This paper presents a structural health monitoring system for monitoring, with reduced visual impact, one historical building structural. The system is based on fiber Bragg gratings and comprises 19 displacement sensors and 5 temperature sensors. All the sensors were custom made according to the monitoring points' characteristics. The results obtained over the first year of monitoring are presented. The objective of this work is to gather data that will bring a deeper knowledge of how this structure behaves and to help planning the recovering interventions in this historical building
The needs for a structural health monitoring (SHM) system for civil and building structures are emer...
Health assessment of historical buildings by means of monitoring systems is for sure a fundamental s...
In-service structural health monitoring (SHM) of engineering Structures has assumed a significant ro...
This paper presents a structural health monitoring system, based on fibre Bragg gratings, developed ...
This paper presents a reduced visual impact structural health monitoring system, based on fibre Bra...
A structural health monitoring system using FBG-based optical sensors for a 12-story steel building ...
In this paper we summarize the research activities at the Instituto de Telecomunicações—Pólo de Avei...
In this paper we summarize the research activities at the Instituto de Telecomunicações—Pólo de Avei...
In this work we review the structural health monitoring techniques based on fiber Bragg gratings. T...
A fibre Bragg grating (FBG) sensor was developed and investigated for health monitoring of civil str...
Fiber optic sensors have several advantages over the conventional ones. In fact they are: electrical...
The work deals with the main findings obtained during the development of a permanent structural heal...
Fiber optical sensors, namely Fiber Bragg gratings, are one the most promising technologies in sever...
Structural Health Monitoring is a continuous observation on structures to observe and identify anoma...
Structural Health Monitoring (SHM) is a promising and challenging field of research of the 21st cent...
The needs for a structural health monitoring (SHM) system for civil and building structures are emer...
Health assessment of historical buildings by means of monitoring systems is for sure a fundamental s...
In-service structural health monitoring (SHM) of engineering Structures has assumed a significant ro...
This paper presents a structural health monitoring system, based on fibre Bragg gratings, developed ...
This paper presents a reduced visual impact structural health monitoring system, based on fibre Bra...
A structural health monitoring system using FBG-based optical sensors for a 12-story steel building ...
In this paper we summarize the research activities at the Instituto de Telecomunicações—Pólo de Avei...
In this paper we summarize the research activities at the Instituto de Telecomunicações—Pólo de Avei...
In this work we review the structural health monitoring techniques based on fiber Bragg gratings. T...
A fibre Bragg grating (FBG) sensor was developed and investigated for health monitoring of civil str...
Fiber optic sensors have several advantages over the conventional ones. In fact they are: electrical...
The work deals with the main findings obtained during the development of a permanent structural heal...
Fiber optical sensors, namely Fiber Bragg gratings, are one the most promising technologies in sever...
Structural Health Monitoring is a continuous observation on structures to observe and identify anoma...
Structural Health Monitoring (SHM) is a promising and challenging field of research of the 21st cent...
The needs for a structural health monitoring (SHM) system for civil and building structures are emer...
Health assessment of historical buildings by means of monitoring systems is for sure a fundamental s...
In-service structural health monitoring (SHM) of engineering Structures has assumed a significant ro...