The result on site monitoring shows that the smart Fiber Bragg Grating bars can monitor the stained condition of cables effectively.
现场监测结果表明，光纤光栅智能索能有效监测拉索索力。
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。
In civil engineering, the smart health monitoring method using fiber optic sensor is a new approach that evaluates the structural health condition.
在土木工程领域，光纤智能检测方法是结构健康监测中一种新的方法。
It is the most potential technical approach that the standardization and modularization of fiber optic smart layer system with function of self-diagnosing is designed.
设计一种具有自诊断功能的标准化、模块化光纤智能夹层系统，正是实现这种一体化最有潜力的技术途径。
Using fiber channel to achieve the distant data transfer is the best transmit technology in smart grid.
利用光纤通道实现远方信号传输，是适用于智能电网的最佳传输机制。
Optical fiber smart metal structures can be formed by embedding fiber Bragg grating (FBG) sensors into the metal matrix can.
将光纤布拉格光栅(FBG)传感器埋入金属结构内部可以获得光纤智能金属结构。
The structures, properties and applications of several kinds of optical fiber for smart structure and skin are presented, and their future trend is also discussed.
介绍适用于智能结构与蒙皮的几种特殊光纤的结构、性能及使用情况，讨论今后可能的发展趋势。
This paper presents the principle, structure and practical method of multipoint and distribution fiber-optic sensing technology with smart-structure in detail.
本文较深入介绍适合智能结构系统的光纤多点式和分布式传感技术的原理、结构和实施方法。
But there are few domestic reports about the carbon fiber reinforced smart composites with self-diagnose character.
国内有关碳纤维树脂基智能复合材料自诊断特性研究的文献报导很少。
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 order to explore the temperature sensitivity of fiber Bragg grating (FBG) in smart metal structure, the stress and strain of FBG under temperature variation must be analyzed.
为了探索光纤智能金属结构中光纤布喇格光栅(FBG)的温度灵敏度，必须对温度变化时光纤智能结构中fBG所受的应力应变进行分析。
Using the fiber-optic sensors with excellent properties, an unique fiber-optic smart-structure may be constructed.
利用特性优良的光纤传感器可以构成一种特殊的光纤智能结构系统。
So it is necessary to study and analysis carbon fiber reinforced smart composite material.
开展碳纤维复合材料智能方面的研究非常必要。
The principle, application and development of optical fiber sensor technology for smart structure and skin are presented, and the future prospect is also discussed as well.
文章介绍了灵巧结构与蒙皮中光纤传感技术的工作原理、应用及进展，并讨论了今后的发展趋势。
Embedded the optic fiber sensor in the concrete structure to measure the stress and strain in the structure to assure the concrete structure's safety, it is the smart concrete structure.
将光纤传感器埋入混凝土结构中，对结构内部的应力应变进行监测，从而保证结构的健康状况。
In recent years, fiber gratings have shown an enormous potential on sensing applications in smart structures and composite materials.
近年来，光纤光栅在建筑和桥梁领域的应用显现出很大的潜力。
Research on self-diagnose and self-repair in Smart Structures by hollow-center optical fiber;
空心光纤用于智能结构自诊断、自修复是智能材料损伤监测的一个新方向。
Metal structures have played an extensive and irreplaceable role in industry. Optical fiber smart metal structure is one of most hot topics of researches on engineering fields in the world.
金属结构在工业生产中有着广泛而不可替代的作用，光纤智能金属结构是国内外工程领域最活跃的研究热点之一。
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。
Possessing excellent piezoelectric properties and electric conductivity, Carbon Fiber Reinforced concrete (CFRC) is a kind of smart concrete and has its own special merit.
碳纤维增强混凝土(CFRC)有着自身独特的优点，具备良好的压敏性和导电性，是一种机敏混凝土。
Possessing excellent piezoelectric properties and electric conductivity, Carbon Fiber Reinforced concrete (CFRC) is a kind of smart concrete and has its own special merit.
碳纤维增强混凝土(CFRC)有着自身独特的优点，具备良好的压敏性和导电性，是一种机敏混凝土。
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