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自然灾害与人为失误引起的工程事故及其分析

Analysis of Engineering Accidents Induced by Natural Disasters and Human Errors

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【作者】 王赞芝潘国强江林雁梁庆昌

【Author】 WANG Zan-zhi1,PAN Guo-qiang1,JIANG Lin-yan2,LIANG Qing-chang3(1.Guangxi University of Science and Technology,Liuzhou,Guangxi 545006,China;2 Handan Design Engineering Chinacoal Co.Ltd,Handan,Hebei 056031,China;3.University of Indonesia,Jakarta 10260,Indonesia)

【机构】 广西科技大学中煤邯郸设计工程有限责任公司印度尼西亚大学

【摘要】 研究目的:印度尼西亚处在环太平洋地震带中,是一个多地震的国家,地震与人为失误常常造成该国人员伤亡、财产损失和环境恶化。尽管地震是无法避免的,而人为失误却是可以预防的。本文研究近十年来印度尼西亚较大的自然灾害和重大的人为工程失误,并对工程事故进行细致的失效分析,为改进安全标准从而使结构能有效地经受住未来可能遭受的灾难提供参考。研究结论:通过研究与分析得出:(1)在导致巨大伤亡的天灾中,常有自然事故与人为失误的联合作用;(2)部分设计者对建筑抗灾规范存在错误认识,认为规范仅适用于高耸结构或大型永久性防御设施;(3)单独的人为失误也能引起一系列灾难并导致多人伤亡;(4)研究成果可应用于自然灾害预测、预警和防治。

【Abstract】 Research purposes: Indonesia lies in the circum-pacific seismic belt with many seismic activities.Earthquakes and human errors always cause the human injuries and deaths,property losses and environmental worsening.Although earthquakes are unavoidable,but the human errors can be prevented.The study is done on the various disasters and tragedies in civil engineering that happened in Indonesia in the last decade and the detailed failure analysis of the engineering accidents is made to improve safety standards so that the structures can successfully withstand future disasters. Research conclusions:From the studies and analyses,it is concluded:(1) In a natural disaster that causes large fatalities,there is usually an interaction between the natural incident and human error.(2) Some designers have the wrong perception about the objectives of the code on resistant disaster to building.They think that the code is only available for the high-rise structure or large permanent infrastructures.(3) Human error can also trigger the serious disaster and cause many fatalities.(4) The research results can be used in forecasting,early warning and preventing for natural disasters.

【基金】 广西教育厅科研项目(201012MS122);广西工学院博士基金项目(院科博0901)
  • 【文献出处】 铁道工程学报 ,Journal of Railway Engineering Society , 编辑部邮箱 ,2013年05期
  • 【分类号】TU714
  • 【被引频次】1
  • 【下载频次】121
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