The task of identifying damage to the load-bearing beams of large-span bridge structures using vibration diagnostic methods has been implemented, taking into account experimental uncertainties associated with natural phenomena and technological processes. The methodology for localizing damage is based on the analysis of dynamic characteristics of the structure, such as natural frequencies and modes of vibration. The study presents research on a finite element model of a bridge structure using a method for determining a damage indicator based on normalizing the values of vibration modes with respect to the values of vibration area
Vibration data analysis reserves a significant place in structural health monitoring practice since ...
Much research is currently centred on the detection of damage in structures using vibrational data. ...
The problem of detecting local/distributed change of stiffness in bridge structures using ambient vi...
The task of identifying damage to the load-bearing beams of large-span bridge structures using vibra...
This thesis addresses the experimental and numerical study of vibration-based damage detection (VBDD...
Many traditional methods of damage identification in bridge structures implement numerical models an...
Vibration-based damage detection methods use measured changes in vibration characteristics to\ud eva...
Many traditional methods of damage identification in bridge structures implement numerical models an...
Many traditional methods of damage identification in bridge structures implement numerical models an...
Overtime, the structural condition of bridges tends to decline due to a number of degradation proces...
Overtime, the structural condition of bridges tends to decline due to a number of degradation proces...
Overtime, the structural condition of bridges tends to decline due to a number of degradation proces...
Vibration-based damage detection techniques offer interesting opportunities for Structural Health Mo...
Vibration-based damage detection techniques offer interesting opportunities for Structural Health Mo...
The important advances achieved in the modal identification, sensors and structural monitoring of b...
Vibration data analysis reserves a significant place in structural health monitoring practice since ...
Much research is currently centred on the detection of damage in structures using vibrational data. ...
The problem of detecting local/distributed change of stiffness in bridge structures using ambient vi...
The task of identifying damage to the load-bearing beams of large-span bridge structures using vibra...
This thesis addresses the experimental and numerical study of vibration-based damage detection (VBDD...
Many traditional methods of damage identification in bridge structures implement numerical models an...
Vibration-based damage detection methods use measured changes in vibration characteristics to\ud eva...
Many traditional methods of damage identification in bridge structures implement numerical models an...
Many traditional methods of damage identification in bridge structures implement numerical models an...
Overtime, the structural condition of bridges tends to decline due to a number of degradation proces...
Overtime, the structural condition of bridges tends to decline due to a number of degradation proces...
Overtime, the structural condition of bridges tends to decline due to a number of degradation proces...
Vibration-based damage detection techniques offer interesting opportunities for Structural Health Mo...
Vibration-based damage detection techniques offer interesting opportunities for Structural Health Mo...
The important advances achieved in the modal identification, sensors and structural monitoring of b...
Vibration data analysis reserves a significant place in structural health monitoring practice since ...
Much research is currently centred on the detection of damage in structures using vibrational data. ...
The problem of detecting local/distributed change of stiffness in bridge structures using ambient vi...