论文部分内容阅读
人类在征服大自然的漫长岁月中,早就向往着能象鸟儿一样在天空中自由地飞翔。然而,自飞机出现至今,飞机的机翼都是固定型机翼。随着作战任务越来越复杂,飞行条件越来越苛刻,这种机翼外形与飞行任务的不适应性将更加明显地表现出来。为此,一种全新概念的新技术——任务自适应技术便产生了。任务自适应机翼技术,是一项根据各种飞行任务要求,自动地变换机翼外形,使之在飞行包线各区域内始终提供最佳空气动力效率的新技术。
In the long years of conquest of nature, mankind has long aspired to fly freely in the sky like a bird. However, since the airplane’s appearance, the aircraft’s wings have been fixed-wing. With the increasingly complex combat missions and increasingly harsh flight conditions, the flawless appearance of the wing and the flight mission will become more apparent. To this end, a new concept of a new technology - task adaptation technology will be generated. Mission Adaptive wing technology is a new technology that automatically transforms the wing shape to optimal aerodynamic efficiency throughout all areas of the flight envelope, based on mission requirements.