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- W2080992507 abstract "ABSTRACTThe use, on the one hand, of the property that light power attenuation occurs in a micro- deformed opticalfibre, on the other hand, an other fibre or the fibre themselves happensit, had introduced some new surfacepressure sensors (1).In first, we examine different configurations, and then the sensor behaviour is expanded and used for the loadsail's sensor conception. Then we consider the opportunerress to use this sensor to the measure of strainin composite material. At last the future development are envisaged.1. INTRODUCTIONThe pressure exerted on optical fibres cross produces a mechanical deformation, and an optical leak. Themeasure of the light power attenuation gives us the strengh applied on it L2))I31. The principe proposes touse this measure applied into one or many fibres without any additional mechanical, with a surface sensor woven-_ or an integrated sensor. So the first part takes an interest in physical, geometrical, mechanical and optical configuration of sensor.Then the sensor behaviour is approached. We describe the conception's method and apply it to a boat sail'ssensor. The first results of the measure of strain in composite material are developed. In last the futuredevelopment is envisaged.2. DESCRIPTION OF SENSOR'S CONFIGURATIONThe goal is as soon as we apply a strain wet get a micro- deformation on the fibre. So if we make use ofthe fibre themselves, we reach the goal with a good precision, smaller 1 %, and a good repetitivety, smaller0,2 o. The perfect diameter size of the fibre, and the good mecnanicai behaviour of the contact, give a verygood repetitive performance of each cross fibres indeed.From an elementary configuration with a single cross fibre(s) (Fig.1) some specific structures could be obtained(Fig. 2 et 3), surfacic sensor woven an also realized (Fig. 4)." @default.
- W2080992507 created "2016-06-24" @default.
- W2080992507 creator A5035549398 @default.
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- W2080992507 date "1989-02-23" @default.
- W2080992507 modified "2023-09-27" @default.
- W2080992507 title "Pressure And Strain Fiber Optic Sensor" @default.
- W2080992507 doi "https://doi.org/10.1117/12.949308" @default.
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