Ritsumeikan University Researcher Database
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> YOSHITOMI Shinta
（Last updated : 2022-03-02 10:22:59）
YOSHITOMI Shinta
Department / Course
College of Science and Engineering Department of Architecture and Urban Design
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Professor
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Other Affiliations
1.
Graduate School of Science and Engineering
2.
Kinugasa Research Organization Institute of Disaster Mitigation for Urban Cultural Heritage
Academic background
1.
～2004/11
Doctoral Program (2nd Semester) │ Department of Architecture and Architectural Engineering │ Graduate School, Division of Engineering │ Kyoto University │ Completed Dr.Eng.
2.
～1996/03
Department of Architecture │ Faculty of Engineering │ Kyoto University │ Graduated
Research summary
Rational design method for architectural structures based on dynamic principles
Architectural structures are not only involved in the form of buildings, such as building appearance and internal space, but are directly linked to their safety against earthquakes, storms and various other external disturbances and usability, and to their construction cost. Especially in recent years, with frequently occurring severe earthquakes, the need to appropriately grasp the seismic performance of architectural structures is rising. In our lab., studies are being conducted on methods based on structural dynamic principles to support rational design of structures, with consideration given to the diversified and various conditions. In the design for the overall form and dimensions of each component, or in the design for base isolation and damping systems to suppress the vibration of the building, our studies propose a rational design method based on optimum design methods to minimize cost or to maximize performance. Furthermore, to grasp the seismic performance of actual buildings, study is being made on system identification methods to elucidate structural performance based on vibration measurements of the building.
Present specialized field
Building structures/Materials (Keyword：Structural Engineering, Structural Optimization, System Identification,Vibration Control)
Papers
1.
2019
Stiffness and damping identification for asymmetric building frame with in-plane flexible floors │ Frontiers in Built Environment (Specialty Section: Earthquake Engineering) │ 5 (103)
2.
2017
Direct linear system identification method for multistory three-dimensional building structure with general eccentricity │ Frontiers in Built Environment (Specialty Section: Earthquake Engineering) │ 3 (17)
3.
2016/08
Seismic Reinforcement for Traditional Timber Gate Utilizing External Stairs │ World Conference on Timber Engineering 2016 │
4.
2016
EARTHQUAKE RESPONSE ANALYSIS OF TRADITIONAL TIMBER GATE OF HIGASHI-HONGANJI TEMPLE BASED ON 3D ANALYTICALMODEL │ proceedings of WCTE2016 │
5.
2014
A new approach to damage detection of high-rise buildings under soil-structure interaction │ Architectoni.ca Journal │ ,pp.1-12
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Subject
1.
理工学特殊研究1