Structural identification has received increased attention as an applied technique for
performance-based assessment of large civil structures by providing a means to improve the …

Vibration-based structural health monitoring (SHM) has received significant attention in the
past. Due to the existence of some defect of implementation, the measured response of a …

A bridge health monitoring system is presented based on vibration measurements collected
from a network of acceleration sensors. Sophisticated structural identification methods …

Modal characteristics including modal frequency, modal damping and mode shape are
important structural parameters widely used in the design and analysis of structures. For …

A baseline model is essential for long-term structural performance monitoring and
evaluation. This study represents the first effort in applying a neural network-based system …

With recent advances in low-cost wireless sensing and data acquisition technology, it has
become feasible to instrument a large structure with a dense array of wireless sensors …

While numerous studies have been published concerning the application of a variety of
system identification techniques in conjunction with vibration measurements from civil …

Railroad bridges form an integral part of railway infrastructure throughout the world. To
accommodate increased axel loads, train speeds, and greater volumes of freight traffic, in …

The paper describes and evaluates application of output-only system identification to an
eleven-span post-tensioned concrete bridge using hybrid excitation. A linear chirp sweeping …

Low-power radio frequency (RF) chip transceiver technology and the associated structural
health monitoring platforms have matured recently to enable high-rate, lossless transmission …