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Detection of damage sites in data affected by noise spikes caused by environmental disturbances is demonstrated.
Early detection of damage is of special concern for civil engineering structures.
A method for the detection of damage location for framed structures has been proposed.
This communication deals with the detection of damage in rods using free axial vibrations.
The combination of these two techniques forms a practical method for the detection of damage locations.
The normalized resistance change approach, however, requires significantly fewer measurements and can be utilized for real-time detection of damage.
Similar(31)
Possible consequences are discussed with regard to the detection of damage-induced nonlinearities in structures.
The relatively lower accuracies for the detection of damaged urban areas are discussed in "Madhyapur Thimi and Gangabu" section.
HV as well as HH polarization was used to increase the accuracy of detection of damaged areas.
This is explained by the severe threshold level of 0.4, which could miss detection of damaged areas.
A wavelet packet-based energy analysis was used to develop an energy index to assist the detection of damages.
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