给水排水2024,Vol.50Issue(5) :89-94.DOI:10.13789/j.cnki.wwe1964.2023.08.24.0003

论民用机场内涝风险评估标准的特殊性——基于广州白云国际机场内涝风险评估工作

Exploring of the particularity of waterlogging risk assessment standards for civil airports:Based on the risk assessment of waterlogging at Guangzhou Baiyun International Airport

李琛 申延波 高川
给水排水2024,Vol.50Issue(5) :89-94.DOI:10.13789/j.cnki.wwe1964.2023.08.24.0003

论民用机场内涝风险评估标准的特殊性——基于广州白云国际机场内涝风险评估工作

Exploring of the particularity of waterlogging risk assessment standards for civil airports:Based on the risk assessment of waterlogging at Guangzhou Baiyun International Airport

李琛 1申延波 1高川1
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作者信息

  • 1. 民航机场规划设计研究总院有限公司,北京 100029
  • 折叠

摘要

民用机场占地面积广,用地属性庞杂,其既包含了航站区、工作区、货运区等"类城市"区域,也包含飞行区这样与城市在建设、运行、管理上截然不同的区域,因此城市内涝评价标准应用在民用机场时常存在一定不匹配的问题.广州白云国际机场总占地面积35 km2,降雨量大、降雨雨型呈单峰且集中、周边水文条件复杂,本期建成后共设5条跑道、2个航站区,复杂程度居国内枢纽机场之最,具有典型性.基于广州白云国际机场内涝风险评估工作,就民用机场内涝风险评估过程中暴露出的问题和与城市内涝评价标准的异同进行了深入的讨论.

Abstract

Civil airports cover a wide area and have complex land attributes,areas such as ter-minal areas,work areas,and freight areas,as well as areas such as flight zones that are completely different from cities in terms of construction and management.The application of urban waterlog-ging evaluation standards to civil airports often has certain mismatches.Guangzhou Baiyun Interna-tional Airport covers a total area of 35 square kilometers,with high rainfall,single peak and con-centrated rainfall patterns,and complex surrounding hydrological conditions.After the completion of this phase,a total of 5 runways and 2 terminal areas will be established,ranking among the most complex hub airports in China,which is highly typical.Based on the waterlogging risk as-sessment work of the this phase,in-depth discussions were conducted on the problems exposed during the waterlogging risk assessment process of civil airports and the similarities and differences with urban waterlogging assessment standards.

关键词

民用机场/Infoworks/ICM/内涝/风险评估

Key words

Civil airport/Infoworks ICM/Waterlogging/Risk assessment

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出版年

2024
给水排水
亚太建设科技信息研究院,中国建筑设计研究院,中国土木工程学会

给水排水

CSTPCDCSCD北大核心
影响因子:0.8
ISSN:1002-8471
参考文献量6
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