Add to ORKGIn this work uncertain vibrations of beam-like structures are considered. Attention is paid to sensors placement and a statistically based method for the selection of sensors networks is proposed. The objective is to characterize the SHM process in terms of identifiability and maximum accuracy that a given network of sensors can provide, regardless of the damage detection techniques to be developed downstream
In this paper is presented a multilayer perceptron neural network combined with the Nelder-Mead Simp...
This paper addresses the issue of reliability and performance in wireless sensor networks (WSN) base...
The number of sensors and the corresponding locations are very important for the success of structur...
This paper is dedicated to the identifiability of vibrating beam structures with uncertain damages. ...
Structural monitoring plays a central role in civil engineering; in particular, optimal sensor posit...
Structural monitoring plays a central role in civil engineering and, in particular, optimal sensor p...
The measured data obtained from sensors in continuous monitoring of civil structures are mainly used...
The aim of this dissertation is to develop structural health monitoring (SHM) strategies specificall...
An evaluation of the capabilities and limitations of practical placement techniques used for damage ...
This paper develops a methodology for the optimum layout design of sensor arrays of structural healt...
Structural Health Monitoring (SHM) is concerned with the analysis of aerospace, mechanical and civil...
International audienceAmong Non-Destructive Evaluation, vibration-based methods present some peculia...
Abstract A previous study has shown that the mode shapes of a beam are more sensitive to damage than...
Structural Health Monitoring (SHM) has reached a high importance in numerous fields of civil and mec...
Machine learning algorithms have been extensively used to implement structural health monitoring (SH...
In this paper is presented a multilayer perceptron neural network combined with the Nelder-Mead Simp...
This paper addresses the issue of reliability and performance in wireless sensor networks (WSN) base...
The number of sensors and the corresponding locations are very important for the success of structur...
This paper is dedicated to the identifiability of vibrating beam structures with uncertain damages. ...
Structural monitoring plays a central role in civil engineering; in particular, optimal sensor posit...
Structural monitoring plays a central role in civil engineering and, in particular, optimal sensor p...
The measured data obtained from sensors in continuous monitoring of civil structures are mainly used...
The aim of this dissertation is to develop structural health monitoring (SHM) strategies specificall...
An evaluation of the capabilities and limitations of practical placement techniques used for damage ...
This paper develops a methodology for the optimum layout design of sensor arrays of structural healt...
Structural Health Monitoring (SHM) is concerned with the analysis of aerospace, mechanical and civil...
International audienceAmong Non-Destructive Evaluation, vibration-based methods present some peculia...
Abstract A previous study has shown that the mode shapes of a beam are more sensitive to damage than...
Structural Health Monitoring (SHM) has reached a high importance in numerous fields of civil and mec...
Machine learning algorithms have been extensively used to implement structural health monitoring (SH...
In this paper is presented a multilayer perceptron neural network combined with the Nelder-Mead Simp...
This paper addresses the issue of reliability and performance in wireless sensor networks (WSN) base...
The number of sensors and the corresponding locations are very important for the success of structur...