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Dive into the research topics where Hiroshi Kurabayashi is active.

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Featured researches published by Hiroshi Kurabayashi.


ASME 2007 Pressure Vessels and Piping Conference | 2007

Study on Simple Vibration Attenuation System for Light Weight Structure

Osamu Furuya; Hiroshi Kurabayashi

Various vibration attenuation methods such as a base isolation and vibration control are suggested as seismic safety technique for large scale architectural and civil structure, and these methods have been practical used now. In recent years, these vibration reduction technology begins to be applied to a small scale structure. In case that the technology is applied to a small scale structure, specifications and a cost of the device must be examined well. In this study, a vibration attenuation system for light weight structure with low cost and simple mechanizm. This paper describes the effectiveness of the proposed vibration attenuation system which was evaluated from preliminary seismic response analysis.Copyright


ASME/JSME 2004 Pressure Vessels and Piping Conference | 2004

Low Cost Friction Pendulum-Type Earthquake Isolation Device With Poly-Curvature Suitable for Light-Weight Equipment

Satoshi Fujita; Hiroshi Kurabayashi; Hiromichi Yamamoto

This paper describes the results of the response analysis and the experimental tests on the newly developed earthquake isolation system based on the theory of friction pendulum. In Japan, many types of earthquake isolation device or system have been developed and utilized to protect computers, precision equipments and important works of art from the severe seismic attacks. Although the performance of isolation of the each every one of the systems is sufficient, cost of the system is considered generally higher than the user expected and the system requires enough surrounding space to obtain adequate isolation performance. When applying the isolation device to the objects such as display cabinets in museum, computer server racks, bookshelves in library and vending machines which are generally placed adjacent to the wall, it is desirable to set them as closer to the behind wall as possible without decreasing their performance of isolation very much. The friction pendulum type isolation device with poly-curvature has been developed to satisfy these requirements, and the response analysis and the shake table tests have been carried out to investigate the performance of the system.Copyright


Archive | 1992

Active/passive damping apparatus

Hiroshi Kurabayashi; Toshio Omi; Hiroshi Miyano; Takafumi Fujita


Archive | 1997

Seismic isolation sliding bearing for structure

Daisuke Mitsubishi Steel Mfg. Co. Ltd. Yaguchi; Hiroshi Kurabayashi; Toshio Omi; Nobuyuki Sone; Takeshi Someya; Hirokazu Hora; Akira Matsuda; Takafumi Fujita


Archive | 1997

Base isolation sliding support for structural body

Takashi Fujita; Koichi Hora; Toshio Komi; Hiroshi Kurabayashi; Akira Matsuda; Takeshi Someya; Nobuyuki Sone; Daisuke Yaguchi; 浩 倉林; 俊夫 小見; 信行 曽根; 明 松田; 武司 染谷; 宏一 洞; 大輔 矢口; 隆史 藤田


Archive | 1997

Base isolation device and friction damper for base isolation device

Hiroshi Kurabayashi; Takashi Miyama; Taro Nakagawa; Daisuke Yaguchi; 剛史 三山; 太郎 中川; 浩 倉林; 大輔 矢口


Transactions of the Japan Society of Mechanical Engineers. C | 2009

変位増幅機構を用いた戸建住宅用制振装置の研究開発 : 予張力型ダンパーの動的加力実験と交通振動実験(機械力学,計測,自動制御)

Tomoyoshi Watakabe; Satoshi Fujita; Toshio Omi; Hiroshi Kurabayashi; Keiji Ogata


Transactions of the Japan Society of Mechanical Engineers. C | 2009

変位増幅機構を用いた戸建住宅用制振装置に関する研究開発 : 鉄骨建屋モデルを用いた交通振動実験(機械力学,計測,自動制御)

Tomoyoshi Watakabe; Satoshi Fujita; Toshio Omi; Hiroshi Kurabayashi; Keiji Ogata


Journal of System Design and Dynamics | 2009

Research and Development of Vibration Control Device Suitable for Detached Houses by Using Displacement Amplification Mechanism

Tomoyoshi Watakabe; Satoshi Fujita; Toshio Omi; Hiroshi Kurabayashi; Keiji Ogata


Transactions of the Japan Society of Mechanical Engineers. C | 2008

Research and Development of Vibration Control Device Suitable for Detached Houses by Using Displacement Amplification Mechanism (Fundamental Characteristic and Vibration Control Performance of Pipe-Type-Damper)

Tomoyoshi Watakabe; Satoshi Fujita; Toshio Omi; Hiroshi Kurabayashi; Keiji Ogata

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Toshio Omi

Tokyo Denki University

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Hiromichi Yamamoto

Mitsubishi Heavy Industries

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