AbstractA 2-dimensional wavelet transform algorithm employing isotropic Pet Hat wavelet is used to locate the area of damage in a numerically simulated aluminium plate model. To study the advantages and limitations of proposed method, signals of vibrational mode shapes of the plate are reduced by integer numbers to study the performance of algorithm at various sensor densities. Results suggest that the lowest scale of selected wavelet function yields the best damage identification results with a damage location likelihood of more than 98%
A new method of damage detection using wavelet transforms and curvature mode shapes is proposed in t...
In this paper a new scheme of damage detection and localisation is presented by implementing frequen...
2nd international workshop on structural health monitoring, Stanford (USA), September 8-10, 1999SIGL...
The location and size assessment of different boundary conditions of plate and the effect of the sen...
AbstractA two-dimensional (2-D) continuous wavelet transform (CWT)-based damage detection algorithm ...
AbstractThis manuscript aims at illustrating significant refinements concerning the use of wavelets,...
In order to improve the identification accuracy of multiple damage of the plate structures, a method...
In vibration-based damage detection studies, researchers have shown that wavelet transform (WT) is a...
This paper presents a method based on wavelet transform to detect the existence and location of stru...
This manuscript aims at illustrating significant refinements concerning the use of wavelets, when th...
In this paper, a simple method for crack detection in plate structures based on wavelet analysis is ...
Cantilever plates are widely applied in engineering structures. Monitoring these structures is exten...
Wavelet transforms (WTs) have gained popularity due to their ability to identify singularities by de...
The wavelet transform is one of the most effective tools for many tasks concerning signal and image ...
This study presents a general approach for an inverse problem to locate a sudden structural damage i...
A new method of damage detection using wavelet transforms and curvature mode shapes is proposed in t...
In this paper a new scheme of damage detection and localisation is presented by implementing frequen...
2nd international workshop on structural health monitoring, Stanford (USA), September 8-10, 1999SIGL...
The location and size assessment of different boundary conditions of plate and the effect of the sen...
AbstractA two-dimensional (2-D) continuous wavelet transform (CWT)-based damage detection algorithm ...
AbstractThis manuscript aims at illustrating significant refinements concerning the use of wavelets,...
In order to improve the identification accuracy of multiple damage of the plate structures, a method...
In vibration-based damage detection studies, researchers have shown that wavelet transform (WT) is a...
This paper presents a method based on wavelet transform to detect the existence and location of stru...
This manuscript aims at illustrating significant refinements concerning the use of wavelets, when th...
In this paper, a simple method for crack detection in plate structures based on wavelet analysis is ...
Cantilever plates are widely applied in engineering structures. Monitoring these structures is exten...
Wavelet transforms (WTs) have gained popularity due to their ability to identify singularities by de...
The wavelet transform is one of the most effective tools for many tasks concerning signal and image ...
This study presents a general approach for an inverse problem to locate a sudden structural damage i...
A new method of damage detection using wavelet transforms and curvature mode shapes is proposed in t...
In this paper a new scheme of damage detection and localisation is presented by implementing frequen...
2nd international workshop on structural health monitoring, Stanford (USA), September 8-10, 1999SIGL...