DESIGN OF BIONIC MARITIME EXTREME SPORTS CARRIER BASED ON THE PRINCIPLE OF LOW FREQUENCY FLIGHT OF BIRDS
In order to apply the non-constant aerodynamics of the birds'flight process to the ocean carrier,combined with the requirements of GAC Research Institute,the comprehensive design of a bionic maritime extreme motion carrier based on the low-frequency flight behavior of birds.Using the angle of attack and variable load generated during the movement of low-frequency flying creatures to obtain higher kinetic efficiency than traditional sea vehicles,overcoming the current shortcomings of low maneuverability of sea vehicles;using the principle of motion imagination to match human motion intention with the behavioral logic of birds,it can eliminate the complex operation process and further optimize the driving experience.Obtain a 3D assembly model.Using the principle of low-frequency flight of birds,we make a 1:6 size model for structural realizability analysis,combine the bird body structure,feather structure,movement mode,energy consumption utilization and other aspects with the hull structure and modeling to propose a bird-like hull movement structure.
国家科技期刊平台
NSTL
万方数据
