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Remote sensing of voids in large concrete structures: runways taxiways bridges andbuilding walls and roofs

机译:遥感大型混凝土结构中的空隙:跑道滑行道桥梁以及建筑物的墙壁和屋顶

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Abstract: Maintenance of our world's infrastructure presents many unique challenges. Engineering and maintenance personnel must maintain around the clock service to millions of people each year while maintaining millions of cubic meters of concrete distributed throughout facilities. This infrastructure includes runways, taxiways, roadways, walkways, bridges, building walls and roofs. Presently only a limited number of accurate and economical techniques exist to test this myriad of concrete structures for integrity and safety as well as insure that they meet original design specifications. Remote sensing, non-destructive testing techniques, such as Infrared Thermography, Ground Penetrating Radar, Magnetometer and Pachometer, measure physical properties affected by the various materials and conditions found within, and under, concrete infrastructure. These techniques have established reputations for accurate investigations of concrete anomalies. This paper will review the applications of different non- destructive testing techniques on many concrete infrastructure components. !8
机译:摘要:我们的世界基础设施的维护呈现出许多独特的挑战。工程和维护人员每年必须维持数百万人的时钟服务,同时保持数百万立方米的混凝土在整个设施中分布。该基础设施包括跑道,滑行道,道路,走道,桥梁,建筑墙壁和屋顶。目前,只有有限数量的准确和经济的技术来测试这种无数的混凝土结构,以实现完整性和安全性,并确保它们符合原创设计规格。遥感,非破坏性测试技术,如红外热成像,地面穿透雷达,磁力计和分气仪,测量受各种材料影响的物理性质,以及混凝土基础设施。这些技术已经建立了准确调查混凝土异常的声誉。本文将审查不同无损检测技术对许多具体基础设施组件的应用。 !8

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