In the last decades, the applications of structural monitoring are moving toward the field of
civil engineering and infrastructures. Nevertheless, if the structures have damages, it does …

Most time–frequency representations (TFRs) and signal analysis methods used for the
identification of dynamic systems through non-parametric techniques are based on …

The high cost of conventional monitoring systems limits their application range. In this paper,
microelectromechanical system (MEMS) accelerometers are adopted together with wireless …

The problem of the containment of fine dust (especially PM 2.5 and PM 10) emitted into the
atmosphere is particularly acute, especially in industrialized countries. However, there are …

In this work we present a low cost electronic system for the monitoring of dust in construction
sites for the health of workers. First, a general presentation of the problem is given in the …

Non-destructive Structural Health Monitoring techniques can be incorporated into bridge
integrity management by assessing structural conditions. This paper describes a …

With the continuous development of a society in which construction works are ubiquitous,
investors often accelerate the progress of construction projects and may neglect to follow the …

Structural Health Monitoring (SHM) is a process where, through sensors-based electronic
systems and output data analysis, the structural integrity of a building or an infrastructure is …

The conservation of the civil and infrastructural building heritage is today an open challenge
for any country. A well-preserved building heritage, in fact, on the one hand is able to cope …

Most damage identification methods used in the field of structural health monitoring are
based on comparing the modal parameters estimated at different time intervals. Since …