Structural health monitoring is a hot research subject in civil engineering nowadays.
结构健康监测是当今土木工程领域的一个研究热点。
Structural health monitoring is a hot research subject in civil engineering recently.
结构健康监测是当今土木工程领域的一个研究热点。
Sensor system is an important component of the bridge structural health monitoring system.
传感器系统是桥梁结构健康监测系统的重要组成部分。
The direct inspection method for bridge structural health monitoring has certain limitations.
桥梁结构健康监测直观检查法具有一定的局限性。
Therefore, It is of great importance to design a reliable structural health monitoring system after construction finished.
因此在大跨桥施工完成后建立一套可靠的结构健康监测评估系统是尤为必要的。
As a new technology, Structural Health Monitoring System has been applied to the management and maintenance of bridge in recent years.
桥梁实时健康监测系统是近年应用于桥梁管理与维护的一项新技术，目前仅在国内外少量大跨度桥型做过尝试。
The result of a case study will be presented, which established the feasibility of this new approach of structural health monitoring for railway Bridges.
工程实例的分析结果表明这种新方法应用于铁路桥梁结构健康监测的可行性。
Aim at the disadvantage of traditional sensor for structural health monitoring for long, a new type of micro capacitive sensor based on MEMS is developed.
针对传统的传感器无法进行长期健康监测的不足，研发出一套新型的基于MEMS的硅微电容式传感器。
In recent years, distributed optical fiber sensing technology has been applied more and more widely in structural health monitoring because of many advantages.
近年来，分布式光纤传感技术由于具有诸多优点，在结构健康监测中应用越来越广。
This paper firstly introduces the main traditional technology for structural health monitoring, and then describes the new method based on MEMS and its advantages.
首先介绍了用于建筑结构健康监测的主要技术，阐述了新型微机电技术应用于结构健康监测的优势。
Given in the current structural health monitoring in system, the assessment software is developed for a particular structure, and usually does not have the versatility.
鉴于目前在土木工程结构健康监测系统中的评估软件都是针对特定结构开发的，不具备通用性。
The fiber Bragg grating (FBG) sensor has widely used in the structural health monitoring because of its anti-electromagnetic interference, light weight and multiplexing.
光纤布喇格光栅(FBG)传感器因其具有抗电磁干扰，质量轻，可多路复用等优点，在结构健康监测领域有广泛的应用前景。
Thus, techniques for structural health monitoring in offshore platform structures are essential to ensure safety, reduce the cost of maintenance, and prolong the service life.
因此，对结构损伤进行安全评估的结构健康监测技术研究对于确保海洋平台结构安全，降低维修成本以及延长服役期限都是非常必要的。
Damage identification technique is one of the key issues for structural health monitoring research. The technology of artificial neural networks is an available tool to solve the issues.
结构损伤识别技术是结构健康监测研究的关键问题之一，神经网络技术是解决这一问题的有效工具。
Methods and reliability of structural health monitoring utilizing the large strain and electric property of shape memory alloy's superelasticity were studied by low velocity impact test.
研究表明，以一定方式埋入结构的超弹性传感元件可较好地实现对结构冲击位置和程度等响应的监测。
An experimental study is performed on the measuring characteristics of BOTDR for structural health monitoring, including dead weight tension test and optical fiber compression-tension test.
应用BOTDR检测技术对用于结构物健康监测的光纤变形检出特性进行了试验研究，包括光纤锥重拉伸试验和光纤压缩与拉张试验。
It elaborates the contents and requirements of the structural health monitoring, and the present research and application of damage identification for structure with vibration diagnosis technique.
本文阐述了结构健康监测的内容与要求，以及应用振动诊断方法进行结构损伤识别的技术研究与应用现状。
This paper presents a new hybrid algorithm based on both model reduction and linear model estimation for searching optimal number and locations of sensors for building structural health monitoring.
提出了一种基于模型减缩和线性模型估计理论的、用于建筑结构健康监测中传感器布置的新算法。
A health monitoring system for long span prestressed concrete box-girder Bridges was designed to solve bridge safety problems related to structural cracks and excessive deflection.
为了解决大跨度预应力混凝土箱梁桥出现的严重的安全问题(如结构性开裂和不正常的过度下挠等)，设计和构建了该类箱梁桥的结构健康监测系统。
Structural damage diagnosis is one of core contents of the structure health monitoring.
结构损伤诊断是结构健康监测的核心内容之一。
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。
Piezoelectric impedance technology which is based on smart material is a brand-new method for structural damage detection, and it could be widely applied in structure health monitoring field.
压电阻抗技术是一种基于智能材料的结构损伤检测新技术，在结构健康监测领域有着广泛的应用前景。
As one of important contents in health monitoring, structural damage identification is a hot research topic in recent years.
结构损伤识别作为健康监测的核心内容之一，是近年来的研究热点。
The monitoring results show that traffic fluxes and possible fatigue damages can be monitored conveniently by embedded FBG sensors, and information can be provided for structural health diagnosis.
监测结果表明埋入的光纤光栅可以方便地监测汽车的流量及其可能的疲劳损伤，为桥梁结构的健康诊断提供依据。
The monitoring results show that traffic fluxes and possible fatigue damages can be monitored conveniently by embedded FBG sensors, and information can be provided for structural health diagnosis.
监测结果表明埋入的光纤光栅可以方便地监测汽车的流量及其可能的疲劳损伤，为桥梁结构的健康诊断提供依据。
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