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Profile
WATANABE Tetsuya
| ■Faculty: | Graduate School of Science and Engineering | ■TEL: | ||
| ■Position: | Professor | ■FAX: | ||
| ■Address: | 255 Shimo-Okubo, Sakura-ku, Saitama City, Saitama 338-8570, JAPAN | ■Mail Address: | ||
| ■Web site: |
Profile
Assigned Class
- Faculty of Engineering
Research
Books, Articles, etc.
- Articles
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フライラインの力学 －ロールキャストの検討－
,精密工学会誌,79(1):104-111 2013
渡邉鉄也，鞆田顕章 -
柔軟紐状振子の運動
,日本機械学会論文集Ｃ編,79(799):91-100 2013
渡邉鉄也，鞆田顕章 -
ひし形リンク構造を用いた免震設計に関する研究
,日本機械学会論文集C編,79(801):448-455 2013
佐藤和希，渡邉鉄也，鞆田顕章 -
弾塑性による地震応答低減効果に関する研究
,日本機械学会論文集C編,79(803):221-230 2013
渡邉鉄也，鞆田顕章 -
耐震設計用摩擦系応答スペクトルの実験的検証
,日本機械学会論文集Ｃ編,78(793):40-48 2012
鞆田顕章，筒井邦裕，渡邉鉄也 -
地震時における構造物のロッキング振動（2自由度系転倒マップの提案）
日本機械学会,日本機械学会論文集C編,77(778):81-90 2011
小林浩一，渡邉鉄也，田中基八郎，鞆田顕章 -
Acceleration Response Estimation of a Structure on a Supportive Structure for Seismic Design
,JSME, Journal of System Design and Dynamics,4(3):484-494 2010
Tetsuya WATANABE, Masatoshi IKEDA and Nobuyuki KOBAYASHI -
脳波を用いた環境音の快適性評価
,日本機械学会論文集C編,76(771):130-136 2010
平澤 瞬,渡邉鉄也,田中基八郎 -
摩擦系応答スペクトルにおける鉛直振動の影響
,日本機械学会論文集C編,76(771):137-144 2010
渡邉鉄也,鞆田顕章 -
Seismic Response of a Two-degree-of freedom System with Friction Based on the Mass Ratio
日本機械学会,JSME Journal of System Design and Dynamics,3(2):227-236 2009
Akinori TOMODA, Tetsuya WATANABE, Kihachiro TANAKA -
エネルギに基づく摩擦系の応答低減マップ
日本機械学会,日本機械学会論文集C編,75(756):2231-2238 2009
渡邉鉄也、鞆田顕章、須田峻一、田中基八郎 -
フライラインの力学 フォルスキャストの検討
精密工学会,精密工学会誌,75(12):1464-1469 2009
渡邉鉄也、田中基八郎 -
フライラインの力学(シンキングライン)
日本機械学会,日本機械学会論文集C編,75(752):830-836 2009
渡邉鉄也、小出祐基、鞆田顕章、田中基八郎 -
衝突音と聴感周波数
日本機械学会,日本機械学会論文集C編,75(758):2703-2708 2009
山口敏史、渡邉鉄也、田中基八郎 -
弾塑性系応答スペクトルに関する研究
日本機械学会,日本機械学会論文集C編,75(759):2885-2892 2009
渡邉鉄也、中山仁志、鞆田顕章、田中基八郎 -
摩擦系応答スペクトルを用いた2自由度摩擦系の地震応答推定
日本機械学会,日本機械学会論文集C編,75(757):2497-2506 2009
鞆田顕章、渡邉鉄也、田中基八郎 -
Estimation of the damping ratio of the coupled system based on the damping ratios of two 1-dof systems
JSME,Journal of System Design and Dynamics,2(4) 2008
Tetsuya WATANABE, Akinori TOMODA and Kihachiro TANAKA -
新型機能性摩擦ダンパの開発に関する研究
埼玉大学総合研究機構,総合研究機構研究プロジェクト研究成果報告書(5(18年度)):571-572 2007
渡邉鉄也
Study on Adaptive Friction Damper -
Experimental Study on Ball Screw Type Magnetic Friction Damper: Semiactive Control Using Electromagnet
ASME,Journal of Pressure Vessel Technology,126:110-114 2004
Watanabe,T., Suzuki,K., Iiyama,F., Sodeyama,H. -
フライラインの力学 : 手首固定条件におけるキャスティング実験
日本機械学会,日本機械学會論文集. C編,70(690):184-191 2004
渡邉 鉄也, 田中 基八郎, 細矢 直基
This study uses experimental and computational analysis to investigate the dynamic behavior of a fly line. Fly-casting is one of the most significant issues in fly-fishing. In order to cast a lightweight fly, the weight of a fly line is utilized. Fling speed, the casting process and the loop shape of the line while in flight are important for the proper presentation of flies. Moreover, the shape of a fly line is also important for a long cast or controlled cast. In this paper, the fly-casting process is investigated experimentally in the case of wrist fixed.
Fly Line, Fly Rod, Fly-casting, Flexible Structure, Casting Experiment -
フライラインの力学 : 手首固定条件におけるロッド・ラインのモデル化
日本機械学会,日本機械学會論文集. C編,70(690):192-198 2004
渡邉 鉄也, 田中 基八郎, 細矢 直基
This study uses experimental and computational analysis to investigate the dynamic behavior of a fly line. Fly-casting is one of the most significant issues in fly-fishing. In order to cast a lightweight fly, the weight of a fly line is utilized. Fling speed, the casting process and the loop shape of the line while in flight are important for the proper presentation of flies. Moreover, the shape of a fly line is also important for a long cast or controlled cast. In this paper, a rod and a line are modelled and calculated in the case of wrist fixed.
Fly Line, Fly Rod, Fly-casting, Flexible Structure, Casting Experiment -
フライラインの力学 : モデル化および解析(機械力学,計測,自動制御)
日本機械学会,日本機械学會論文集. C編,69(680):1065-1071 2003
渡邉 鉄也, 田中 基八郎
This study uses experimental and computational analysis to investigate the dynamic behavior of a fly line. Fly-casting is one of the most significant issues in fly-fishing, In order to cast a lightweight fly, the weight of a fly line is utilized. Fling speed, the casting process and the loop shape of the line while in flight are important for the proper presentation of flies. Moreover, the shape of a fly line is also important for a long cast or controlled cast. In this paper, the fly-casting process is investigated experimentally. In addition, the system of a fly line and a rod is modeled and calculated.
Fly Line, Fly Rod, Fly-Casting, Modelling, Flexible Structure, Multibody Analysis, Casting Experiment -
回転型磁気摩擦ダンパの基本特性に関する研究
日本機械学会,日本機械学会論文集，C編,67(659):38-44 2001
渡邉 鉄也, 鈴木 浩平, 飯山 文也, 袖山 博
The dynamic characteristics of piping system installed in industrial facilities have to be recognized as one of the significant issues in economic and safety design consideration. Piping systems are generally connected to supporting structures at several points by means of devices such as guides, spring hangers, hydraulic or mechanical snubbers and certain energy absorbers. When friction damper attracts attention, the amount of energy dissipation at contact surface is restricted, because the maximum displacement of sliding motion is limited by the clearance of the equipment. In order to increase the amount of energy dissipation, the ball screw type magnetic friction damper is proposed. This damper is expected to increase the energy dissipation by converting one directional motion to rotating motion by ball screw. In this work, the fundamental characteristics of proposed damper are clarified. The numerical model is made considering parameters obtained from testing, and the results from simulation are compared with the results from testing.
Damper, Ball Screw, Permanent Magnet, Friction, Piping System -
摩擦系応答スペクトルを用いた配管系の等価減衰比推定法
日本機械学会,日本機械学会論文集，C編,66(642):87-92 2000
渡邉 鉄也, 鈴木 浩平
This report deals with the seismic response behavior of piping systems in industrial facilities such as petro-chemical, oil refinery and nuclear power plants. Piping is generally put on the supporting structures. Therefore, frictional vibration occurs between piping and supporting system during seismic excitation. Special attention is focused on this nonlinear frictional dynamic responses of piping systems due to frictional vibration appearing among piping and supporting devices. Mock-up piping structure model is excited by large scale shaking table. FEM model is made from the mock-up piping of shaking test, and model parameters of linear system are calculated. Equivalent damping ratio is estimated from friction response spectra. The maximum responses calculated by linear analysis using equivalent damping ratio are compared with the maximum responses obtained by experiment.
Vibration, Nonlinear Analysis, FEM Model, Friction Response Spectrum, Equivalent Damping Ratio, Seismic Design - Presentation
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自然環境音と人工環境音の快適性に関する研究
日本機械学会,第51回学生員卒業研究発表講演会講演前刷集:413-414 2012
櫻井裕也，渡邉鉄也，鞆田顕章 -
ドラムの音色調整に関する研究
日本機械学会,第51回学生員卒業研究発表講演会講演前刷集:417-418 2012
宮本博司，渡邉鉄也，鞆田顕章 -
接触部を有する構造物の振動特性
日本機械学会,第51回学生員卒業研究発表講演会講演前刷集:421-422 2012
小島佑太，渡邉鉄也，鞆田顕章 -
耐震設計用摩擦系応答スペクトルの実験的検証
日本機械学会,Dynamics & Design Conference 2011 CD-ROM論文集 2011
筒井邦裕, 鞆田顕章, 渡邉鉄也