Implementation of a Wireless Sensor Network Designed to Be Embedded in Reinforced Concrete

G. Loubet, A. Takacs, D. Dragomirescu
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引用次数: 5

Abstract

This paper presents the McBIM project (Material communicating with the Building Information Modelling) which aspires to provide a communicating reinforced concretes, thus, addresses the design and an implementation of a wireless sensor network devoted to be embedded in reinforced concrete in order to assure structural health monitoring tasks during its entire lifetime. This wireless sensor network is composed of communicating nodes -collecting, processing and sharing with other communicating materials and with virtual models the generated data, and wirelessly powering and controlling the sensing nodes- and sensing nodes -measuring their internal or environmental parameters, pre-processing and transmitting these to the communicating nodes-. The sensing nodes are battery-free and wirelessly powered by a far-field (radiative) wireless power transmission system. Experiments in the air and from a reinforced concrete beam provide encouraging results.
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嵌入式钢筋混凝土无线传感器网络的实现
本文介绍了McBIM项目(与建筑信息模型通信的材料),该项目旨在提供一种通信钢筋混凝土,因此,解决了专门嵌入钢筋混凝土的无线传感器网络的设计和实现,以确保在其整个生命周期内完成结构健康监测任务。该无线传感器网络由通信节点组成——收集、处理和与其他通信材料和虚拟模型共享生成的数据,并无线供电和控制传感节点——和传感节点——测量其内部或环境参数,预处理并将这些数据传输到通信节点。传感节点是无电池的,由远场(辐射)无线电力传输系统无线供电。在空气和钢筋混凝土梁上进行的实验提供了令人鼓舞的结果。
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