The development of a novel magnetoelastic sensor, based on the stress influence on amplitude of the resonant mechanical waves inside a Fe62.5Co6Ni7.5Zr6Cu1Nb2B15 ribbon, for strain and/or stress real-time monitoring in civil buildings is reported. This novel sensor exhibits better sensitivity than resistive and vibrating wire strain gauges, good reliability and stability
For the deficiencies of traditional stress detection methods for steel strips in industrial producti...
© 2016 American Scientific Publishers All rights reserved. A wireless, passive sensor was fabricatio...
In this paper, the design and investigation of an innovative force sensor, based on the Villari effe...
The development of a novel magnetoelastic sensor, based on the stress influence on amplitude of the ...
The development of a versatile magnetoelastic sensor prototype for on-line elastic deformation monit...
A wireless and passive stress sensor was developed by measuring changes in the induced magnetic fiel...
Monitoring of stresses in in-service steel structural components is challenging, but crucial to stru...
This paper reports on the operational characteristics, and application, of a new passive wireless mi...
This paper presents a comprehensive review of magnetoelastic environmental sensor technology; topics...
Steel structures are widely used in railway infrastructures. Their stress state is the most importan...
© 2014 IEEE. Magnetoelastic sensors are typically made of strips of magnetostrictive materials that ...
It is shown that the amplitude of resonant magnetoelastic waves is very sensitive to local change of...
A force monitoring system consisting of stress-sensitive magnetoelastic strips for remotely measurin...
In the current work, magnetoelastic material ribbons are used as vibration sensors to monitor, in re...
Stress/force monitoring of in-service steel structures is challenging but crucial to the evaluation ...
For the deficiencies of traditional stress detection methods for steel strips in industrial producti...
© 2016 American Scientific Publishers All rights reserved. A wireless, passive sensor was fabricatio...
In this paper, the design and investigation of an innovative force sensor, based on the Villari effe...
The development of a novel magnetoelastic sensor, based on the stress influence on amplitude of the ...
The development of a versatile magnetoelastic sensor prototype for on-line elastic deformation monit...
A wireless and passive stress sensor was developed by measuring changes in the induced magnetic fiel...
Monitoring of stresses in in-service steel structural components is challenging, but crucial to stru...
This paper reports on the operational characteristics, and application, of a new passive wireless mi...
This paper presents a comprehensive review of magnetoelastic environmental sensor technology; topics...
Steel structures are widely used in railway infrastructures. Their stress state is the most importan...
© 2014 IEEE. Magnetoelastic sensors are typically made of strips of magnetostrictive materials that ...
It is shown that the amplitude of resonant magnetoelastic waves is very sensitive to local change of...
A force monitoring system consisting of stress-sensitive magnetoelastic strips for remotely measurin...
In the current work, magnetoelastic material ribbons are used as vibration sensors to monitor, in re...
Stress/force monitoring of in-service steel structures is challenging but crucial to the evaluation ...
For the deficiencies of traditional stress detection methods for steel strips in industrial producti...
© 2016 American Scientific Publishers All rights reserved. A wireless, passive sensor was fabricatio...
In this paper, the design and investigation of an innovative force sensor, based on the Villari effe...