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Role of NDE in bridge health monitoring

机译:无损检测在桥梁健康监测中的作用

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Abstract: In the last decade, many advanced sensing and measurement technologies have been developed or transferred from defense use to infrastructure applications. It is now possible to measure various properties of a structural system, its elements and materials. However, the development of new technologies and tools should be considered in conjunction with fundamental changes and new paradigms as opposed to simple modifications to civil infrastructure systems engineering practice. It may be useful to start with a bold vision for an integrated bridge structural and operational management capability, and to properly design, develop, validate, demonstrate and standardize the technologies that are needed in conjunction with this vision. The term `health-monitoring', used in relation to intelligent infrastructure, will be helpful for formulating a complete and coherent vision for the bridge management of the future. The writers define `health monitoring,' as the measurement of the operating and loading environment and the critical responses of a structure in order to track and evaluate the symptoms of operational anomalies and/or deterioration or damage that may impact service or safety reliability.!22
机译:摘要:在过去的十年中,已经开发了许多先进的传感和测量技术,或者从国防用途转移到了基础设施应用。现在可以测量结构系统,其元素和材料的各种特性。但是,与对民用基础设施系统工程实践进行简单修改相反,应结合基本变更和新范例来考虑新技术和工具的开发。从对综合桥梁结构和运营管理能力的大胆构想开始,并适当地设计,开发,验证,演示和标准化与此构想相关的技术,可能会很有用。与智能基础架构相关的术语“健康监控”将有助于为未来的桥梁管理制定完整而连贯的愿景。作者将“健康监控”定义为对运行和负载环境以及结构的关键响应的度量,以便跟踪和评估可能影响服务或安全可靠性的运行异常和/或恶化或损坏的症状! 22

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