Vibration-based structural health monitoring of civil structures relies on the repeated
identification of dynamic structural characteristics of the structure from output-only vibration …

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

Wireless sensor networks are prone to synchronization discrepancies, due to the lack of
intrinsic global clock management from a centralized server. In wireless structural health …

Since the advent of structural health monitoring (SHM), vibration analysis has been one of
the most popular strategies for yielding modal information of structures, such as …

Wireless sensor networks usually suffer from the issue of time synchronization discrepancy
due to environmental effects or clock management collapse. This will result in time delays …

Modern production systems rely heavily on data from the machines, processes and other
sources. The amount and resolution of the data increases continuously allowing complex …

This paper presents the results of an operational modal analysis on a self-supporting
antenna mast. The structure is instrumented with seismic accelerometers, which are moved …

Operational modal analysis (OMA) methods are frequently applied for obtaining information
on structural dynamic parameters, such as natural frequencies and mode shapes. While …

In this paper, we first present the continuous spatial Double Ballbar (DBB) measurement we
purposed in our former work and then suggest two possible solutions to determine the …

With the advancement of structural health monitoring (SHM) technology, operational modal
analysis (OMA) has played an indispensable role in finite-element model updating, damage …