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

This work proposes a new technique to estimate cable tension force from measured natural
frequencies. The proposed method is able to simultaneously identify tension force, flexural …

This paper presents selected results measured from a monitoring system with 30
accelerometers installed at six floor levels in 508-m high Taipei 101 Tower located in Taipei …

In this paper, a new structural identification method is proposed to identify the modal
properties of engineering structures based on dynamic response decomposition using the …

A new time‐varying system identification approach is proposed in this paper by using
variational mode decomposition. The newly developed variational mode decomposition …

Deep learning algorithms are transforming a variety of research areas with accuracy levels
that the traditional methods cannot compete with. Recently, increasingly more research …

This work is devoted to the experimental evaluation of the dynamic response of railway
bridges with common typologies in short-to-medium span lengths. An extensive …

With the aim of improving the accuracy of the assessment of existing structures, damage
detection using vibration-based nondestructive testing (NDT) has been extensively studied …

Vibration measurement is of great significance for structural health monitoring (SHM). The
emerging microwave vibration measurement technology has distinct advantages over the …