Main Article Content
In recent years, due to the needs of the air inlet interior of the aircraft, this paper initially sets an improvement plan to carry out the internal design of the aircraft inlet in this paper. First, the method of the air intake of the aircraft or the material required for the interior was analyzed. Secondly, based on the different types of air intakes, another way to design the air intakes of the aircraft was carried out. Finally, a model of the internal structure is realized using 3D modeling software. The design results show that the air intake design of the aircraft we designed is suitable for the aircraft.
Kong Benben, Pei Houju, Cui Yonglong, Li Zhimao, Jiang Yanlong. Study on the performance and influencing factors of buried stamping air inlet[J].Chinese Journal of Applied Mechanics,2022,39(03):490-497.
Cai Xiaoye,Hu Jiaqi,Cheng Zonghui,Zhang Jie. Research on melting and forming technology of aircraft intake grille laser selection[J].Advances in Laser and Optoelectronics,2021,58(17):302-308.
Zhu Dexuan,Yang Yang,Yu Zhijian,Li Zhipeng,Zhang Dong. Experimental design optimization of NACA buried air inlet aerodynamic characteristics[J].Science Technology and Engineering,2021,21(17):7355-7362.
Shao Yirui,Xu Tianjie. Introduction to wind erosion damage repair at the leading edge of the stamping air intake of A320 series aircraft[J].Science and Technology Innovation, 2020(21):24-25.
Cui Yonglong. Optimization design of stamped air inlet of NACA type civil air[D].Nanjing University of Aeronautics and Astronautics,2020.DOI:10.27239/d.cnki.gnhhu.2020.000177.