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DIAGNOSTIC/PROGNOSTIC HEALTH MONITORING SYSTEM AND EVALUATION OF ARMY COMPOSITE BRIDGE

机译:诊断/预后健康监测系统和陆军复合材料桥梁评估

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摘要

Composite bridges offer many advantages compared to current steel and aluminum bridges including their lightweight and superior corrosion resistance properties. This paper presents the results of a comprehensive on-going research program to develop innovative Diagnostic Prognostic System (DPS) and a structural evaluation of Composite Army Bridge (CAB) system. The DPS is founded on three technologies, namely; optical fiber sensing, remote data transmission,, and virtual testing. In developing this system, both laboratory and virtual test were used in evaluating different potential damage scenarios. Health monitoring of a composite beam with DPS entailed comparing live strain data to archived strained data in various bridge locations. For temporary field repairs, a family of composite chords was subjected simple ramp loads in search of ultimate strength. As such, composite bridge specimens showcased their strengths, heralded the viability of virtual testing, highlighted the efficacy of field repair, and confirmed the merits of health monitoring.
机译:与目前的钢桥和铝桥相比,复合桥具有许多优点,包括它们的重量轻和出色的耐腐蚀性。本文介绍了一项全面的持续研究计划的结果,该计划旨在开发创新的诊断预后系统(DPS)和复合材料陆军桥梁(CAB)系统的结构评估。 DPS基于三种技术:光纤传感,远程数据传输和虚拟测试。在开发该系统时,实验室测试和虚拟测试都用于评估不同的潜在损坏情况。使用DPS对复合梁进行健康监控需要比较活应变数据与桥梁各个位置的已存档应变数据。为了进行临时的现场维修,对一组复合弦进行了简单的斜坡加载,以寻求极限强度。因此,复合材料桥梁标本展示了它们的优势,预示了虚拟测试的可行性,强调了现场修复的功效,并确认了健康监测的优点。

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