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基于离散仿真分析的机场飞行区布局评价方法
引用本文:赵鸿铎,凌建明,张朋.基于离散仿真分析的机场飞行区布局评价方法[J].中国民航学院学报,2013(6):21-25.
作者姓名:赵鸿铎  凌建明  张朋
作者单位:同济大学道路与交通工程教育部重点实验室,上海201804
基金项目:国家高技术研究发展计划(863计划)(2012AA112506)
摘    要:依托扬州泰州机场和浦东国际机场对飞行区布局仿真分析方法进行探讨。采用专用的机场和空域仿真模拟软件,对不同交通量下的单跑道机场和多跑道机场飞行区布局进行分析。模拟了飞机降落、滑行、停靠、下机、登机、滑出、起飞等过程。当扬州泰州机场的高峰小时起降架次为12架次以内时,飞机的平均总延误不超过4rain。浦东国际机场的高峰小时为51架次时,飞行区的平均延误量为61s;高峰小时起降架次为134次时.飞行区的平均延误为344S。

关 键 词:机场  飞行区布局  SIMMOD仿真  评价

Evaluation method of airfield layout based on discrete simulation analysis
ZHAO Hong-duo,LING Jian-ming,ZHANG Peng.Evaluation method of airfield layout based on discrete simulation analysis[J].Journal of Civil Aviation University of China,2013(6):21-25.
Authors:ZHAO Hong-duo  LING Jian-ming  ZHANG Peng
Institution:(Key Laborotory of Road and Traffic Engineering of the Ministry of Education, Tongfi University, Shanghai 201804, China)
Abstract:Airfield layout evaluation method based on discrete simulation analysis is presented. Specialized simulation software for airport and airspace is used. The airfield with one runway is simulated based on Yangzhou Taizhou Airport. And the airfield with multiple runways is simulated based on Pudong International Airport. The simulations are completed for various air traffic volumes. The operating processes, such as landing, taxing, parking, operation and taking off are simulated. For Yangzhou Taizhou Airport, the delay is less than 4 minutes when its operations are less than 12 aircrafts in the peak hour. The delay in airfield of Pudong International Airport is 61 seconds when the peak hour operation is 51 aircrafts and 344 seconds when the peak hour operation is 134 aircrafts.
Keywords:airport  airfield layout  SIMMOD simulation  evaluation
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