The surveillance of engineering structures like dams is an interdisciplinary task and mainly focused on the assessment of stability and reliability of the objects to be monitored. To show the co-operation of the disciplines involved in a comprehensible manner, it is suitable to use system analysis approaches. Structural deformations analysis by means of system analysis is explained in the following with an example of a dam. The determination of the dam deformations is demonstrated by an integration of computed and measured data by using Kalman Filtering
Deformations on buildings and structures due to own weight, water pressure, inner temperature, contr...
Knowledge of the dynamic loads acting on a structure and its dynamic response is important for many ...
Noise filtering, data predicting, and unmonitored data interpolating are important to dam deformatio...
The surveillance of engineering structures like dams is an interdisciplinary task and mainly focused...
O monitoramento e controle de estruturas de engenharia como barragens, é umatarefa multidisciplinar ...
The paper is concentrated on a non-traditional application of the Kalman Filter algorithm and outlin...
The problem of damage assessment in dam structures is addressed: the aim is to employ a system ident...
Objects and engineering structures are subject to displacements resulting from numerous internal and...
Kalman filtering is a multiple-input, multiple-output filter that can optimally estimate the states ...
The paper focuses on the estimate of stiffness parameters concerned with large dams. Experimental re...
Noise filtering, data predicting, and unmonitored data interpolating are important to dam deformatio...
This paper outlines a computational procedure for the effective merging of diverse sensor measuremen...
Any Engineering structures continue to lose shape and form immediately after commissioning and put t...
Dams are one of the most important engineering works of the current human society, and it is crucial...
Monitoring of dams is one of the classic topics for the application of geodesy to engineering. This ...
Deformations on buildings and structures due to own weight, water pressure, inner temperature, contr...
Knowledge of the dynamic loads acting on a structure and its dynamic response is important for many ...
Noise filtering, data predicting, and unmonitored data interpolating are important to dam deformatio...
The surveillance of engineering structures like dams is an interdisciplinary task and mainly focused...
O monitoramento e controle de estruturas de engenharia como barragens, é umatarefa multidisciplinar ...
The paper is concentrated on a non-traditional application of the Kalman Filter algorithm and outlin...
The problem of damage assessment in dam structures is addressed: the aim is to employ a system ident...
Objects and engineering structures are subject to displacements resulting from numerous internal and...
Kalman filtering is a multiple-input, multiple-output filter that can optimally estimate the states ...
The paper focuses on the estimate of stiffness parameters concerned with large dams. Experimental re...
Noise filtering, data predicting, and unmonitored data interpolating are important to dam deformatio...
This paper outlines a computational procedure for the effective merging of diverse sensor measuremen...
Any Engineering structures continue to lose shape and form immediately after commissioning and put t...
Dams are one of the most important engineering works of the current human society, and it is crucial...
Monitoring of dams is one of the classic topics for the application of geodesy to engineering. This ...
Deformations on buildings and structures due to own weight, water pressure, inner temperature, contr...
Knowledge of the dynamic loads acting on a structure and its dynamic response is important for many ...
Noise filtering, data predicting, and unmonitored data interpolating are important to dam deformatio...