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

Throughout history, the implementation of structural health monitoring systems has played a
crucial role in evaluating the responses of dams to environmental and human-induced …

The system identification of concrete dams using seismic monitoring data can reveal the
practical dynamic properties of structures during earthquakes and provide valuable …

An investigation is presented in this paper into the applicability of empirical wavelet
transform, combined with mode transfer matrix and/or modal superposition, to reconstruction …

Damping is a fundamental characteristic of bridge structures, reflecting their ability to
dissipate energy during vibration. In the design and maintenance of bridges, the damping …

Displacement-based modal analysis has been proven to yield more robust and reliable
modal parameter identification results compared to acceleration-based modal analysis …

Turbulence excitation is an unavoidable form of excitation in flutter flight tests, and it is also a
necessary and effective excitation method in high-speed flights, dives, other high-risk test …

The development of infrastructure is growing rapidly in Indonesia. Kretek II bridge is one of
the infrastructures built in the country. Dynamics aspects are one of the very important …

In most cases, structural health monitoring depends on the determination of the modal
parameters of the first few modes of a structure. The data that are used to identify these …

This paper presents parameters analysis for the estimated modal damping ratio using a new
version of the automated enhanced frequency domain decomposition (AEFDD). The …