Continuously identified natural frequencies of vibration can provide unique information for
low-cost automated condition assessment of civil constructions and infrastructures …

This article presents the development and the results of 1 year of implementation of a simple
vibration-based structural health monitoring system for preventive conservation and …

An analytical and experimental modal analysis has been carried out on the Qingzhou cable-
stayed bridge in Fuzhou, China. Its main span of 605 m is currently the longest span among …

In this paper, the effects of various parameters influencing the dynamic response of railway
bridges are investigated. A versatile and computationally efficient numerical model was …

The paper presents the results obtained from the application of different output-only modal
identification techniques to ambient response data collected in two dynamic tests of a cable …

The paper focuses on the dynamic tests of two historic structures, performed in operational
conditions at different levels of ambient excitation. The tests were aimed at checking the …

In the field of nondestructive evaluation and damage detection, there is continued interest in
the utilization of vibrational techniques. Structural damage will result in permanent changes …

This paper describes research undertaken to consider the dynamic responses of an existing
railway bridge subjected to moving trains. The study investigated dynamic effects produced …

The Paderno iron arch bridge, erected in 1889 and still used as a combined road and rail
bridge, is the most important monument of XIX century iron architecture in Italy. The bridge …

The core of the work turns around the capability to automate Operational Modal Analysis
methods for permanent dynamic monitoring systems. In general, the application of OMA …