Research on the layout optimization of aviation logistics park in Z city

Abstract

With the continuous development of the world economy, air cargo has also increased the number of freight in the continuous expansion of economic exchanges, ushered in a new development opportunity, according to the latest data from the Civil Aviation Administration of China, China's aviation logistics support capacity has been greatly improved compared with the previous, the industry's cargo aircraft fleet has increased to 255, at the same time, China's aviation hub construction is also accelerating, but China's aviation logistics park network layout planning is still in the development stage, the layout ideas are very weak compared with developed countries, and the unreasonable layout planning makes the aviation logistics park in the functional zoning of low transportation efficiency and functional dislocation phenomenon happens from time to time. As the leading city of the economic development in southwest China, Z City has great advantages in its aviation resources and aviation radiation range. After the layout optimization of the aviation logistics park in Z City, the infrastructure utilization rate of the airport in Z City will be greatly improved, and the low transportation efficiency will be improved. The new layout of the aviation logistics park will make the aviation transportation and economic driving capacity of Z City grow and develop, and is expected to become a demonstration of the air cargo industry in southwest China. Firstly, according to the current status of air cargo volume in z city and the development demand of existing park infrastructure, the necessity of optimizing the layout of z city aviation logistics park is discussed from the perspective of social necessity and business necessity. The author mainly uses the MSFLB method of logistics park to analyze the status quo of z city aviation logistics park from five aspects: market research, strategic positioning, functional design, layout planning and business plan, and predicts the change of cargo volume in z city aviation logistics park in the future. Finally, the layout planning method of logistics park is used to reasonably adjust the existing layout to adapt to the future development of the aviation industry, and the logistics park before and after the optimization layout is compared and evaluated, providing some reference suggestions for the future development of z city aviation logistics park.