Investigation on Seismic Resistance of Temples Affected by the 2016 Chauk Earthquakernin Historic Cultural City Bagan (Part I Typical Damage and Reinforcing Methods)

HIBINO Yo; Khaing Su Su Than; SANADA Yasushi; KATAYAMA Haruka

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Investigation on Seismic Resistance of Temples Affected by the 2016 Chauk Earthquakernin Historic Cultural City Bagan (Part I Typical Damage and Reinforcing Methods)

机译：受2016年Chauk地震的历史文化名城蒲甘影响的寺庙抗震研究（第一部分典型破坏和加固方法）

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摘要

Investigated results showed that strengthening and reinforcingrntemples could resist the seismic response but confinementrnbetween old and new structures caused failure by the earthquake.

机译：研究结果表明，加强和加固寺庙可以抵抗地震反应，但新旧结构之间的限制导致地震破坏。

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来源
《日本建筑学会技术报告集》 |2017年第appa期|925-926|共2页
作者
HIBINO Yo; Khaing Su Su Than; SANADA Yasushi; KATAYAMA Haruka;
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作者单位

Hiroshima University;

Hiroshima University;

Osaka University;

Osaka University;

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原文格式 PDF
正文语种 eng
中图分类
关键词
Damage Assessment; Earthquake Resistance; Ancient Temple; Fundamental Period;

机译：损害评估;抗震;古庙;基本时期;

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1. Investigation on Seismic Resistance of Temples Affected by the 2016 Chauk Earthquakernin Historic Cultural City Bagan (Part II Detailed Investigation) [J] . Khaing Su Su Than, HIBINO Yo, SANADA Yasushi, 日本建筑学会技术报告集 . 2017,第appa期

机译：2016年Chauk Earthquakernin历史文化名城蒲甘对寺庙抗震性能的影响调查（第二部分详细调查）
2. Seismic Reconnaissance and Observed Damage after the Mw 6.8, 24 August 2016 Chauk (Central Myanmar) Earthquake [J] . Zaw Saw Htwe, Ornthammarath Teraphan, Poovarodom Nakhorn Journal of Earthquake Engineering . 2019,第1a2期

机译：6.8 MW地震后的地震侦察和观测到的破坏，2016年8月24日Chauk（缅甸中部）地震
3. Earthquake Response Analysis of the Historic Reinforced Concrete Temple Otaniha Hakodate Betsuin after Seismic Retrofitting with Friction Dampers [J] . Shirai Kazutaka, Kikuchi Masaru, Ito Tomoaki, International journal of architectural heritage . 2019,第1a4期

机译：摩擦阻尼器进行抗震加固后，历史悠久的钢筋混凝土寺庙Otaniha Hakodate Betsuin的地震响应分析
4. Investigation on Seismic Resistance of Temples Affected by the 2016 Chauk Earthquake in Historic Cultural City Bagan (Part I Typical Damage and Reinforcing Methods) [C] . HIBINO Yo, Khaing Su Su Than, SANADA Yasushi, 日本建築学会;日本建築学会大会 . 2017

机译：历史文化名城蒲甘受2016年Chauk地震影响的庙宇抗震性能调查（第一部分典型破坏和加固方法）
5. Evaluation of Seismic Assessment Procedures for Existing Reinforced Concrete Structures Damaged in the 2016 Meinong Earthquake [D] . Sumearll, Jakob. 2019

机译：2016年Meinong地震损坏的现有钢筋混凝土结构地震评价程序的评价
6. SEISMIC DAMAGE ANALYSIS OF WATER SUPPLY FACILITIES CAUSED BY THE 2016 KUMAMOTO EARTHQUAKES: VERIFICATION OF PILES AND WELLS SEISMIC DAMAGE, AND THE ISSUES OF THE CURRENT SEISMIC DESIGN METHOD [O] . Katsutoshi MIYAMOTO, Yasuhiko KONISHI, Tetsuo TOBITA, 2018

机译：2016熊本地地震造成的供水设施的地震损伤分析：桩桩和井地震损伤的验证，以及目前地震设计方法的问题
7. An Investigation of the Effectiveness of Existing Bridge Design Methodology in Providing Adequate Structural Resistance to Seismic Disturbances. Phase III:Analytical Investigations of Seismic Response of Short,Single,or Multiple-Span Highway Bridges. [R] . chen, m. penzien, j. 1975

机译：现有桥梁设计方法对地震扰动提供足够结构抗力的有效性研究。第三阶段：短，单，或多跨公路桥梁地震响应的分析研究。

Investigation on Seismic Resistance of Temples Affected by the 2016 Chauk Earthquakernin Historic Cultural City Bagan (Part I Typical Damage and Reinforcing Methods)

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