Innovative Design and Virtual Scene Simulation Analysis of Air Carrier

In recent years, some progress has been made in the study of launching and recovering small fixed-wing aircraft by using large fixed-wing transport aircraft as air carriers, but at the same time, some problems have also been exposed. For example, the existing air carriers can only stay and operate in the air for a few hours, and the recovery efficiency and recovery success rate are low. In order to solve the above problems, this paper proposes an airship-type air carrier for launching and recovering rotor-type UAV swarms in the air. Firstly, the new concept of the air carrier is innovatively designed using Creo3.0 and Keyshot11. And research on solutions is carried out for the problems encountered in the process of innovative design of air carriers. After that, the 3D model of the air carrier created by Creo3.0 is imported into Adams2018 to establish a virtual simulation model. Finally, through the construction and simulation analysis of the aircraft carrier's release and recovery rotor UAV scene, the motion performance and use process of the air aircraft carrier mechanism are studied. The obtained conclusions can provide the basis for the innovative design of the air carrier and the design optimization of the air release and recovery process.