SHIMOJIMA Hiroshi | Tokyo Institute of Technology
スポンサーリンク
概要
関連著者
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SHIMOJIMA Hiroshi
Tokyo Institute of Technology
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Ogawa Kiyoshi
Tokyo Institute of Technology
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SATO Osamu
Tokyo Keizai University
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Sato Osamu
Tokyo Institute Of Technology
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OGAWA Kiyoshi
Musashi Institute of Technology
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Shimojima H
Tokyo Inst. Technology Tokyo Jpn
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Sato O
Miyakonojo National Coll. Technology Miyakonojo Jpn
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Sato Osamu
Graduate School of Science and Technology, Niigata University
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Sato O
Toho Univ. Chiba Jpn
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Ogawa K
Tokyo Institute Of Technology
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KANEKO Tsuyoshi
Nozaki Sports Co. Ltd.,
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FUJIWARA Akihiko
Mitsubishi Heavy Industry Co., LTD.
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AKAGAMI Kazuo
NIKKISO Co., Ltd.
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SOGA Harumi
Ishikawajima-harima Heavy Insustry Co., Ltd.
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YOINARA Hiroshi
Japan Tobacco Inc.
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KITAMURA Yoshiyuki
Toray Co., Ltd.
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Kitamura Yoshiyuki
Toray Co. Ltd.
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Kaneko Tsuyoshi
Nozaki Sports Co. Ltd.
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Akagami Kazuo
Nikkiso Co. Ltd.
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Soga Harumi
Ishikawajima-harima Heavy Insustry Co. Ltd.
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Fujiwara Akihiko
Mitsubishi Heavy Industry
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Kodama Kenichi
Tokyo Institute Of Technology
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Horie Mikio
Tokyo Institute Of Technology
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Sakamoto Yoshihiro
Faculty Of Engineering Musashi Institute Of Technology
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SAKAMOTO Yoshihiro
Musashi Institute of Technology
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KAJIKAWA Kaoru
Musashi Institute of Technology
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JI Gong
Dairen Keikogyo Gakuin
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SAITO Akihiro
Yokogawa-Hewlett-Packard Co. Ltd.
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Shimojima Hiroshi
Tokyo Institute Of Technology.
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Kawano Toru
Japan Air Line Co. Ltd.
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YAMAMOTO Kohtaroh
Toshiba Corporation
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KAWAKITA Kohzoh
Tokyo Institute of Technology
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TAKEUCHI Takashi
Research Laboratory of Komatsu Factory Co., Ltd.
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IIDA Katsuhiko
Seiko-Epson Co. Ltd.
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KOWABARA Masayuki
Matsushita Electric Industry Co. Ltd.
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INANO Seiji
Yamaha Co., Ltd.
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SAWADA Morihiro
Toyota Motors Co.,Ltd.
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TORII Nobutoshi
Fuji-tsu Fanuc Co., Ltd.
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SOGA Harumi
Tokyo Institute of Technology
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Kawakita K
Tokyo Institute Of Technology
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YOINARA Hiroshi
The Japan Tobacco and Salt Public Corporation
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SHIMOJIMA Hiroshi
Ditto
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YAMAJI Teppei
Asahi Glass Co.
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AKANUMA Shigetake
Research Laboratory of Komatsu Factory Co., Ltd.
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Sakamoto Y
Faculty Of Engineering Musashi Institute Of Technology
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Torii Nobutoshi
Fuji-tsu Fanuc Co. Ltd.
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Inano Seiji
Yamaha Co. Ltd.
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Yamamoto Kohtaroh
Mitsubishi Electronic Co. Ltd.
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Akanuma Shigetake
Research Laboratory Of Komatsu Factory Co. Ltd.
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Takeuchi Takashi
Research Institute Of Electrical Communication Tohoku University
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Takeuchi Takashi
Research And Development Center Oita University
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Sawada Morihiro
Toyota Motors Co. Ltd.
著作論文
- Positioning Control of a Gear Train System Including Flexible Shafts
- A Dynamic Analysis of an Adjustable Conveying Machine : Vibration, Control Engineering, Engineering for Industry
- Dimensional Synthesis of Dwell Function Generators (On 6-Link Stephenson Mechanisms) : Vibration, Control Engineering, Engineering for Industry
- Dynamic and Static Characteristics of Rolling Rigid Bodies
- Kinematic Synthesis of Adjustable Mechanisms : Part 1,Path Generators
- An Application of planar Adjustable Mechanism to a Conveying Machine
- A Study of Grippers with Multiple Degrees of Mobility : Vibration, Control Engineering, Engineering for Industry
- Synthesis of Spatial 5-Link Path Generator : Part 1, Two Couplers Joined by a Spherical Pair
- Synthesis of Planar Six-Link Path-Generator : Part 2, On the Cusps of Watt Mechanism
- Kinematic Synthesis of Adjustable Mechanisms : 3rd Report, 6-link Dwell Mechanisms
- Dynamic Torsional Analysis of Gear Train System
- Dynamic Characteristic of Automatic Positioning Machine
- Kinematic Synthesis of Adjustable Mechanisms : Part 2, Function generators
- Synthesis of Planar Four-Link Path Generator Planar Four-Link Path Generator : On the Singular Points
- A Displacement Analysis of Overconstrained Mechanisms
- Kinematic Characteristics of Single-loop Overconstrained Mechanisms
- Number Synthesis of Single-Loop Overconstrained Kinematics Chain
- Synthesis of Planar Multiple-Link Path Generator
- A Transmissibility for Single-Loop Spatial Mechanisms
- Synthesis of Planar Six-Link Path-Generator : Part 1, On the Cusps of Stephenson-I Mechanism
- Minimum-energy Control of a Manipulator with Two-degree of Freedom
- Minimum-time-control of a Manipulator with Two Degrees of Freedom : Part 2, Dynamic Characteristics of Gear Train and Axes
- Minimum-Time Control of a Manipulator with Two-Degrees of Freedom
- Optimization of 6-Bar Watt Linkages Adjustable for the Coupler Motion
- Synthesis of Spatial Multiple-Link Path-Generator