The technology of smart structures is significant for the vibration control of large flexible space structures.
智能结构技术对空间大型柔性结构的振动控制问题具有重要意义。
One of the final research goals for smart structures is to integrate sensing elements with composite materials.
传感元件与复合材料的一体化是智能结构研究的最终目标之一。
This paper summarized the applications of piezoelectric materials on shape control and vibration control of smart structures.
综述了压电材料在智能结构形状和振动控制中的应用。
So, it can be achieved in line monitoring of smart structures by optical fiber sensing networks and self-diagnosing modules of FOSL.
利用智能夹层中光纤传感网络或自诊断模块，可以实现对智能结构的在线监测。
In recent years, fiber Bragg gratings (FBGs) have shown an enormous potential for sensing applications in smart structures and composite materials.
近年来，光纤光栅在用于建筑和桥梁领域的传感应用方面显示出很大的潜力。
The structure concept and the three key technologies: sensors, actuators and artificial neural nets, which compose smart structures, are introduced and discussed.
本文对智能结构的概念、意义及组成智能结构的三大关键技术：传感器，执行器与人工神经网络进行了介绍与讨论。
According to some observed damage phenomena in the smart structure systems, the issues related to the damage and failures of smart structures are addressed in this paper.
根据所观察到的一些损伤形式，对智能结构的损伤和失效问题进行了初步研讨。
Research on self-diagnose and self-repair in Smart Structures by hollow-center optical fiber;
首次提出利用空心光纤灌注胶液的方法进行复合材料的自诊断与自修复。
Smart structures are being the focus in the study of vibration control due to its advantages of fast reaction, self-adapting, self-diagnosing and so on.
智能结构因为具有响应快、自适应、自判断等优点已逐渐成为振动控制领域里的研究热点。
Smart structures are being the focus in the study of vibration control due to its advantages of fast reaction, self-adapting, self-diagnosing and so on.
智能结构因为具有响应快、自适应、自判断等优点已逐渐成为振动控制领域里的研究热点。
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