Reduction of weather-related terminal area delays in the free-flight era

S.C. Johnson, D. Chin, R. B. Rovinsky, P. Kostiuk, D. A. Lee, R. Hemm, E. Wingrove
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引用次数: 2

Abstract

While much of the emphasis of the free-flight movement has been concentrated on reducing enroute delays, airport capacity is a major bottleneck in the current airspace system, particularly during bad weather. According to the Air Transport Association (ATA) Air Carrier Delay Reports, ground delays (gate-hold, taxi-in, and taxi-out) comprise 75 percent of total delays. It is likely that the projected steady growth in traffic will only exacerbate these losses. Preliminary analyses show that implementation of the terminal area technologies and procedures under development in NASA's Terminal Area Productivity program can potentially save the airlines at least $350M annually in weather-related delays by the year 2005 at Boston Logan and Detroit airports alone. This paper briefly describes the Terminal Area Productivity program, outlines the cost/benefit analyses that are being conducted in support of the program, and presents some preliminary analysis results.
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在自由飞行时代,减少与天气有关的航站楼延误
虽然自由飞行运动的重点大多集中在减少途中延误上,但机场容量是当前空域系统的主要瓶颈,尤其是在恶劣天气期间。根据航空运输协会(ATA)的航空公司延误报告,地面延误(登机口等待、滑行进入和滑行离开)占总延误的75%。预计交通量的稳定增长很可能只会加剧这些损失。初步分析表明,在美国航空航天局的终端区生产力计划中,实施终端区技术和程序,到2005年,仅在波士顿洛根机场和底特律机场,每年就有可能为航空公司节省至少3.5亿美元的因天气原因造成的延误。本文简要介绍了终端区域生产力计划,概述了正在进行的成本/效益分析,以支持该计划,并提出了一些初步的分析结果。
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