ANALYSIS OF PHYSICAL SENSATION BASED ON SHAKING TABLE BOARDING TESTS FOCUSING ON DIFFERENT ASEISMIC TYPES IN SUPER HIGH-RISE RESIDENTIAL BUILDINGS

This study validated the accuracy of the action difficulty evaluation method based on the relationship between the results of seismic response analysis and the results of the questionnaire survey for residents in more than 20 super high-rise residential buildings of different building types, for which questionnaire surveys on action difficulty were conducted after major earthquakes. Shaking table boarding tests were conducted using simulated acceleration of floor responses in earthquake-resistant and seismically isolated buildings. Differences in the physical sensation depending on the aseismic types of buildings were discussed.

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Publication Details

Journal
AIJ Journal of Technology and Design
Published
2024-10-19
DOI
https://doi.org/10.3130/aijt.30.1199
Primary Topic
Energy, Environment, Agriculture Analysis
Type
article
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article

ANALYSIS OF PHYSICAL SENSATION BASED ON SHAKING TABLE BOARDING TESTS FOCUSING ON DIFFERENT ASEISMIC TYPES IN SUPER HIGH-RISE RESIDENTIAL BUILDINGS

Tomohiko Hatada, Masayuki NAGANO, Nina SUZUKI, Hong Liu
AIJ Journal of Technology and Design
Energy, Environment, Agriculture Analysis
article

ANALYSIS OF PHYSICAL SENSATION BASED ON SHAKING TABLE BOARDING TESTS FOCUSING ON DIFFERENT ASEISMIC TYPES IN SUPER HIGH-RISE RESIDENTIAL BUILDINGS

Tomohiko Hatada, Masayuki NAGANO, Nina SUZUKI, Hong Liu
article en

Abstract

This study validated the accuracy of the action difficulty evaluation method based on the relationship between the results of seismic response analysis and the results of the questionnaire survey for residents in more than 20 super high-rise residential buildings of different building types, for which questionnaire surveys on action difficulty were conducted after major earthquakes. Shaking table boarding tests were conducted using simulated acceleration of floor responses in earthquake-resistant and seismically isolated buildings. Differences in the physical sensation depending on the aseismic types of buildings were discussed.

AIJ Journal of Technology and DesignVol. 30(76)
Tokyo University of Science (JP), Kajima Corporation (Japan) (JP), Nikkei Business Publications (Japan) (JP), Nikken Sekkei (Japan) (JP)
Sustainable cities and communities
Openalex Percentile: Top 89%
Energy, Environment, Agriculture Analysis
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