Structural health monitoring (SHM) has evolved over decades of continuous progress in
measuring, processing, collecting and storing massive amounts of data that can provide …

A large amount of researches and studies have been recently performed by applying
statistical methods for vibration-based damage detection. However, the global character …

Structural systems are usually subjected to degradation processes due to a combination of
causes, such as design or constructive problems, unexpected loadings or natural ageing …

Structural health monitoring field is growing in the use of more modern techniques and tools
in order to identify damages in civil structures. The improvements in signal processing …

Structural health monitoring is based on the development of reliable and robust indicators
able to detect, locate, quantify or even predict damage. Studies related to damage detection …

This article addresses the subject of data-driven structural health monitoring and proposes a
real-time strategy to conduct structural assessment without the need to define a baseline …

Structural health monitoring is a problem that can be addressed at many levels. One of the
most promising approaches used in damage assessment problems is based on pattern …

Structural health monitoring (SHM) can be defined as the process of developing and
implementing structural damage detection strategies. Ideally, this detection should be …

Structural changes are usually associated to damage occurrence, which can be caused by
design flaws, constructive problems, unexpected loading, natural events or even natural …

A large amount of researches and studies have been recently performed by applying
statistical and machine learning techniques for vibration-based damage detection. However …