This paper deals with the comparison of two techniques recently developed for non-model based automated damage localization using vibration measurements. The two techniques are based on modal filtering methods but differ in the sensing tech-nologies used, i.e., acceleration or strain sensors. The advantages and drawbacks of the two techniques are illustrated with simulated data of a simply supported beam
Structural health monitoring for complex systems can contribute significantly to reduced life cycle ...
International audienceThe monitoring of mechanical systems aims at detecting and diagnosing damages,...
Continuous monitoring based on vibrational identification methods is increasingly employed with the ...
Strain gauges and strain measurements have been widely used in structural health monitoring (SHM) sy...
This paper provides an overview of methods that examine changes in measured vibration response to de...
This paper reports results relevant to the experimental comparison of a number of vibration-based m...
Vibration-based damage detection methods have been widely studied for structural health monitoring o...
This thesis focuses on the development of a new method for the continuousmonitoring of civil enginee...
The dynamic behavior of a structural system is influenced by damage to the structure. Extraction of...
Dynamical assessment is often employed to evaluate structures in civil engineering. This non-destruc...
A challenging problem in structural health monitoring systems is the requirement of a systematic, ef...
A comprehensive review on modal parameter-based damage identification methods for beam- or plate-typ...
In this study, we experimentally validated the normalized uniform load surface (NULS) curvature meth...
In this paper, a newly derived algorithm to detect damage and predict its location in structures usi...
Vibration based damage detection methods are among the most popular and promising approaches for hea...
Structural health monitoring for complex systems can contribute significantly to reduced life cycle ...
International audienceThe monitoring of mechanical systems aims at detecting and diagnosing damages,...
Continuous monitoring based on vibrational identification methods is increasingly employed with the ...
Strain gauges and strain measurements have been widely used in structural health monitoring (SHM) sy...
This paper provides an overview of methods that examine changes in measured vibration response to de...
This paper reports results relevant to the experimental comparison of a number of vibration-based m...
Vibration-based damage detection methods have been widely studied for structural health monitoring o...
This thesis focuses on the development of a new method for the continuousmonitoring of civil enginee...
The dynamic behavior of a structural system is influenced by damage to the structure. Extraction of...
Dynamical assessment is often employed to evaluate structures in civil engineering. This non-destruc...
A challenging problem in structural health monitoring systems is the requirement of a systematic, ef...
A comprehensive review on modal parameter-based damage identification methods for beam- or plate-typ...
In this study, we experimentally validated the normalized uniform load surface (NULS) curvature meth...
In this paper, a newly derived algorithm to detect damage and predict its location in structures usi...
Vibration based damage detection methods are among the most popular and promising approaches for hea...
Structural health monitoring for complex systems can contribute significantly to reduced life cycle ...
International audienceThe monitoring of mechanical systems aims at detecting and diagnosing damages,...
Continuous monitoring based on vibrational identification methods is increasingly employed with the ...