경주 9.12지진의 피해 및 비구조요소 내진설계기준
Damage of Gyeongju 9.12 Earthquakes and Seismic Design Criteria for Nonstructural Elements
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참고문헌
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초록
After the Gyeong-ju 9.12 earthquake, we found the necessity of seismic design of nonstructural element is important to reduce damages in view of properties and economic losses. This study focused on the investigation of damages including both properties and human beings. It was found that most of the damages are leaking of water pipe line, rupture of glasses, spalling of roof finishing, cracks of building, and falling from roof. It was also found that the seismic design force of nonstructural elements is taking account into the natural periods, amplification factors, response modification factors to forsee inelastic behaviors. From this studies, it is recommended that more studies are necessary on the seismic design force of nonstructural element
Abstract
After the Gyeong-ju 9.12 earthquake, we found the necessity of seismic design of nonstructural element is important to reduce damages in view of properties and economic losses. This study focused on the investigation of damages including both properties and human beings. It was found that most of the damages are leaking of water pipe line, rupture of glasses, spalling of roof finishing, cracks of building, and falling from roof. It was also found that the seismic design force of nonstructural elements is taking account into the natural periods, amplification factors, response modification factors to forsee inelastic behaviors. From this studies, it is recommended that more studies are necessary on the seismic design force of nonstructural element
참고문헌 (8)
- Kim JH, "Seismic resistant design of non-structural components", Review of Architecture and Building Science, 48(8), pp.53~56 (2004)
- 장극관, "비구조요소의 내진설계기준 비교", 대한건축학회논문집 구조계, 29(01), pp.23~30 (2013), 대한건축학회
- Architectural Institute of Korea, "Korea Building Code and Commentary", ~ (2016)
- "ASCE41-13. Seismic Evaluation and Retrofit of Existing Buildings, Standards ASCE", SEI 41-13, 2014
- "British Standard. Eurocode 8: Design of structures for earthquake resistance - Part 1: General Rules, Seismic Actions and Rules for Buildings. BS EN1998-1", ~ (2004)
- International Code Council, "IBC: International Building Code", ~ (2015)
- International Code Council, "UBC; Uniform Building Code", ~ (1997)
- Choi JS, "Seismic Evaluation and Retrofit design of non-structural elements for Earthquake Damage Reduction", Magazine of the Society of Air-Conditioning and Refrigerating Engineers of Korea, 43(6), pp.68~83 (2014)