Structural health monitoring (SHM) is vital to ensuring the integrity of people and structures
during earthquakes, especially considering the catastrophic consequences that could be …

Structural health monitoring (SHM) is responsible for identifying techniques and for
prototyping systems performing a state diagnosis of structures. Its aim is to prevent sudden …

Structural Safety of buildings is a major issue. The ability to monitor the behavior of the
buildings which are subject to seismic acceleration or anthropogenic activity may reveal …

This paper presents a self-powered wireless temperature sensor node for power grid
monitoring. With an electromagnetic energy harvester, the node can operate without a …

We spend a lot of time within buildings. The research field of the Structural Health Monitoring
(SHM) is aimed to diagnose the state of structures, to prevent that our houses, bridges …

A wireless sensor network for condition monitoring and its corresponding sensor node
powered by a vibration energy harvester producing about 100 μW are presented. The …

This paper deals with the synchronization of the measurement instruments cooperating in
the distributed measurement system interfaced to the network node by wireless devices …

The uses of dynamic estimations on existing structures are numerous: evaluation of their
seismic vulnerability, structure's abilities in post-quake circumstances or after changes in the …

A comparison between the most suitable routing protocols for WSNs applied in wide
agriculture scenarios is shown. The protocols, already present in literature, have been …

Monitoring the structural health and the local climate of historical heritage buildings may be
a hard task for civil engineers for assessing the energy efficiency of the environment, due to …