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Kazuhiko Sasaki

Tohoku University

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Publication

Featured researches published by Kazuhiko Sasaki.

Aij Journal of Technology and Design | 2014

THE VIBRATION CONTROL PERFORMANCE EVALUATION METHOD BASED ON ABSORBED ENERGY FOR ELASTIC FRAME HAVING HYSTERETIC DAMPERS

Kei Furuya; Daiki Sato; Haruyuki Kitamura; Masato Ishii; Keisuke Yoshie; Mitsuru Miyazaki; Kazuhiko Sasaki; Yuichi Iwasaki

To estimate the seismic performance in the difference of the arrangement situation of the hysteretic dampers which have a lot of influence for the vibration control effects, it is necessary to carry out many time-history analyses. However, it is difficult to comprehensively understand the relationship between the damper arrangement and vibration control effect from only the time-history analysis results. This paper proposes the vibration control performance evaluation method based on the absorbed energy without using the time-history analyses. This method can estimate of the best configuration pattern of dampers, and it is very effective for seismic control design.

Summaries of technical papers of annual meeting | 2015

21175 Consideration on Partial Arrangement of Vibration Control Structure with Deformation Amplification Mechanism that Uses Earthquake-proof Brace Together Part1: Consideration when Resistance Power of Viscous Damping Wall is Uniform Distribution

Kazuya Gogami; Yoshimasa Hosoya; Masato Ishii; Toshiaki Sato; Daiki Sato; Haruyuki Kitamura; Kazuhiko Sasaki; Yuichi Iwasaki; Keisuke Yoshie

Journal of Structural and Construction Engineering (transactions of Aij) | 2015

INFLUENCE OF INTEGRATING COMPONENT DEFORMATIONS ON WALL AND PANEL-TYPE DAMPER DYNAMIC PROPERTIES: Interactions among damping component, integrating components and supporting members in viscous-type damper Part 2@@@粘性系ダンパーを構成する減衰材・装置材・支持材の相互干渉 その2

Kazuhiko Sasaki; Kazuhiko Kasai

Journal of Structural and Construction Engineering (transactions of Aij) | 2014

Proposal for response control structure using viscous wall dampers with deformation amplification mechanism

Ryota Tobari; Masato Ishii; Toshiaki Sato; Haruyuki Kitamura; Keisuke Yoshie; Mitsuru Miyazaki; Kazuhiko Sasaki; Yuichi Iwasaki

Journal of Structural and Construction Engineering (transactions of Aij) | 2014

INFLUENCE OF INTEGRATING COMPONENT DEFORMATIONS ON BRACE-TYPE DAMPER DYNAMIC PROPERTIES

Kazuhiko Kasai; Kazuhiko Sasaki

Journal of Structural and Construction Engineering (transactions of Aij) | 2013

MACROSCOPIC AND SIMPLE NON-LINEAR MODELING OF VISCOUS FLUID MATERIAL UNDER LARGER STRAINS

Kazuhiko Sasaki; Kazuhiko Kasai

Aij Journal of Technology and Design | 2013

PERFORMANCE EVALUATION OF HIGH-RISE BUILDING CONSIDERING PLACEMENT AND ATTACH-TYPE OF VISCOUS WALL DAMPERS

Shigehito Watanabe; Kohei Soeta; Daiki Sato; Haruyuki Kitamura; Masato Ishii; Keisuke Yoshie; Mitsuru Miyazaki; Kazuhiko Sasaki; Yuichi Iwasaki

Journal of Structural and Construction Engineering (transactions of Aij) | 2012

MODELING OF LINEAR PROPERTIES OF VISCOUS FLUID MATERIAL IN SMALL STRAIN

Kazuhiko Sasaki; Kazuhiko Kasai; Yoji Ooki

Aij Journal of Technology and Design | 2012

INFLUENCE OF THE CONTINUOUS ARRANGEMENT OF HYSTERETIC DAMPER AND VISCOUS DAMPER ON VIBRATION CONTROL EFFECT OF HIGH-RISE BUILDING

Kohei Soeta; Daiki Sato; Haruyuki Kitamura; Masato Ishii; Keisuke Yoshie; Mitsuru Miyazaki; Kazuhiko Sasaki; Yuichi Iwasaki

Archive | 2011

Method for analyzing movement of vibration control wall, program for the same, storage medium storing program and analysis device to execute method

Mitsuru Miyazaki; 充 宮崎; Kiyoharu Suzuki; 清春 鈴木; Kazuhiko Sasaki; 和彦 佐々木

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Haruyuki Kitamura

Tokyo University of Science

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Kazuhiko Kasai

Tokyo Institute of Technology

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Yasushi Uematsu

Tohoku University

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Daiki Sato

Tokyo Institute of Technology

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Toshikazu Nozawa

Tohoku Institute of Technology

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Toshiaki Sato

Tokyo University of Science

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Jiro Suzuya

Tohoku Institute of Technology

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Mitsuru Miyazaki

Tokyo Denki University

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Motohiko Yamada

Tohoku University

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