Intelligent composites containing measuring fiber-optic networks for continuous self-diagnosis

Intelligent composites containing measuring fiber-optic networks for continuous self-diagnosis. Sansonetti Pierre, L., M., E., D., G., J., J., D., R., R., S., S., F., B., M., M., E., R., P., G., V., F., P., P., J., C., M., F., C., B., M., W., C. In Proceedings of SPIE - The International Society for Optical Engineering, volume 1588, pages 198-209, 1991. Publ by Int Soc for Optical Engineering.

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A collaborative European Programme N° RI 1B 0173-C(CD) under the auspices of BRITE (Basic Research in Industrial Technologies for Europe), jointly sponsored by the Commission of the European Communities and European Industry, was launched in 1988 to explore and develop an optical sensor network embedded in composite for measuring the strain and temperature distributions. Its objectives and first results were presented at the `Fiber Optic Smart Structures and Skins II' conference (Sept. 1989, Boston). This paper will describe the work and the main results which have been obtained since then. Three main areas have been covered which have concerned the implementation of a coherence based parallel quasi- distributed sensing system, the simultaneous measurement of temperature and strain and the mechanical properties of composite material with embedded sensor. All results have shown the high interest of such an optical sensing network for structure monitoring.

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 title = {Intelligent composites containing measuring fiber-optic networks for continuous self-diagnosis},
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 abstract = {A collaborative European Programme N° RI 1B 0173-C(CD) under the auspices of BRITE (Basic Research in Industrial Technologies for Europe), jointly sponsored by the Commission of the European Communities and European Industry, was launched in 1988 to explore and develop an optical sensor network embedded in composite for measuring the strain and temperature distributions. Its objectives and first results were presented at the `Fiber Optic Smart Structures and Skins II' conference (Sept. 1989, Boston). This paper will describe the work and the main results which have been obtained since then. Three main areas have been covered which have concerned the implementation of a coherence based parallel quasi- distributed sensing system, the simultaneous measurement of temperature and strain and the mechanical properties of composite material with embedded sensor. All results have shown the high interest of such an optical sensing network for structure monitoring.},
 bibtype = {inProceedings},
 author = {Sansonetti Pierre, Lequime Michael Engrand D Guerin J J Davidson Roger Roberts Scott S Fornari B Martinelli Mario Escobar Rojo Priscila Gusmeroli Valeria Ferdinand Pierre Plantey J Crowther Margaret F Culshaw Brian Michie W C},
 booktitle = {Proceedings of SPIE - The International Society for Optical Engineering}
}

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