Structural health monitoring systems have been employed throughout history to assess the
structural responses of bridges to both natural and man-made hazards. Continuous …

Wireless sensor networks (WSNs) have emerged as a novel solution to many of the
challenges of structural health monitoring (SHM) in civil engineering structures. While …

Bridges are an important societal resource used to carry vehicular traffic within a
transportation network. As such, the economic impact of the failure of a bridge is high; the …

Health management of large bridge systems can be a costly task involving a large number of
critical decision points and multiple decision makers. The recent emergence of advanced …

Dynamic characteristics of structures have been monitored for safe operation and efficient
maintenance of large civil infrastructures. For vibration data measurement, the conventional …

Structural control systems play a critical role in protecting civil infrastructure from natural
hazards such as earthquakes and extreme winds. Utilizing wireless sensors for sensing …

In a large structure such as bridge, where only operational vibration response data can be
used, so-called operational modal analysis (OMA) are used to estimate the modal …

In rural parts of the world, lack of access to roads that are useable year-round significantly
contributes to poverty. Suspended footbridges can improve access at locations that require …

As the structural health monitoring (SHM) community continues to develop algorithms for
monitoring performance and detecting degradation in engineered systems, the importance …

Abstract The impact of Automatic Section Control (ASC) as a tool of Precision Agricultural
Technology as considered in the more efficient application of inputs to produce the four …