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Mai Ito

Kyoto University

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Featured researches published by Mai Ito.

Advances in Science and Technology | 2008

Response Control Performance Evaluation of MR Damper by Shaking Table Tests and Real-Time Hybrid Tests

Hideo Fujitani; Hiroaki Sakae; Mai Ito; Takeshi Hiwatashi

Magnetorheological damper (MR damper) has been expected to control the response of civil and building structures in recent years, because of its large force capacity and variable force characteristics. In this paper, a series of real-time hybrid test was conducted and the results of real time hybrid tests were compared to those of shaking table tests. To determine the control force of the MR damper, skyhook control and sliding mode control theory were employed. As the results, the validity of real-time hybrid test was verified. This paper describes the capability of MR damper to control the structural response.

Procedia Engineering | 2011

Online Hybrid Test on Buildings with Stud-Type Damper Made of Slitted Steel Plates Stiffened by Wood Panels

Mai Ito; Yosuke Murata; Kazuaki Hoki; Masayoshi Nakashima

MEMOIRS OF THE GRADUATE SCHOOLS OF ENGINEERING AND SYSTEM INFORMATICS KOBE UNIVERSITY | 2016

Real Time Hybrid Tests of Semi-Active Control Using Shaking Table -Proposal and Verification of Test Method for Mid-Story Isolated Buildings-

Shohei Yoshida; Hideo Fujitani; Yoichi Mukai; Mai Ito

Journal of Structural and Construction Engineering (transactions of Aij) | 2016

REAL TIME HYBRID TESTS OF SEMI-ACTIVE CONTROL USING SHAKING TABLE: Proposal and verification of test method for mid-story isolated buildings@@@中間階免震構造を対象とした実験手法の提案と検証

Shohei Yoshida; Hideo Fujitani; Yoichi Mukai; Mai Ito

Summaries of technical papers of annual meeting | 2015

21281 Development of Innovation Base-Isolation Systems based on E-Defense Full-scale Shake Table Experiments : Part 8 Response Evaluation and Analysis Methods of Isolated Structure collided to Retaining Wall by Momentum

Tomohiro Yabuta; Hideo Fujitani; Mai Ito; Eiji Sato; Tomohiro Sasaki; Yoichi Mukai

IABSE Symposium Report | 2015

Design Procedure for Stiffening Panels of Slitted Steel Shear Wall

Mai Ito; Kazuhiro Hayashi; Masayoshi Nakashima

Summaries of technical papers of annual meeting | 2014

22570 Stiffening Force of Slitted Steel Shear Wall Restrained by Wood Panels and Its Seismic Performance Part1: Evaluation of Panel Stiffening Force

Mai Ito; Kazuhiro Hayashi; Yudai Taniguchi; Masahiro Kurata; Masayoshi Nakashima

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

RESPONSE CONTROL BY USING ROTARY INERTIA MASS DAMPER FILLED WITH MAGNETORHEOLOGICAL FLUID

Tetsuya Tomizawa; Hideo Fujitani; Mai Ito; Yuya Aoyama; Kazuhiko Shibata; Yusuke Sato

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

DESIGN PROCEDURE FOR PANELS STIFFENING STEEL SHEAR WALLS WITH SLITS

Mai Ito; Kazuhiro Hayashi; Yudai Taniguchi; Masahiro Kurata; Masayoshi Nakashima

10th Pacific Structural Steel Conference (PSSC 2013) | 2013

Influence of Design Variables on Performance of Slitted Steel Shear Wall Sandwiched by Wood Panels

Mai Ito; Yudai Taniguchi; Kazuhiro Hayashi; Masahiro Kurata; Masayoshi Nakashima

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Masayoshi Nakashima

Kyoto University

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Hideo Fujitani

Kobe University

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Kazuaki Hoki

Kyoto University

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Kazuhiro Hayashi

Toyohashi University of Technology

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Masahiro Kurata

Kyoto University

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Yoichi Mukai

Kobe University

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Shohei Yoshida

Kobe University

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Eiji Sato

Takenaka Corporation

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Hiroaki Sakae

Kobe University

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Tomohiro Sasaki

Obayashi Corporation

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