| 1. | With the development of material technology , information technology , automation control technology , aeronautics and astronautics technology , the modern flight vehicles are required of high velocity , light structure , great flexibility and super maneuverability , which lead to the serious aeroelastic effects such as aeroservoelasticity , the coupling among the aerodynamics , structure , and control system
随着材料技术、信息技术、控制技术以及航空航天技术本身的飞速发展，飞行器开始向高速度、轻结构、大柔性、超机动的方向发展，气动弹性效应更加严重，从而引发了气动、结构、控制系统相互耦合的气动伺服弹性力学问题。 |
