终端容量提升概念

M. Gangel, G. Mehta, C. Muhammad, S. Sekhavat, G. Vora, K. Arkind
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引用次数: 1

摘要

预计空中交通的增加对美国主要机场造成了严重的容量问题,这些机场目前的容量有限。为了适应这一点,紧密间隔平行方法(CSPA)操作已被提议作为2020年未来需求的可行解决方案。作为了解终端区域容量限制的努力的一部分,如果预期容量增加两倍,则需要仔细检查几个因素。CSPA运营允许这样的容量增加,但是,它需要建造额外的跑道,通过现有的尾迹分离和通信、导航和监视(CNS)技术分析的替代方法来满足尾迹漩涡分离标准,以确保CSPA的安全运营。乔治梅森大学的学生设计团队正在与雷神公司合作进行终端区域容量增强概念(TACEC)设计,并于2004年5月完成了工作
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Terminal area capacity enhancement concept
The predicted increase of air-traffic poses a significant capacity problem at the United States major airports, which have current capacity limitations. To accommodate for this, the closely spaced parallel approach (CSPA) operation has been proposed as a viable solution for the future demands of the year 2020. As part of efforts to understand the capacity constraints on the terminal area, several factors are to be examined closely if capacity gain of two folds is expected. CSPA operations allows for such capacity gain, however, it requires construction of additional runways, meeting the Wake Vortex separation standards by an alternative approach to the existing in-trail separation and analysis on enabling communication, navigation and surveillance (CNS) technologies that ensure safe CSPA operations. The student design team at George Mason University is working with the Raytheon Company on the terminal area capacity enhancement concept (TACEC) design and completed its work in May 04
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