Research the optimization of takeoff speed on the climbing performance of domestic large aircraft on plateau airport

2022 IEEE 6th Advanced Information Technology, Electronic and Automation Control Conference (IAEAC ) Pub Date : 2022-10-03 DOI:10.1109/IAEAC54830.2022.9930066

Xiao Haibo, Li He

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Abstract

When the aircraft is operating in the plateau airport, due to the influence of altitude, changeable weather and complex terrain, the climbing performance of the aircraft decreases, which ultimately affects the economy and flight safety of the aircraft. Based on the analysis of the influence of altitude, meteorology, terrain and other factors on the climbing performance of domestic large aircraft operating in Plateau Airport, the mathematical model for calculating the climbing performance of aircraft Plateau Airport is established by using analytical method; At the same time, MATLAB software is used to optimize and simulate the climbing performance of domestic large aircraft flying on the plateau airport. Through simulation, specific restrictions and requirements are put forward for domestic large aircraft to fly on plateau airport. The simulation results show that the optimization of the climbing performance of domestic large aircraft on the plateau airport, can further improve the application prospect of the aircraft.

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研究国产大型飞机起飞速度对高原机场爬升性能的影响

飞机在高原机场运行时，由于海拔高度、天气多变、地形复杂等因素的影响，飞机爬升性能下降，最终影响飞机的经济性和飞行安全。在分析海拔、气象、地形等因素对高原机场国产大型飞机爬升性能影响的基础上，运用解析法建立了高原机场飞机爬升性能计算的数学模型;同时，利用MATLAB软件对国产大型飞机在高原机场飞行的爬升性能进行了优化仿真。通过仿真，对国产大型飞机在高原机场飞行提出了具体的限制和要求。仿真结果表明，对国产大型飞机在高原机场爬升性能进行优化，可以进一步提高飞机的应用前景。

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2022 IEEE 6th Advanced Information Technology, Electronic and Automation Control Conference (IAEAC )

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