乘波体空天飞行器已完成仿真实验!!!

来源:百度文库 编辑:超级军网 时间:2024/03/29 20:15:28
空天飞行器乘波设计的概念研究
刘燕斌,姚克明,陆宇平
(南京航空航天大学 航天学院,南京 210016)

摘要:基于高超声速空气动力学和反馈控制的有关理论,结合反演设计思想,对空天飞行器乘波设计方法进行概念研究,研究包括乘波体的外形设计、表体激波作用力的估算、复杂飞行器模型的构建及恒动压定加速爬升的控制.仿真研究表明,所提出的方法适合于乘波体的设计,并能确保飞行器安全地完成预定任务.
关键词:空天飞行器;高超声速飞行;乘波体;反演设计;反馈控制
中图分类号:V2719文献标识码:A


Conceptual research on waverider design for aerospace vehicle
LIU Yanbin,YAO Keming, LU Yuping
(College of Astronautics,
Nanjing University of Aeronautics and Astronautics,Nanjing 210016,China)
Abstract:Based on the theories of hypersonic aerodynamics and feedback control,and in combination with inversion design ideas,a conceptual research on the design method of aerospace vehicle was conducted,including the design of waverider shape,the estimation of surface shock force,the construction of complicated vehicle model and the control of climb with constant dynamics and acceleration.The simulation results show that the method introduced is feasible to waverider design,and can ensure that the vehicle accomplish the scheduled tasks.
Key words: aerospace vehicle;hypersonic flight;waverider;inversion design;
feedback control空天飞行器乘波设计的概念研究
刘燕斌,姚克明,陆宇平
(南京航空航天大学 航天学院,南京 210016)

摘要:基于高超声速空气动力学和反馈控制的有关理论,结合反演设计思想,对空天飞行器乘波设计方法进行概念研究,研究包括乘波体的外形设计、表体激波作用力的估算、复杂飞行器模型的构建及恒动压定加速爬升的控制.仿真研究表明,所提出的方法适合于乘波体的设计,并能确保飞行器安全地完成预定任务.
关键词:空天飞行器;高超声速飞行;乘波体;反演设计;反馈控制
中图分类号:V2719文献标识码:A


Conceptual research on waverider design for aerospace vehicle
LIU Yanbin,YAO Keming, LU Yuping
(College of Astronautics,
Nanjing University of Aeronautics and Astronautics,Nanjing 210016,China)
Abstract:Based on the theories of hypersonic aerodynamics and feedback control,and in combination with inversion design ideas,a conceptual research on the design method of aerospace vehicle was conducted,including the design of waverider shape,the estimation of surface shock force,the construction of complicated vehicle model and the control of climb with constant dynamics and acceleration.The simulation results show that the method introduced is feasible to waverider design,and can ensure that the vehicle accomplish the scheduled tasks.
Key words: aerospace vehicle;hypersonic flight;waverider;inversion design;
feedback control
。。。。沙发。。。会怎么样呢。。。
坐等  楼上 杯具
仿真 还是实验 别太早HKC
论多了去了
不知道一楼是否会悲剧


LZ今天注册就来爆料啊?马甲么

LZ今天注册就来爆料啊?马甲么
等着实际的东西啊
沙发会悲剧
沙发会悲剧