

Yoshio MATSUO, Keita YAMAMOTO, Teruhisa NAKAMURA, Rei HANAMURA and Kunio SHIMADA, Three-dimensional nanolevel polishing using MCF, Journal of the Magnetic Society of Japan, Vol. 31, No. 1, pp.12-16, 2007, 平成191

2006

Hideto KANNO, Kunio SHIMADA and Junji OGAWA, A study on a MR damper utilizing magnetorheological fluids composed of different size of particles, Theoretical and Applied Mechanics Japan, Vol. 55, pp.91-962006, 平成189

Yongbo WU, Kunio SHIMADA and T. KURIYAGAWA, An ultra –precision polishing technique using high-velocity abrasive fluid, Proceedings of Advances in Materials and Processing Technologies, 2006, 平成18年7月


Kunio SHIMADA, Yoshio MATSUO, Keita YAMAMOTO, Rei HANAMURA, Teruhisa SAHASHI and Yongbo WU, Study on New Float Polishing with Large Clearance utilizing Magnetic Compound Fluid - Possibility and Examples of the MCF Polishing Technique -, Proceedings of Advances in Mjaterials and Processing Technologies, 2006, 平成18年7月

Kunio SHIMADA, Yoshio MATSUO, Keita YAMAMOTO, Rei HANAMURA, Teruhisa SAHASHI and Yongbo WU, Study on New Float Polishing with Large Clearance utilizing Magnetic Compound Fluid - Polishing Mechanism and Effects of Polishing Parameters -, Proceedings of Advances in Mjaterials and Processing Technologies, 2006, 平成18年7月

松尾良夫,島田邦雄,非接触・ナノレベル磁気研磨による超鏡面加工,Fine Ceramics ReportsVol.24No.2pp.58-612006, 平成185

西田 均,島田邦雄,藤田壽憲,奥井健一ER流体を用いた回転形デバイスのトルクの過渡特性,日本フルードパワーシステム学会論文集,第37巻,第3号, pp.29-352006, 平成185

井門康司,石田 真,大久保慎一,島田邦雄,磁気混合流体を含有するシリコンゴム膜の進行磁場に対する応答特性,日本AEM学会誌,141号, pp.27-322006, 平成183

Kunio Shimada, Tsuyoshi TATEISHI and Hiroshi YAMAGUCHI, Netework theory of electro-rheological fluid and its hydrodynamic characteristics in a parallel duct, International Journal of Applied Mechanics and Engineering, Vol. 11, No. 1, pp.123-141, 2006, 平成181

2005

Yongbo WU, Masana KATO, J. JIANG, X. WANG, Kunio SHIMADA and Yat Choy WONG, New polishing method with MCF (Magnetic Compound Fluid) polishing tool, Proceedings of International Conference Precision Engineering And Micro/Nano Technology In Asia, 2005, 平成17年11月

Yongbo WU, Kunio SHIMADA, Yat Choy WONG and Masana KATO, Effects of particles blend ratio on surface quality in surface polishing using magnetic polishing liquid (MPL), Key Engineering Materials, Vols. 291-292, pp.337-342, 2005,
平成1710

Yongbo Wu, Kunio SHIMADA, Yat Choy WONG and Masana KATO, An approach to surface finishing using a newly developed magnetic polishing liquid, International Journal for Manufacturing Science and Technology, Vol.5, No.2, pp.46-54, 2005, 平成1710

Kunio SHIMADA, Atsushi SHIBAYAMA, Eiichiro YUZE, Hitoshi SAITOH and Syunji ISHIO, Magnetism and self-assembled structure utilizing micro- and nano-particles, Journal of Metastable and Nanocrystalline Materials, Vol. 24-25, pp.121-124, 2005, 平成179

 

Hiroshi YAMAGUCHI, Daisuke INOUE, Kunio SHIMADA, Shigemitsu SHUCHI and Hideya NISHIYAMA, Pressure characteristics of ER damper with different piston velocity, International Journal of Modern Physics B, Nos. 7-9, pp.1598-1604, 2005, 平成179

 

Atsushi SHIBAYAMA, T. OTOMO, Yoichi AKAGAMI, Kunio SHIMADA and Toyohisa FUJITA, Preparation and abrasion properties of magneto-rheological fluid of dispersed silica-coated iron, International Journal of Modern Physics B, Vol. 19, Nos. 7-9, pp.1121-1127, 2005, 平成179

 

Atsushi SHIBAYAMA, T. OTOMO, Kunio SHIMADA and Toyohisa FUJITAMeasurement of interactive surface force of suspended particles in ER and MR suspensions under electric and magnetic fieldInternational Journal of Modern Physics B, Vol. 19, Nos. 7-9, pp.1177-1183, 2005, 平成179

 

Yasushi IDO, Shin ISHIDA, Shinichi OHKUBO and Kunio SHIMADA, Response of a silicon rubber membrane containing a magnetic compound fluid to progressive magnetic field, Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.16-17, 2005, 平成179

 

Hideto KANNO, Junji OGAWA and Kunio SHIMADA, MR fluid damper composed of different size of particles, Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.20-21, 2005, 平成179

 

Kunio SHIMADA, Investigation of efficiency of a parallel duct-type energy conversion device utilizing a magnetic fluid, Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.24-25, 2005, 平成179

 

Kunio SHIMADA and Hideto KANNO, Possibility of utilizing MCF in viscous damper of passive type, Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.26-27, 2005, 平成179

 

Kunio SHIMADA and Shigemitsu SHUCHI, Relation between formation of cluster and magnetic property in magnetic compound fluid (MCF) and new cluster model, Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.32-33, 2005, 平成179

 

Yasushi IDO, Shin ISHIDA and Kunio SHIMADA, Vibration response of a silicon rubber membrane containing a magnetic compound fluid induced by an impulsive magnetic field, Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.54-55, 2005, 平成179

 

Hitoshi NISHIDA, Kunio SHIMADA and Makoto GOTO, Relationship between Abrasive Grains and Rotational Magnetic Field in Polishing of Inner Capillary Walls using Magnetic Compound Fluid (MCF), Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.116-117, 2005, 平成179

 

Hitoshi NISHIDA, Kunio SHIMADA and Makoto GOTO, Polishing Inner Capillary Walls by a Magnetic Compound Fluid, Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.118-119, 2005, 平成179

 

Yongbo WU, Kenji TETSUKA, Masana KATO, Kunio SHIMADA and Yat Choy WONG, A new magnetic polishing liquid (MPL) proposed for contact force-free surface finishing: part 1, behaviour under magnetic field and fundamental performance in metal surface finishing, Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.150-151, 2005, 平成179

 

Yongbo WU, Kenji TETSUKA, Masana KATO, Kunio SHIMADA and Yat Choy WONG, A new magnetic polishing liquid (MPL) proposed for contact force-free surface finishing: part 2, detailed performances in meatl surface finishing, Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.152-153, 2005, 平成179

 

Kunio SHIMADA, A heat conduction approach to a parallel duct-type energy conversion device utilizing a magnetic fluid, Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.190-191, 2005, 平成179

 

Shigemitsu SHUCHI, Kunio SHIMADA and Hiroshi YAMAGUCHIThermomagnetic convection in a 2D rectangular box with an inner cooler, Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.196-197, 2005, 平成179

 

Hiroshi YAMAGUCHI, Kunio SHIMADA, Xinrong ZHANG and Daisuke INOUE, Flow characteristics of ER Fluid in the Model Damper, Proceedings of 12th International Symposium on Interdisciplinary Electromagnetic, Mechanics and Biomedical Problems, pp.388-389, 2005, 平成179

 

Kunio SHIMADA, Yongbo WU, Yoshio MATSUO and Keita YAMAMOTO, Float polishing technique using new tool consisting of micro magnetic clusters, Journal of Materials processing Technology, Vol.162-163, pp.690-695, 2005, 平成176

 

Kunio SHIMADA, Yongbo WU, Yoshio MATSUO and Keita YAMAMOTO, New polishing technique using new polishing tool consisting of micro magnetic clusters in float polishing, Proceedings of the Worldwide Congress on Advances in Materials and Processing Technologies, pp.547-550, 2005, 平成175

 

Seiichi SUDO, A. NAKAGAWA, Kunio SHIMADA and Hideya NISHIYAMA, Shape response of functional fluid drops in alternating magnetic fields, Journal of Magnetism and Magnetic Materials, Vol.289, pp.321-324, 2005, 平成174

  

Kunio SHIMADA, Shigemitsu SHUCHI, Hideto KANNO, Yongbo WU and Shinichi KAMIYAMA, Magnetic cluster and its applications, Journal of Magnetism and Magnetic Materials, Vol.289, pp.9-12, 2005, 平成174

Kunio SHIMADA and Hideo OKA, Magnetic characteristics of magnetic compound fluid (MCF) under DC and AC magnetic fields, Journal of Magnetism and Magnetic Materials, Vol.290/291, pp.804-807, 2005, 平成174

菅野秀人,島田邦雄,小川淳二磁気反応流体を用いた粘性ダンパの可変減衰能に関する実験研究日本機械学会論文集71703Bpp.869-8762005,平成173

Kunio SHIMADA, Shigemitsu SHUCHI and Hideto KANNO, Magnetic rubber having magnetic clusters composed of metal particles, Journal of Intelligent Material Systems and Structures, Vol. 16, pp.15-20, 2005, 平成171

2004

西田 均,島田邦雄,藤田檮典,奥井健一ER流体を用いた回転形デバイスにおける電流密度の過渡特性日本AEM学会誌122pp.121-1262004平成1611

Atsushi SHIBAYAMA, T. OTOMO, Kunio SHIMADA and Toyohisa FUJITA, Measurement of interactive surface force of suspended particles in ER and MR suspensions under electric and magnetic field, Proc. Of the 9th International Conference of Electrorheological Fluids and Magnetorheological Suspensions, pp.163-169, 2004, 平成168

Atsushi SHIBAYAMA, T. OTOMO, Yoichi AKAGAMI, Kunio SHIMADA and Toyohisa FUJITA, Preparation and abrasion properties of magneto-rheological fluid of dispersed silica-coated iron, Proc. of the 9th International Conference of Electrorheological Fluids and Magnetorheological Suspensions, pp.59-65, 2004, 平成168

Kunio SHIMADA, Shigemitsu SHUCHI, Toyohisa FUJITA, Toshio MIYAZAKI, Atsushi SHIBAYAMA and Shinichi KAMIYAMA, Newly improved Magnetic Compound Fluid (MCF) for more stability of particle dispersion, International Journal of Applied Electromagnetics in Materials, Vol.19, pp.351-354, 2004, 平成165

Kunio SHIMADA, Shigemitsu SHUCHI Atsushi SHIBAYAMA, Shinichi KAMIYAMA and Akira SATOH, Effect of a magnetic cluster on the magnetic pressure of a magnetic compound fluid, Fluid Dynamic Research, Vol.34, No.1, pp.21-pp.23, 2004, 平成161

2003

島田邦雄,菅野秀人,須知成光,小川淳二,神山新一,磁気混合流体(MCF)ダンパの特性とクラスタの影響,日本AEM学会誌,11巻3号,pp.179-185,2003,平成15年12月

島田邦雄,菅野秀人,小川淳二,須知成光,神山新一,無沈降型粘性ダンパの開発,日本機械学会論文集,69巻685号B編,pp.2075-pp.2082,2003,平成15年9月

 
Seiichi SUDO, Akira NAKAGAWA, Kunio SHIMADA and Hideya NISHIYAMA, Interaction of two functional fluid drops in a magnetic field, Magnetohydrodynamics, Vol.39, No.3,pp.361-pp.368,2003,平成15年9月

Hiroshi YAMAGUCHI, T. Yonemura, Kunio SHIMADA and Shigemitsu SHUCHI, Therno-magnetic natural convection in rectangular box, Proceedings of 16th International Symposium on Transport Phenomena, 2005, 平成15年8月

Yongbo WU, Yat Choy WONG, Kunio SHIMADA, Hiroki KONNO and Masana KATO, An approach to surface finishing using a newly developed magnetic polishing liquid (MPL), Proceedings of International Conference on precision Engineering 2003, pp.496-497, 2003, 平成15年8月


Kunio SHIMADA, Shigemitsu SYUCHI and Shinichi KAMIYAMA, Oscillatory flow of a magnetic fluid in a pipe at low frequency range under a magnetic field : phase difference of pressure, Proceedings of 4th ASME/JSME Joint Fluid Engineering Conference,FEDSM2003-45037,2003,平成15年7月

Kunio SHIMADA, Yongbo WU and Yat Choy WONG, Effect of magnetic cluster and magnetic field on polishing using magnetic compound fluid (MCF), Journal of Magnetism Magnetic and Materials, Vol.262, No.2, pp.242-pp.247, 2003, 平成15年5月

Kunio SHIMADA, Toshio MIYAZAI, Atsushi SHIBAYAMA and Toyohisa FUJITA,Extraction of magnetic clusters self-assembled by a magnetic field, Smart Materials and Structures, Vol.12,No.2,pp.297-pp.303,2003,平成15年4月

2002

Hitoshi NISHIDA and Kunio SHIMADA,Characteristics of braking devices using ERF,Proceedings of SPIE,Vol.4934,pp.340-pp.350, 2002,平成14年12月


Kunio SHIMADA, Yongbo WU, Yat Choy WONG, Toyohisa FUJITA, Toshio MIYAZAKI and Atsushi SHIBAYAMA,Experimental investigation of the effect of the MPL (magnetic polishing liquid) on surface finishing,Proceedings of SPIE,Vol.4936,pp.312-pp.320, 2002,平成14年12月

Kunio SHIMADA, Hideto KANNO, Junji OGAWA, Shigemitsu SHUCHI, and Shinichi KAMIYAMA,New magnetic viscous damper with intelligent or smart fluid for the next generation,Proceedings of SPIE,Vol.4936,pp.241-pp.251, 2002,平成14年12月

Yat Choy WONG, Yongbo WU, Kunio SHIMADA and Masana KATOThe effects of polishing with magnetic compound fluidProc. of 5th International Conference on Behavior of Materials in Machiningpp.293-pp.296, 2002,平成1411

Seiichi SUDO, A. NAKAGAWA, Kunio SHIMADA and Hideya NISHIYAMAThe dynamic behavior of functional fluid drops in a magnetic fieldProceedings of 5th JSME-KSME Fluids Engineering Conferencepp.OS8-1-13-pp.OS8-1-18, 2002,平成1411

 
Kunio SHIMADA, Hideto KANNO, Shinichi KAMIYAMA and Junji OGAWANew damper utilizing in the structures with intelligent fluidProceedings of 5th JSME-KSME Fluids Engineering Conferencepp.OS8-1-pp.OS8-1-6, 2002平成1411

Seiichi SUDO, Akira NAKAGAWA, Kunio SHIMADA and Hideya NISHIYAMA,Interaction of two functional fluid drops in a magnetic field,Proceedings of Intenational pamir Conference on Functional and Applied MHD,pp.Ⅳ-7-pp.Ⅳ-12, 2002,平成14年9月

Kunio SHIMADA, Shinichi KAMIYAMA and Shigemitsu SHUCHI,Changing effect of nonuniform distribution of mass concentration on a steady magnetic fluid pipe flow by orifice and magnetic field,Proceedings of Intenational pamir Conference on Functional and Applied MHD,pp.Ⅳ-35-pp.Ⅳ-40, 2002,平成14年9月

 Hiroshi YAMAGUCHI, Z. ZHANG, Shigemitsu SHUCHI and Kunio SHIMADA, Heat transfer characteristics of magnetic fluid in a partitioned rectangular box, Journal of Magnetism Magnetic and Materials, Vol.252, pp.203-pp.205, 2002, 平成149

Kunio SHIMADA, Yoichi AKAGAMI, Toyohisa FUJITA, Toshio MIYAZAKI, Shinichi KAMIYAMA and Atsushi SHIBAYAMA, Characteristics of MCF (Magnetic Compound Fluid) in a rotating rheometer, Journal of Magnetism Magnetic and Materials, Vol.252, pp.235-pp.237, 2002, 平成149

Shigemistu SHUCHI, Kunio SHIMADA, Shinichi KAMIYAMA and Hiroshi YAMAGUCHI, Hydrodynamic characteristics of steady magnetic fluid flow in a straight tube with taking into account of nonuniform distribution of mass Concentration, Journal of Magnetism Magnetic and Materials, Vol.252, pp.166-pp.168, 2002, 平成149

Kunio SHIMADA and Tsutomu MATSUDANumerical prediction of the vortex shedding from rectangular bodies in the wind as for the bodies vibrationProceedings of 8th Intenarional Symposium on Fluid Modeling and Turbulence Measurements, Advances in Fluid Modeling and Turbulence Measurements, pp.751-pp.758, 2002,平成148

Atsushi SHIBAYAMA, Toshio MIYAZAKI, Toru OTOMO, Toyohisa FUJITA and Kunio SHIMADA, Relationship between chain structures and viscosity in the magneto-rheological suspensions stable dispersing different concentration of iron particles with smectite, International Journal of Modern Physics B, Vol. 16, Nos. 17 & 18, pp.2364-pp.2370, 2002, 平成147

Kunio SHIMADA, Yoichi AKAGAMI, Shinichi KAMIYAMA, Toyohisa FUJITA, Toshio MIYAZAKI and Atsushi SHIBAYAMA, New microscopic polishing with magnetic compound fluid (MCF), Journal of Intelligent Materials Systems and Structures, Vol.13, No.7, pp.405-pp.408, 2002, 平成147

Kunio SHIMADA, Hitoshi NISHIDA and Yoichi AKAGAMI, Electrorheological rotating disk clutch mechanism under AC electric field: part 2- efficiency metrics, Journal of Intelligent Materials Systems and Structures, Vol.13, No.7, pp.497-pp.502, 2002, 平成147

Kunio SHIMADA, Hitoshi NISHIDA and Yoichi AKAGAMI, Electrorheological rotating disk clutch mechanism under AC electric field: part 1- Torque and Current Density, Journal of Intelligent Material Systems and Structures, Vol.13, No.7, pp.491-pp.496, 2002, 平成147

Shinichi KAMIYAMA and Kunio SHIMADA, Thermomagnetic convection phenomena in flowing condition of magnetic fluid, Magnetohydrodynamics, Vol.38, No.3, pp.301-pp.305, 2002, 平成146

Kunio SHIAMADA, Hiroshi YAMAGUCHI and Shigemitsu SHUCHIEffect of nonuniform distribution of mass concentration on oscillatory pipe flow under steady and fluctuating magnetic fieldDigest of 2002 IEEE International Magnetics ConferenceCE09, 2002,平成145

Shigemitsu SHUCHI, Hiroshi YAMAGUCHI, Kunio SHIMADA and Shinichi KAMIYAMA, Flow and thermal characteristics of magnetic fluid in a partly heated pipe, Advanced Computational Methods in Heat Transfer, Vol.7, pp.55-pp.64, 2002, 平成145

島田邦雄,藤田豊久,神山新一,赤上陽一,磁気混合流体(MCF)の流動特性に及ぼす諸因子の影響についての実験的研究とその応用,日本AEM学会誌,10巻1号,pp.67-pp.72, 2002,平成14年3月

Hiroshi YAMAGUCHI, Z. ZHANG, Shigemitsu SHUCHI and Kunio SHIMADA, Gravity simulation of natural convection in magnetic fluid, JSME International Journal, Vol.45, No.1, Ser.B, pp.61-pp.65, 2002, 平成141

西田 均,島田邦雄,ER流体中の回転円板のトルク特性に及ぼす濃度と電極間隔の影響,フルイドパワーシステム,331号,pp.1-pp.82002,平成141


 

2001

島田邦雄,藤田豊久,岡 英夫,赤上陽一,神山新一,MCF(磁気混合流体)の流体力学的特性と磁化特性,日本機械学会論文集,67664B編,pp.3034-pp.30402001,平成1312

Atsushi SHIBAYAMA, Toshio MIYAZAKI, Toru OTOMO, Toyohisa FUJITA and Kunio SHIMADARelationship between chain structures and viscosity in the magneto-rheological suspensions stable dispersing different concentration of iron particles with smectiteProceedings of 8th International Conference on Electrorheological Fluids and Magneto-rheological Suspensionspp.422-pp. 428, 2001,平成1311

 
Kunio SHIMADA, Yoichi AKAGAMI, Shinichi KAMIYAMA, Toyohisa FUJITA, Toshio MIYAZAKI and Atsushi SHIBAYAMANew microscopic polishing with magnetic compound fluid (MCF)Proceedings of 8th International Conference on Electrorheological Fluids and Magneto-rheological Suspensionspp.9-pp.15, 2001,平成1311

Kunio SHIMADA, Hitoshi NISHIDA and Yoichi AKAGAMIElectric power and efficiency under A. C. Electric Field on A Rotating Device of Disk type with Suspension-type Electrorheological FluidProceedings of 8th International Conference on Electrorheological Fluids and Magneto-rheological Suspensionspp.208-pp.2142001,平成1311

 
Kunio SHIMADA, Hitoshi NISHIDA and Yoichi AKAGAMITorque and Current Density under A. C. Electric Field on A Rotating Device of Disk Type with Suspension-type Electrorheological FluidProceedings of 8th International Conference on Electrorheological Fluids and Magneto-rheological Suspensionspp.215-pp.221, 2001,平成1311

Hiroshi YAMAGUCHI, Z. ZHANG, Shigemitsu SHUCHI and Kunio SHIMADAGravity simulation of natural convection in magnetic fluidProceedings of the 1st International Symposium on Advanced Fluid Informationpp.311- pp.3152001,平成1310

Kunio SHIMADA, Shinichi KAMIYAMA and Shigemitsu SHUCHINumerical analysis of effect of orifice in a pipe on steady magnetic fluid flow taking into account nonuniform distribution of mass concentrationProceedings of the 1st International Symposium on Advanced Fluid Informationpp.484-4892001,平成1310

Kunio SHIMADA, Naohiko MATSUDA and Makio IWABUCHI, Thermohydrodynamic characteristics of cascaded arc plasma generator with large ratio of radius and pipe length, Physics of Plasma, Vol.8, No.5, Pt.1pp.1722-pp.1728, 2001, 平成135

Kunio SHIMADA, Shigemitsu SHUCHI, Shinichi KAMIYAMA and Hiroshi YAMAGUCHINumerical analysis of a steady magnetic fluid flow taking into account nonuniform distribution of mass concentration and prorate ellipsoids under a nonuniform magnetic fieldStudies in Applied Electromagnetics and MechanicsVol.9pp.469-pp.470, 2001,平成135

Kunio SHIMADA, Shigemitsu SHUCHI, Shinichi KAMIYAMA and Hiroshi YAMAGUCHI, Numerical analysis of a steady magnetic fluid flow taking into account nonuniform distribution of mass concentration and prorate ellipsoids under a nonuniform magnetic field, International Journal of Applied Electromagnetics in Materials, Vol.14, pp.455-pp.458, 2001, 平成131 

2000

島田邦雄,神山新一,山口博司,磁場と温度場を利用した磁性流体の駆動速度に関する理論予測,日本AEM学会誌,84号,pp.50-pp.542000,平成1212

Kunio SHIMADA, Hitoshi NISHIDA and Hiroshi YAMAGUCHI, Theoretical analysis of the hydrodynamic characteristics of electrorheological fluid in a parallel duct flow, Applied Mechanics and Engineering, Vol.5, No.4, pp.803-pp.820, 2000, 平成1212

 
Kunio SHIMADA and Shinichi KAMIYAMA, Hydrodynamic characteristics of electrorheological fluid in a parallel duct flow, International Journal of Modern Physics B, Vol.15, Nos. 6 & 7, pp.980-pp.987, 2000, 平成1211

Kunio SHIMADA, Hitoshi NISHIDA and Toyohisa FUJITA, Difference in steady characteristics and response time of ERF on rotational flow between rotating disk and concentric cylinder, International Journal of Modern Physics B, Vol.15, Nos. 6 & 7, pp.1050-pp.1056, 2000, 平成1211

Kunio SHIMADA and Shinichi KAMIYAMAHydrodynamic characteristics of electrorheological fluid in a parallel duct lowProceedings of 7th International Conference on Electrorheological Fluids and Magneto-rheological Suspensionspp.486-pp.493, 2000,平成1210

Kunio SHIMADA, Hitoshi NISHIDA and Toyohisa FUJITADifference in steady characteristics and response time of ERF on rotational flow between rotating disk and concentric cylinderProceedings of 7th International Conference on Electrorheological Fluids and Magneto-rheological Suspensionspp.556-pp.562, 2000,平成1210

Kunio SHIMADA and Shinichi KAMIYAMA, Numerical analysis of effect of distribution of mass concentration on steady magnetic fluid flow in a circular straight pipe, IEEE Transactions on Magnetics, Vol.36, No.5, pp.3706-pp.3708, 2000, 平成129

Kunio SHIMADA and Toyohisa FUJITA, A device to regulate rotational speed utilizing a rotating regulator with electrorheological fluid, Experimental Mechanics, Vol.40, No.2, pp.231-pp.240, 2000, 平成126

1999

Kunio SHIMADA, Shinichi KAMIYAMA and Hiroshi YAMAGUCHI,Effect of internal angular momentum of particles on thermohydrodynamics of energy conversion devices with straight and expansion parallel ducts by numerical analysis,Proceedings of the 6th Japanese-French Seminar on Magnetic Fluids,pp.1-2, 1999,平成11年10月

Hiroshi YAMAGUCHI, I. Kobori, Y. Uehata and Kunio SHIMADA, Natural convection of magnetic fluid in a rectangular box, Journal of Magnetism Magnetic and Materials, Vol.201, pp.264-pp.267, 1999, 平成118

Kunio SHIMADA, Shinichi KAMIYAMA and Makio IWABUCHIEffect of a magnetic field on the performance of an energy conversion system using magnetic fluidJournal of Magnetism Magnetic and MaterialsVol.201pp.357-pp.360, 1999,平成118

 
Kunio SHIMADA, Shinichi KAMIYAMA and Hiroshi YAMAGUCHINumerical analysis on thermohydrodynamics for energy conversion devices with straight and expansion ductsProceedings of 3rd ASME/JSME Joint Fluid Engineering ConferenceFEDSM99-71321999,平成117

Kenichi HARASHIMA, Makio IWABUCHI, Kenichi OKUI and Kunio SHIMADAExperimental Investigation of high speed jets of multiphase flow through AWJ nozzleProceedings of 3rd ASME/JSME Joint Fluid Engineering ConferenceFEDSM99-6952, 1999,平成117

 
原島謙一,岩渕牧男,奥井健一,島田邦雄,アブレシブウオータージェット用ノズル内の高速混相流の特性(第2報,運動量計測による固気液混相流の出口速度と相速度分布の実験的把握),日本機械学会論文集,65634号,B編,pp.1914-pp.19201999,平成116

原島謙一,岩渕牧男,奥井健一,島田邦雄,アブレシブウオータージェット用ノズル内の高速混相流の特性(第1報,一次元スリップモデルによる特性解析と実機データにもとづく考察),日本機械学会論文集,65634号,B編,pp.1907-pp.19131999,平成116

Knuio SHIMADA, Shinichi KAMIYAMA, Toyohisa FUJITA, Makio IWABUCHI, Hitoshi NISHIDA and Kenichi OKUI, Rheology of ERF on various flow fields, International Journal of Modern Physics B, Vol.13, No.14-16, pp.1886-pp.1892, 1999, 平成116

西田均,島田邦雄,岩渕牧男,藤田豊久,奥井健一,電気粘性流体中の回転円板の定常トルク特性に関する研究(第1報:回転円筒と回転円板の流動曲線の比較),日本機械学会論文集,65633号,B編,pp.1703-pp.17091999,平成115

西田均,島田邦雄,岩渕牧男,藤田豊久,奥井健一,スメクタイトERFを用いた回転円筒型デバイスの基本特性,日本油空圧学会論文集,301号,pp.1-pp.91999,平成111

西田均,島田邦雄,岩渕牧男,藤田豊久,奥井健一,スメクタイトERFを用いた回転円板型デバイスの定常特性に及ぼす諸因子の影響,日本機械学会論文集,65629号,C編,pp.269-pp.2761999,平成111

1998

島田邦雄,島田洋一,岩渕牧男,松田直彦,奥井健一,アークプラズマのアノードカソード間における熱流動特性と計測,日本AEM学会誌,64号,pp.377-pp.3861998,平成1012

原島謙一,岩渕牧男,奥井健一,島田邦雄,アブレシブウオータージェット用ノズル内の高速混相流の流動特性,噴流工学,151号,pp15-pp.231998,平成1010

 
Kunio SHIMADA, Shinichi KAMIYAMA and Hiroshi YAMAGUCHI,Numerical analysis on effect of angular momentum on natural convection of magnetic fluid rectangular duct,Proceedings of the 4th Interanational Conference on Intelligent Materials,pp.124-pp.125,1998,平成10年10月


島田邦雄,藤田豊久,岩渕牧男,西田均,奥井健一,ERF回転レギュレータ静特性と設計,日本機械学会論文集,63625号,B編,pp.2909-pp.29141998平成109

Kunio SHIMADA,Energy conversion device with diffuser parallel duct,Proceedings of 5th Japanese-French Seminar on Magnetic Fluids,pp.13-14, 1998,平成10年9月

島田邦雄,藤田豊久,岩渕牧男,西田均,奥井健一,電気粘性流体の流動場におけるER効果と非ニュートン性,日本AEM学会誌,62号,pp.131-pp.1391998,平成106

Kunio SHIMADA, Makio IWABUCHI, Shinichi KAMIYAMA, Toyohisa FUJITA, Hitoshi NISHIDA and Kenichi OKUIRotating Regulator with Electrorheological FluidStudies in Applied Electromagnetics and MechanicsVol.13pp.867-pp.870, 1998,平成104

1997

Kunio SHIMADA,Experimental study on oscillatory characteristics of magnetic fluid and its application to damper and actuator,Proceedings of 4th Japanese-French Seminar on Magnetic Fluids,pp.25-26, 1997,平成9年11月

島田邦雄,岩渕牧男,神山新一,奥井健一,磁性流体を用いたエネルギー変換装置における流動特性と効率に及ぼす粒子の凝集の影響,日本機械学会論文集,63614号,B編,pp.3310-pp.33171997,平成910

Hitoshi NISHIDA, Kunio SHIMADA, Makio IWABUCHI, Toyohisa FUJITA and Kenichi OKUIDynamic characteristics of torque reacting on a rotating disk in  electro-rheological fluid of a suspension-typeProceedings of International Conference on Fluid EngineeringVol.1pp.491-pp.496, 1997,平成97

Kunio SHIMADA, Makio IWABUCHI, Kenichi OKUI and Shinichi KAMIYAMAEffects of nonuniform magnetic and temperature fields on oscillating plug flow of magnetic fluidProceedings of International Conference on Fluid EngineeringVol.1pp.281-pp.2851997,平成97

Kunio SHIMADA, Makio IWABUCHI and Kenichi OKUITheoretical prediction with thermodynamic approach of heat transfer on energy conversion systems of a magnetic fluidProceedings of the International Symposium on Hydrodynamics of Magnetic Fluids and its Applicationspp.116-pp.119, 1997,平成97

Kunio SHIMADA, Shinichi KAMIYAMA, Toyohisa FUJITA, Makio IWABUCHI, Hitoshi NISHIDA and Kenichi OKUIRheology of ERF on various flow fieldsProceedings of the 6th International Conference on ERF, MRS and Their Applications, pp.256-pp.262, 1997,平成97

Kunio SHIMADA, Toyohisa FUJITA, Makio IWABUCHI, Hitoshi NISHIDA and Kenichi OKUIBraking device and rotating regulator with ERFProceedings of the 6th International Conference on ERF, MRS and Their Applicationspp.680-pp.686, 1997,平成97

Hitoshi NISHIDA, Kunio SHIMADA, Makio IWABUCHI, Toyohisa FUJITA and Kenichi OKUITheoretical analysis of flow around a rotating disk in ERF of suspension typeProceedings of the 6th International Conference on ERF, MRS and Their Applicationspp.339-pp.346, 1997,平成97

Kunio SHIMADA, Makio IWABUCHI, Shinichi KAMIYAMA, Akira SATOH and Kenichi OKUIThe effect of magnetic field on particle aggregation of a magnetic fluid in a pipeExperimental Heat Transfer, Fluid Mechanics and ThermodynamicsVol.3pp.1609-p.1613, 1997,平成96

Kenichi OKUI, Makio IWABUCHI, Kunio SHIMADA and Kenichi HarashimaCharacteristics of vortex-shedding frequency in finned tube banks with inline arrangementExperimental Heat Transfer, Fluid Mechanics and ThermodynamicsVol.3pp.1451-pp.1458, 1997,平成96

Kunio SHIMADA, Toyohisa FUJITA, Makio IWABUCHI, Kenichi OKUI and Shinichi KAMIYAMAExperimental research on rotating regulator as braking device with

Electrorheological fluidExperimental Heat Transfer, Fluid Mechanics and ThermodynamicsVol.3pp.1491-pp.1495, 1997,平成96

島田邦雄,藤田豊久,岩渕牧男,奥井健一,電気制御による流体摩擦を用いた制動装置,自動車技術会論文集,281号,pp121-pp1261997,平成91

 
1996

島田邦雄,藤田豊久,岩渕牧男,奥井健一,粒子分散型電気粘性流体の電場印加による見掛け粘度の増加についての粒子内部角運動量を考慮した理論による流体力学的考察,日本レオロジー学会誌,243号,pp139-pp1421996,平成89

Kunio SHIMADA, Makio IWABUCHI and Kenichi OKUIEffect of aggregation of particles on thermohydrodynamic characteristics of a magnetic fluid susceptible to temperature in a nonuniform magnetic fieldStudies in Applied Electromagnetics and Mechanics, Non-Linear Electromagnetic SystemsVol.10, pp.394-pp.397,1996,平成89

 
Kunio SHIMADA, Makio IWABUCHI, Kenichi OKUI and Shinichi KAMIYAMA, The effect of several factors on thermohydrodynamic characteristics on energy conversion system with magnetic fluidApplied Mechanics and Engineering, Vol.1, No.4, pp.543-pp.554, 1996, 平成88

0.Kunio SHIMADA, Makio IWABUCHI and Kenichi OKUI, Theoretical analysis on thermo-hydrodynamics of liquid particle two phase flow in magnetic field by kinetic theory of Boltzmann equation, Advanced Computational Methods in Heat Transfer, Vol.4, pp.579-pp.588, 1996, 平成88

Kunio SHIMADA, Makio IWABUCHI, Kenichi OKUI and Shinichi KAMIYAMA, Basic research on oscillating plug flow of actuator with magnetic fluid susceptible to temperature at low frequency, Applied Mechanics and Engineering, Vol.1, No.4, pp.519-530, 1996, 平成87

Kunio SHIMADA, Shinichi KAMIYAMA, Makio IWABUCHI and Kenichi OKUIMagnetic Fluid DamperStudies in Applied Electromagnetics in Materials, Applied Electromagnetics And Computational TechnplogyVol.11pp.53-pp.60, 1996,平成87

Kunio SHIMADA, Toyohisa FUJITA, Makio IWABUCHI and Kenichi OKUIBraking device with electrorheological fluidInterdisciplinary Applied Electromagnetics by editors A.Gottvald and I. Zemanek, CSAEM, Brno & Prahapp.147-pp.155, 1996,平成87

島田邦雄,藤田豊久,岩渕牧男,奥井健一,弾力性のある粒子を含む電気粘性流体の回転流体内におけるER効果,粉体粉末冶金,436号,pp766-pp7701996,平成86

島田邦雄,藤田豊久,岩渕牧男,奥井健一,電場下の粒子分散型電気粘性流体の流体力学特性についての粒子の影響を考慮した理論解析による流体力学的検討,粉体粉末冶金,436号,pp771-pp7761996,平成86

Kunio SHIMADA, Toyohisa FUJITA, Makio IWABUCHI and Kenichi OKUI, Hydrodynamic investigation on electrorheology of a colloidal electrorheological fluid, Magnithaya Gidrodinamika (in Russian), Vol.32, No.4, pp.483-486, 1996, 平成85

Kunio SHIMADA, Toyohisa FUJITA, Makio IWABUCHI and Kenichi OKUI, Hydrodynamic investigation on electrorheology of a colloidal electrorheological fluid, Magnetohydrodynamics, Vol.32, No.4, pp.455-458, 1996, 平成85

Kunio SHIMADA, Toyohisa FUJITA, Makio IWABUCHI and Kenichi OKUIThe effect of aggregation on rheological characteristics of an electrorheological fluid of the particle dispersion typeAdvanced Powder Technology, The International Journal of the Society of Powder Technology, Vol.7, No.4, pp.319-pp.328, 1996, 平成82
 

1995

温度場作用による磁性流体アクチュエータに関する基礎的研究,島田邦雄,岩渕牧男,中田昌輝,嵐 敬晶,奥井健一,日本AEM学会誌,32号,pp38-pp441995,平成76

島田邦雄,小山忠正,川辺秀二,神山新一,福田秀章,佐藤 彰,岩渕牧男,磁性流体アクチュエータの動特性に関する研究,日本AEM学会誌,31号,pp40-pp451995,平成73

島田邦雄,岩渕牧男,奥井健一,藤田豊久,粒子分散型電気粘性流体のレオロジ特性に及ぼす凝集の影響に関する研究,粉体工学会誌,321号,pp10-pp151995,平成71
 

1994

Kunio SHIMADA and Shinichi KAMIYAMA, Pulsating flow of magnetic fluid in a pipe under fluctuating magnetic field, JSME International Journal, Fluids and Thermal Engineering, Sreies B, Vol.37, No.1, pp.71-pp.76, 1994, 平成62

島田邦雄,神山新一,佐藤 彰,圧力による磁性流体の体積変化に及ぼす磁場の影響,粉体および粉末冶金,412号,pp105-pp1081994,平成62

1993

島田邦雄,神山新一,磁性流体の粘性ダンパの振動特性に及ぼす磁場の影響,日本機械学会論文集,59567B編,pp3493-pp34971993,平成511

Knuio SHIMADA, Shinichi KAMIYAMA and Akira SATOHEffect of magnetic field on particle aggregation and oscillatory flow characteristics of magnetic fluidExperimental Heat Transfer, Fluid Mechanics and ThermodynamicsVol.2pp.1709-pp.1712, 1993平成510

Kunio SHIMADA, Shinichi KAMIYAMA and Fumio FUJISAWAUnsteady pipe flow characteristics of mafnetic fluidProceedings of the Second International Conference on Fluid Mechanicspp.776-pp.781, 1993,平成57

Kunio SHIMADA, Makio IWABUCHI and Kenichi OKUIThermohydrodynamic characteristics in energy conversion system of magnetic fluid in a magnetic fieldProceedings of the ASME/JSME Thermal Engineeringpp.397-pp.402, 1995平成53

Kunio SHIMADA and Shinichi KAMIYAMATheoretical analysis of magnetic fluid flow in consideration of nonuniform dispersion of magnetic particlesStudies in Applied Electromagnetics in Materials, Simulation and Design of Applied Electromagnetic SystemsVol.5pp.449-pp.452, 1993,平成51


1992

Kunio SHIMADA and Shinichi KAMIYAMAParticle aggregation and oscillatory pipe flow of magnetic fluidsProceedings of the Sixth International Conference on Ferritespp.1717-pp.1719, 1992,平成49 

Kunio SHIMADA and Shinichi KAMIYAMA, Oscillatory pipe flow of a magnetic fluid in a strong magnetic field, Journal of Magnetism and Magnetic Materials, Vol.122, pp.214-pp.216, 1993, 平成46

島田邦雄,神山新一,変動磁場下における磁性流体の脈動流に関する基礎的研究,日本機械学会論文集,58548B編,pp1297-pp13021992,平成44

 
Kunio SHIMADA and Shinichi KAMIYAMAExperimental study of dynamic characteristics of magnetic fluid viscous dampersStudies in Applied Electromagnetics in Materials, Nonlinear Phenomena in Electromagnetic FieldsVol.3pp.153-pp.156, 1992,平成41

Kunio SHIMADA, Tadamasa OYAMA, Hideya NISHIYAMA and Shinichi KAMIYAMA, Oscillatory flow of magnetic fluid in a vertical pipe with transverse and longitudinal magnetic fluids, International Journal of Applied Electromagnetics in Materials, Vol.2, pp.301-pp.305, 1992, 平成41 

1991

島田邦雄,神山新一,磁性流体の粘性ダンパの振動特性に関する基礎的研究,日本機械学会論文集,57544B編,pp4111-pp41151991,平成312

神山新一,島田邦雄,磁性流体の管内振動流に関する研究(わずかに圧縮性を考慮した場合の理論解析),日本機械学会論文集,57536B編,pp1273-pp12761991,平成34

 
神山新一,島田邦雄,磁性流体の管内振動流に関する研究(粒子の凝集を考慮した場合の理論解析),日本機械学会論文集,57534B編,pp526-pp5291991,平成32

Kunio SHIMADA, Tadamasa OYAMA, Hideya NISHIYAMA and Shinichi KAMIYAMAOscillatory flow of magnetic fluid in a vertical pipe with transverse and longitudinal magnetic fluidsStudies in Applied Electromagnetics in Materials, Electromagnetic Forces and ApplicationsVol.1pp.135-pp.138, 1991,平成31

1990

Shinichi KAMIYAMA and Kunio SHIMADAEffect of magnetic field on os

cillatory flow of magnetic fluid in a pipeProceedings of the Second KSME-JSME Fluids Engineering ConferenceVol.2pp.299-pp.3031990,平成210

 
1989

神山新一,島田邦雄,磁性流体の管内振動流に及ぼす磁場の影響,粉体および粉末冶金,366号,pp794-pp7981990,平成元年8



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