对金茂大厦“粗指纹”诊断初探

英文篇名：Preliminary Healthy Diagnosis on Jinmao Tall Building
中文刊名：西北地震学报
英文刊名：Northwestern Seismological Journal
作者：徐永林 ; 朱元清 ; 周晶矛 ; 范宜瑶 ; 秦浩文 ; 阮镇基 ; 干劲
英文作者：XU Yong-lin1 ; ZHU Yuan-qing1 ; ZHOU Jing-mao2 ; FAN Yi-yao3 ; QIN Hao-wen1 ; YUAN Zhen-ji4 ; GAN Jin4 (1.Earthquake Administration of Shanghai ; Shanghai 200062 ; China ; 2.North-Suburb Senior High School of Shanghai ; Shanghai 200081 ; China ; 3.Donchang Senior High School Attached to East-China Normal University ; Shanghai 200120 ; China ; 4.Engineering Department of Jin-Mao Inc.China ; Shanghai 200121 ; China)
中文关键词：金茂大厦 ; 健康诊断 ; 振型频率 ; 阻尼比
英文关键词：Jinmao tall building ; Healthy diagnosis ; Frequency of vibration type ; Damping
出版日期：2010-06-30
机构：上海市地震局;上海市北郊高级中学;华东师范大学附属东昌中学;中国金茂集团有限公司工程部;
年：2010
期：02
出版单位：西北地震学报

摘要

金茂大厦是目前中国最高建筑之一,高达420.5m。本文采用自回归移动平均ARMA模型,利用大厦的随机振动得到其某些振型的频率及阻尼比,在地震、台风过后或经一长段时间之后,看其相应振型频率和阻尼比的变化,以达到健康诊断之目的。结果显示此法具有很好的可操作性,可用于大厦、大桥等的"粗指纹"健康诊断和维护。
Jinmao tall building is one of hightest building in China with height of 420.5 m.For diagnosing the building's healthy status,in other words,its safety,the frequencies of vibration types and damping are obtained from the building vibration by the Auto-regressive and Moving Average Model,and the fequencies and damping before and after earthquake or typhoon,or existing for a long peroid are compared.The result shows that this method is well manipulated and used in healthy diagnosis and maintenance for tall buildings and big bridges.

引文

[1]刘德贵,费景高,于泳江,等.Fortran算法汇编[M].北京:国防工业出版社,1980.
    [2]邹理和.数字信号处理[M].北京:国防工业出版社,1985.
    [3]胡聿贤.地震工程学[M].北京:地震出版社,1988.
    [4]石伟.数据仓库技术在地震信息系统中的应用[J].西北地震学报,2006,28(3),377-378.
    [5]李英,张淑贞,许康生.小波降噪方法在地震信号处理中的应用[J].西北地震学报,2006,28(2),159-162.
    [6]Daryl W Boggs,Noriaki Hosoya,Leighton Cochran.Sources of Torsional Wind Loading on Tall Building:Lessons from the Wind Tunnel Advanced Technology in Structural Engineering[M].SEI/ASCE,Section22,Chapter3,2000,85-93.
    [7]S L Lee,S Swaddiwudhipong.Conceptual Design and Wind Load Analysis of Tall Building[J].Computational Structural Engineering An International Journal,2001,1(1):178-185.