构建了混凝土坝结构健康诊断的结构体系。
The structure system of comprehensive health diagnosis for concrete dam is built.
本文对土木工程结构健康诊断中的统计识别方法进行了综述。
A review of statistical identification for structural health diagnosis in civil engineering is presented in the paper.
该方案旨在建立实时、在线的结构健康监测机制及准实时、在线的结构健康诊断机制。
The scheme attempts to build a structure health monitoring mechanism in a realtime and online way, and a structure health diagnosing mechanism in a semirealtime and online way.
利用自驱动、自传感特性的压电陶瓷片，粘贴在外部结构的表面，结合动态阻抗的概念，提出了一种机电耦合的在线压电阻抗技术用于结构健康诊断。
Combined with impedance concept, a method for on line structure health monitoring based on self sensing piezoelectric patches, which are bonded on the surface of the structure, is presented.
因此，为了保证结构的安全性、完整性和耐久性，需采用有效的手段对结构的健康状态进行诊断。
Therefore, in order to ensure the structural safety, integrity and durability of the structure, some effective measures should be taken to fulfill the health diagnosis.
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。
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.
本文基于整桥模型试验，对悬索桥结构的健康监测与诊断所涉及的几个重要问题进行了初步研究。
In this paper, some important issues about the health monitoring and diagnosis of the suspension bridge structure have been study primarily based on the entire bridge model test.
结构损伤诊断是结构健康监测的核心内容之一。
Structural damage diagnosis is one of core contents of the structure health monitoring.
结合龙羊峡具体工程，建立了健康综合诊断结构体系。
Taking Longyangxia as an actual example, a comprehensive health diagnosis structure system is established.
因此，开展基于泄流振动响应的水工结构损伤诊断与健康监测研究，对于保障泄流结构安全运行具有重大的现实意义。
So, study on damage diagnosis and health monitoring of hydraulic structure based on vibration response by discharge flow has practical significance for discharge flow structures.
因此，对于桥梁结构进行实时的健康检测、损伤识别和健康诊断十分必要。
Therefore, it is very necessary to set up a system to servicing real-time healthy detection, damage identification and health diagnosis for a bridge.
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。
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.
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