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Soaring with Eagles: Birdstrike Analysis in the Design and Operation of New Airplanes

机译:用老鹰飙升:新飞机的设计和运营中的Birsstrick分析

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We live in an era of increasing twin-engine commercial airplane operations, with large and very quiet high bypass ratio engines. At the same time, due to several decades of increased attention to the environment, we have large and increasing hazardous species bird populations. These trends, when combined, are not a prescription for continued assurance of a remarkable and enviable safety record for commercial aviation. Therefore, greater diligence must be placed on the evaluation of the current and future aviation wildlife hazard. We have some new weapons in this fight for greater capability to live with this situation. The basic problem is that different databases are populated independently from one another and often contain conflicting, contradictory, and erroneous data. Databases that were used individually, but not necessarily combined, are being utilized in a conjoined methodology to give us a better picture of the actual risk involved. And new analytical techniques are being applied that will enable us to better visualize and evaluate the nature of the wildlife threat. This paper will attempt to dispel some of the myths and misconceptions about bird behavior and bird strike capability and to shed light on new and improved approaches to maintaining safer skies for the commercial aviation passenger.
机译:我们生活在一个增加双引擎商业飞机操作的时代,具有大而非常安静的高旁路比率发动机。同时,由于几十年来增加了环境的关注,我们有大而增加危险物种鸟类群。当合并时,这些趋势不是持续保证商业航空令人瞩目的令人瞩目的安全记录的处方。因此,必须对当前和未来航空野生动物危害的评估进行更大的勤奋。我们在这场斗争中有一些新武器,以便在这种情况下实现更高的能力。基本问题是不同的数据库彼此独立地填充,并且通常包含冲突,矛盾和错误的数据。单独使用但不一定合并的数据库正在与联合方法中使用,以使我们更好地了解所涉及的实际风险。正在应用新的分析技术,使我们能够更好地可视化和评估野生动物威胁的性质。本文将试图消除一些关于鸟类行为和鸟类罢工能力的一些神话和误解,并在为商业航空乘客维持更安全的天空的新的和改进的方法上阐明了阐明。

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