QUESTIONNAIRE-BASED INVESTIGATION OF THE 1943 TOTTORI EARTHQUAKE DISASTER
スポンサーリンク
概要
- 論文の詳細を見る
Through a questionnaire completed by survivors of the 1943 Tottori earthquake (M 7.2), the physical damage caused and resulting human behavior were investigated. The questionnaire consisted of 35 questions in a number of categories : 1) the relationship between strong ground motion and soil damage, 2) damage to the respondents' houses, 3) human behavior during and after the earthquake, and 4) the repair of collapsed buildings. Quantitative data on the locations of soil liquefaction and human behavior during strong motion were obtained which have not been considered previously in drawing up earthquake countermeasures.
- 日本自然災害学会の論文
著者
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Noda Shigeru
Associate Professor Department Of Social Systems Engineering Tottori University Tottori
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Noda Shigeru
Associate Professor Department Of Social Systems Engineering Tottori University
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Mochizuki T
Professor Center For Urban Studies Tokyo Metropolitan University
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TANIGUCHI Hitoshi
National Expert, United Nations Centre for Regional Development
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MASAKI Kazuaki
Professor, Department of Civil Engineering, Aichi Institute of Technology
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MOCHIZUKI Toshio
Professor, Center for Urban Studies, Tokyo Metropolitan University
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Masaki Kazuaki
Professor Department Of Civil Engineering Aichi Institute Of Technology
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Mochizuki Toshio
Professor Center For Urban Studies Tokyo Metropolitan University
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Taniguchi Hitoshi
National Expert United Nations Centre For Regional Development
関連論文
- A NEW HORIZON FOR SOPHISTICATED REAL-TIME EARTHQUAKE ENGINEERING
- RESPONSE SPECTRA OF LONG-PERIOD GROUND MOTIONS OBTAINED BY MENDING SATURATED RECORDS FROM A LOW-MAGNIFICATION SEISMOGRAPH
- QUESTIONNAIRE-BASED INVESTIGATION OF THE 1943 TOTTORI EARTHQUAKE DISASTER
- HYPOCENTER ESTIMATION SYSTEM FOR EARTHQUAKE COUNTERMEASURES
- OPTIMUM RESTORATION PROCESS OF A HIERARCHICALLY SEPARATED CITY GAS SYSTEM DURING A POST-EARTHQUAKE PERIOD
- RESTORATION PROCESS OF MALFUNCTION OF A ROAD TRANSPORTATION SYSTEM AFTER SEISMIC DISASTER
- A CONSIDERATION OF AMPLIFICATION CHARACTERISTICS OF IRREGULAR GROUND IN THE TOKYO AREA
- OPTIMUM POST-EARTHQUAKE RESTORATION OF A TELEPHONE SYSTEM USING NEURAL NETWORKS