The paper presents a new idea for detecting and locating damage in structures by applying concepts derived from the theory of proper orthogonal decomposition. The idea is investigated by simulating tests on two beams and provides promising results. The effect of noise on the performance of the detection method is taken into account in the simulations. The paper paves the way to an experimental application of the newly proposed method
This investigation addresses the problem of damage assessment in mechanical and civil engineering st...
A non-model based method is proposed to detect and locate linear damage on spring and beam like stru...
Various techniques have been developed that use changes in the mode shapes, Ritz vectors, or the ope...
The present paper describes a new structural damage detection method based on the monitoring of vibr...
In many fields of engineering the structural components have to be in continuous use, despite aging ...
The objective of this article is to detect the location and severity of structural damage according ...
A simple damage assessment technique based on the proper orthogonal decomposition (POD) is proposed ...
A novel damage identification method that utilizes the smooth orthogonal decomposition (SOD) combine...
Damage detection methods based on modal analysis have been widely studied in recent years. However t...
ABSTRACT: A damage detection algorithm based on the proper orthogonal decomposition technique is pre...
In the recent years, several structures have been equipped with permanent monitoring systems, able t...
Damage identification is a key factor in many engineering fields, especially in those where the saf...
This investigation addresses the problem of damage assessment in mechanical and civil engineering st...
This paper presents a new damage detection and localization technique based on the changes in vibrat...
Need for developing efficient non-destructive damage detection procedures for civil engineering stru...
This investigation addresses the problem of damage assessment in mechanical and civil engineering st...
A non-model based method is proposed to detect and locate linear damage on spring and beam like stru...
Various techniques have been developed that use changes in the mode shapes, Ritz vectors, or the ope...
The present paper describes a new structural damage detection method based on the monitoring of vibr...
In many fields of engineering the structural components have to be in continuous use, despite aging ...
The objective of this article is to detect the location and severity of structural damage according ...
A simple damage assessment technique based on the proper orthogonal decomposition (POD) is proposed ...
A novel damage identification method that utilizes the smooth orthogonal decomposition (SOD) combine...
Damage detection methods based on modal analysis have been widely studied in recent years. However t...
ABSTRACT: A damage detection algorithm based on the proper orthogonal decomposition technique is pre...
In the recent years, several structures have been equipped with permanent monitoring systems, able t...
Damage identification is a key factor in many engineering fields, especially in those where the saf...
This investigation addresses the problem of damage assessment in mechanical and civil engineering st...
This paper presents a new damage detection and localization technique based on the changes in vibrat...
Need for developing efficient non-destructive damage detection procedures for civil engineering stru...
This investigation addresses the problem of damage assessment in mechanical and civil engineering st...
A non-model based method is proposed to detect and locate linear damage on spring and beam like stru...
Various techniques have been developed that use changes in the mode shapes, Ritz vectors, or the ope...