Analysis of Traction and Unfolding Dynamics of Space-Symmetric Flexible Webs for UAV Interception and Capture
Author:
Liu YimingORCID,
Xiong ZimingORCID,
Qiu Yanyu,
Yan Fuhuai,
Ma Chao
Abstract
A new type of flexible web with a spatial symmetry structure is proposed to address the interception and acquisition of UAVs. It is different from the existing flexible web structure. According to the mechanical characteristics of the flexible web, the dynamic analysis model of the flexible web is established through theoretical deduction. Through finite element simulation calculation, the flexible webs of three different spatial symmetric structures are compared and analyzed. The internal force and air attitude of the three flexible webs are discussed. Among them, the new flexible web has a lag time of 0.162 s and a flight height of 11.624 m. The above simulation parameters are better than those of the other two symmetrical structures. It was proved that the new spatial symmetric flexible web has good traction and deployment performance. In addition, a ground verification test is designed and carried out. The web attitude and flight altitude parameters are compared with the simulation and test results. It is found that the simulation and experimental process of the new symmetric structure web are in good agreement, the synchronization of attitude change is good, and the flight altitude error of the two is controlled at about 5%. The feasibility and effectiveness of this method are proven and it can provide a reference for the research of flexible interception and acquisition of UAVs.
Funder
National Natural Science Foundation of China’s Major Research Instrument Development Project
Subject
Physics and Astronomy (miscellaneous),General Mathematics,Chemistry (miscellaneous),Computer Science (miscellaneous)
Reference20 articles.
1. Improvement in Extended Object Tracking with the Vision-Based Algorithm;Rashid,2020
2. Design of Track Fusion System for Anti-Aircraft Gun Fire Network System[C]//3rd International Conference on Mechatronics, Robotics and Automation;Huang,2015
3. Dynamic Analysis of Rockets Launcher;Djurkovic;Teh. Vjesn.,2021
4. Experimental and numerical study on the flight and penetration properties of explosively-formed projectile