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Operational feasibility analysis of steep segmented approaches

机译:陡峭分割方法的操作可行性分析

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The paper deals with a steeper approach profile to increase altitude of the aircraft during approach for noise mitigation. To allow a standard 3° landing and thus a higher rate of applicability the vertical approach profile is divided into 2 segments. It starts at about 8000ft AGL with a 4,5° slope. At about 1500 ft AGL the approach slope transitions into a standard 3° slope, intercepting the glide slope from above. Previous publications [1, 2] already reported about successfully testing this kind of procedure in various full-flight training simulators and flight trials with a Condor B 767-300 in Frankfurt and a TUIfly B737-800 in Hanover. This contribution addresses the operational feasibility of integrated such approaches into the arrival stream of Frankfurt airport. Several approaches using different arrival concepts will be discussed and analyzed with respect to capacity and safety.
机译:本文涉及陡峭的方法轮廓,以在噪声缓解的方法中增加飞机的高度。为了允许标准的3°着陆,因此垂直方法曲线率较高速率分为2个段。它从大约8000英尺的AGL开始,带有4,5°的斜率。在大约1500英尺的AGL处,方法斜率过渡到标准的3°斜率,从上方拦截滑动斜率。以前的出版物[1,2]已经报道了成功地测试了各种全飞行训练模拟器和飞行试验中的这种程序,并在法兰克福的Condor B 767-300和汉诺威B737-800的飞行试验。这一贡献解决了法兰克福机场到达的综合行为的运作可行性。将讨论和分析使用不同到达概念的几种方法,并对能力和安全进行分析。

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