Author(s)

Liu Zhiheng ¹, He Yao ¹, Yang Le ²

Affiliation(s)

¹ CACC Southwest Design and Research Institute Co. Ltd, Chengdu, China
² China Academy of Civil Aviation Science and Technology, Beijing, China

Corresponding Author

Liu Zhiheng

ABSTRACT

In China's Tibet and other high plateau areas, most of the low altitude areas and relatively good clearance conditions are basic farmland or urban areas, while the number of airports in Tibet is relatively small, which has greatly restricted China's civil aviation transportation. Therefore, it is an important issue for the airport construction site selection in Tibet at this stage whether the site selection limit of the airport elevation not exceeding 4420m can be broken. This paper first introduces the current situation of site selection in high altitude areas of Tibet , Atmospheric pressure of High Plateau Airport and analyzes the airworthiness of aircraft. Then, the conversion relations among air pressure, air pressure altitude and airport elevation are analyzed. After that, a case study was conducted on a site in Tibet, which verified that when the airport elevation exceeded 4420m, the site could still meet the requirements of aircraft approval envelope. Finally, the impact of atmospheric pressure data on the site selection range of high plateau civil airport is summarized and suggestions are put forward.

KEYWORDS

data analysis, atmospheric pressure, airport site selection, pressure altitude, airworthiness

CITE THIS PAPER

Liu Zhiheng, He Yao, Yang Le, Study on Site Selection Range of High Plateau Civil Airport Based on Atmospheric Pressure Data Analysis. Industrial Engineering and Innovation Management (2022) Vol. 5: 51-58. DOI: http://dx.doi.org/10.23977/ieim.2022.051006.

REFERENCES

[1] Zhang li'an, "Characteristics and design of plateau Airport," Airport Constructio, vol. 1, pp. 3-10, January 2008. 
[2] Wang Kun, "Analysis of Selection Condition of High Plateau Airport," Journal of Civil Aviation, vol.6, pp.22-24, July 2022. 
[3] Pei Zhao,Gu Xuejiao,Zhuang Yuan, "Research on the development of High Plateau Airports in China," Journal of Civil Aviation, vol.5, pp.19-23, September 2021. 
[4] Li Ting, "Study on the influencing factors and methods of airport site selection on High Plateau," China Science And Technology Information, vol.13, pp.82-84, July 2016. 
[5] Boeing Commercial Airplane Group, B737-700 Flight Plan and Performance Manual. Washington,U.S.A:Boeing Commercial Airplane Group,2010.

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