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Entropy approach for mitigation of environmental aviation impact and airport capacity increase

机译:熵方法减轻环境航空影响和机场容量增加

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摘要

The implementation of the operational procedures to reduce aircraft noise and engine emission in the airport vicinity was under consideration in the paper. Emphasis was put on optimal aircraft operational procedures for noise and emission reduction taking into account interrelations of aircraft noise and engine emission. The task of minimising of aircraft noise impact and engine emission reduction have been formulated and defined by the means of maximum entropy method. The efficient numerical optimisation was realised with using the Lagrange multipliers method. The methodology and the decision-making algorithms for environmental control needs were given. The practical application program is currently under development and the tool will be directed on the solution to one of the most sensitive problems of airport 'greening' - ensuring of the airport sustainable development. The proposed approach was validated for operational scenarios at the busiest Ukraine's airports and has shown the increase of noise airport capacity up to 25%.
机译:该文件正在考虑执行减少航空器噪音和在机场附近排放引擎的操作程序。重点考虑了飞机噪声和发动机排放之间的相互关系,以优化飞机操作程序以降低噪声和排放。已经通过最大熵方法制定和定义了使飞机噪声影响最小化和减少发动机排放的任务。使用拉格朗日乘数法实现了有效的数值优化。给出了环境控制需求的方法和决策算法。当前正在开发实用的应用程序,该工具将针对解决机场“绿化”最敏感的问题之一的解决方案-确保机场的可持续发展。提议的方法已在乌克兰最繁忙的机场的运行场景中得到验证,并且显示出噪声机场的容量增加了25%。

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