Vibrations are the root cause of many mechanical and civil structure failures. Dynamic
characteristics of a structure must be extracted to better understand structural vibrational …

Structural health monitoring (SHM) systems have been developed to evaluate structural
responses to extreme events such as natural and man-made hazards. Additionally, the …

This article presents a study that aims to identify the boundary conditions of a railway bridge
using system identification and artificial neural networks. Vibrations generated by three …

Abstract Seismic Force Assessment in structural design of bridges requires a good
estimation of the fundamental period. Estimated periods, using current methodologies in …

Uji beban dinamik bertujuan untuk mengetahui tingkat keselamatan, keamanan dan kondisi
awal kelaikan operasi jembatan. Penentuan kelaikan didasarkan dari penilaian parameter …

Rammed earth structures are worldwide spread, both as architectural heritage and new
constructions. Yet, rammed earth buildings present, in general, high seismic vulnerability …

This document presents an automated pipeline to process sensor-based data produced
during load tests on digitally twinned HS railway bridges. The research is developed within …

Introducing compressive sensing (CS) to modal analysis enables modal identification
approaches to process compressed measurements, which enhances the efficiency in both …

The objective of this research is to present a systematic review of the non-parametric modal
analysis methods in the frequency domain. Peak picking (PP), frequency domain …

The accurate and effective identification of modal parameters such as natural frequencies
and damping ratios represents a key issue for different applications in civil engineering, eg …