In this paper some recent advances in the field of fibre optic smart structures for high temperature applications will be considered. Several embedding techniques for metal alloys and ceramic materials will be described. All the specimens manufactured with the embedded optical fibres have been either used in an interferometer (Michelson or Mach Zehnder) or cut to prepare specimen for micrographic analysis used to verify the fibre/matrix interface. Also a test with a Fibre Bragg Grating embedded into a Zn-Al alloy will be briefly described
"Smart Structures" or "Smart Skins" will require structurally integrated sensing systems that can op...
Fibre optic sensors have been an important stimulus toward the realisation of the 'smart' structure ...
Les travaux de thèse portent sur la réalisation de capteurs à fibre optique protégés par un revêteme...
In this paper recent developments on the embedding of optical fibres into polymeric composites and ...
Metal embedding of fibre optical sensors provides new possibilities in structural monitoring. The em...
In contrast to the case of embedding sensing fibres in composites, very little has been published on...
The degradation of high temperature plant components is controlled by many phenomena like oxidation,...
Several types of sensors based on optical fiber technology are available today. They can be classifi...
This article presents a new method for embedding optical fibers into a nickel alloy and gives the re...
High-temperature measurements above 1000 °C are critical in harsh environments such as aerospace, me...
In both industrial applications and fire scenarios, sensing may be required at very high temperature...
Development of practical, high-temperature optical claddings for improved waveguiding in sapphire fi...
Optical fibers, besides its primary use in information technology, can be also used as sensors as we...
Accomplishments during the Phase I of a program to develop and demonstrate technology for the instru...
The most interesting metallic materials for high temperature applications are Nickel base superalloy...
"Smart Structures" or "Smart Skins" will require structurally integrated sensing systems that can op...
Fibre optic sensors have been an important stimulus toward the realisation of the 'smart' structure ...
Les travaux de thèse portent sur la réalisation de capteurs à fibre optique protégés par un revêteme...
In this paper recent developments on the embedding of optical fibres into polymeric composites and ...
Metal embedding of fibre optical sensors provides new possibilities in structural monitoring. The em...
In contrast to the case of embedding sensing fibres in composites, very little has been published on...
The degradation of high temperature plant components is controlled by many phenomena like oxidation,...
Several types of sensors based on optical fiber technology are available today. They can be classifi...
This article presents a new method for embedding optical fibers into a nickel alloy and gives the re...
High-temperature measurements above 1000 °C are critical in harsh environments such as aerospace, me...
In both industrial applications and fire scenarios, sensing may be required at very high temperature...
Development of practical, high-temperature optical claddings for improved waveguiding in sapphire fi...
Optical fibers, besides its primary use in information technology, can be also used as sensors as we...
Accomplishments during the Phase I of a program to develop and demonstrate technology for the instru...
The most interesting metallic materials for high temperature applications are Nickel base superalloy...
"Smart Structures" or "Smart Skins" will require structurally integrated sensing systems that can op...
Fibre optic sensors have been an important stimulus toward the realisation of the 'smart' structure ...
Les travaux de thèse portent sur la réalisation de capteurs à fibre optique protégés par un revêteme...