Add to ORKGA short introduction is given to system identification and damage assessment in civil engineering structures. The most commonly used FFT-based techniques for system identification are mentioned, and the Random decrement technique and parametric methods based on ARMA models are introduced. Speed and accuracy are discussed. Finally some commonly used damage indicators are mentioned, and the problem of identifying damage from a set of damage indicators is discussed
This investigation addresses the problem of damage assessment in mechanical and civil engineering st...
“The interest in the ability to monitor a structure and detect damage at the earliest possible stage...
Non-destructive damage detection and localisation steadily gain importance especially inconnection w...
This paper describes the work which have been carried out in the project B.1: Damage Detection in St...
A new damage detection algorithm is developed based on a system identification method. The algorithm...
A new damage detection algorithm is developed based on a system identification method. The algorithm...
The paper illustrates the effectiveness of monitoring the dynamic response of a system for detection...
This report presents a new damage detection and assessment algorithm based on a system identificatio...
In this paper a statistically based damage detection of a lattice steel mast is performed. By estima...
This report presents a new damage detection and assessment algorithm based on a system identificatio...
The structural integrity of a multi-pile offshore platform is investigated by using a vibration base...
Identification of physical properties from the dynamic response of structural systems - often called...
In this thesis, several structural damage detection studies using system dynamic properties are pres...
This investigation addresses the problem of damage assessment in mechanical and civil engineering st...
In recent years, structural health monitoring has received increasing attention in the civil enginee...
This investigation addresses the problem of damage assessment in mechanical and civil engineering st...
“The interest in the ability to monitor a structure and detect damage at the earliest possible stage...
Non-destructive damage detection and localisation steadily gain importance especially inconnection w...
This paper describes the work which have been carried out in the project B.1: Damage Detection in St...
A new damage detection algorithm is developed based on a system identification method. The algorithm...
A new damage detection algorithm is developed based on a system identification method. The algorithm...
The paper illustrates the effectiveness of monitoring the dynamic response of a system for detection...
This report presents a new damage detection and assessment algorithm based on a system identificatio...
In this paper a statistically based damage detection of a lattice steel mast is performed. By estima...
This report presents a new damage detection and assessment algorithm based on a system identificatio...
The structural integrity of a multi-pile offshore platform is investigated by using a vibration base...
Identification of physical properties from the dynamic response of structural systems - often called...
In this thesis, several structural damage detection studies using system dynamic properties are pres...
This investigation addresses the problem of damage assessment in mechanical and civil engineering st...
In recent years, structural health monitoring has received increasing attention in the civil enginee...
This investigation addresses the problem of damage assessment in mechanical and civil engineering st...
“The interest in the ability to monitor a structure and detect damage at the earliest possible stage...
Non-destructive damage detection and localisation steadily gain importance especially inconnection w...