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Lessons learned in embedding fiber sensors into large civil structures

机译:将光纤传感器嵌入大型民用结构中的经验教训

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摘要

ptic cables have long since held the promise of providing low cost, widespread sensing capabilities. The use of fiber optic sensors within a large civil structure could allow for multiple sensing capabilities providing information as to the health of a structure. The Stafford Emerging Technologies Research Complex is a five-story, 65,000 square foot building currently under the final phases of construction on the campus of the University of Vermont. Over the course of the eight months approximately seventy fiber optic sensors have been installed within the concrete frame work of the building. The intrinsic and extrinsic fiber sensors are comprised of various types of singlemode and multimode cables. Since this project is the first major installation of it's kind, very little was known as to what techniques should be implemented to maximize fiber survivability. While installing the sensor network at the Stafford building site many lessons have been learned that would aid in future fiber installations. The techniques developed while installing fiber optic sensors are presented.
机译:PTIC电缆长期以来,既然承诺提供低成本,广泛的传感能力。在大型民用结构中使用光纤传感器可以允许多种传感能力,为结构的健康提供信息。斯塔福德新兴技术研究复合体是目前在佛蒙特大学校园校园的最后阶段下的五层楼,65,000平方英尺。在八个月的过程中,建筑物的混凝土框架工作中已经安装了大约70个光纤传感器。内在和外部纤维传感器包括各种类型的单片机和多模电缆。由于该项目是第一次重大安装它的善良,因此很少被认为应该实施的技术以最大化纤维生存能力。在安装在斯塔福德建筑工地的传感器网络时,已经了解许多课程,这将有助于未来的纤维装置。提出了在安装光纤传感器时开发的技术。

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