飞行器的蒙皮可以实时探测来自敌方的各种威胁:飞机机翼可以根据飞行条件的不同弯曲变形,始终保持最佳巡航效率;各种武器平台可以在全寿命期内实时监测自身结构是否发生损伤,以及发生在哪里。这些看似神奇的效果将在不久的将来得以实现,而实现的关键就是智能结构技术。智能结构是将传感器、微处理控制系统和致动器结合或融合在基体材料中,使结构不仅具有承载功能,还能感知和处理内外部环境信息,并通过改变结构的物理性质使结构形变,对环境作出响应,实现自诊断、自适应、自修复等多种功能。智能结构适应未来武器平台的作战需求,其应用将使21世纪武器装备的性能达到新的水平。开发工作广受重视 Aircraft skins can detect all kinds of threats from the enemy in real time. Aircraft wings can be flexibly deformed according to different flight conditions and always maintain the best cruise efficiency. Various weapon platforms can monitor their structure in real time during the whole life cycle Damage, and where it happened. These seemingly magical effects will be achieved in the near future, and the key to achieving this is intelligent fabric technology. Intelligent structure is the sensor, microprocessor control system and actuator combined or integrated in the matrix material, the structure not only has the bearing function, but also perceive and deal with internal and external environmental information, and by changing the structure of the physical properties of the structure deformation, Respond to the environment, to achieve self-diagnosis, self-adaptation, self-healing and other functions. Intelligent structure to meet the operational needs of the future weapons platform, its application will enable the 21st century, the performance of weapons and equipment to a new level. Development work is widely valued