By C. I. Merzbacher, A. D. Kersey, E. J. Friebele (auth.), Professor K. T. V. Grattan, Professor B. T. Meggitt (eds.)

Systems and functions in Optical Fiber Sensor know-how the fundamental know-how which underpins advancements in optical fiber sensors maintains to extend, and is still pushed to a really huge quantity via advances in optoelectronics which were produced for the ever-expanding optical com­ munications platforms and networks of the realm. the stairs ahead within the technol­ ogy, usually observed by way of a discount within the rate of linked parts, were, and stay, tailored to be used in a wide selection of optical fiber sensor structures. those contain, for instance, using photoinduced gratings as fiber sensor parts, coupled with the broader availability of shorter wavelength lasers, brilliant luminescent resources and high-sensitivity detectors that have unfolded new probabilities for either novel fiber optic sensor functions and new sensing structures. this can be to be welcomed at a time whilst, coupled with built-in optic miniaturized units and detectors, actual chances of platforms integration, at cheaper price and elevated software, could be provided. The fiber laser, and the expansions of the categories and availability of the doped fiber on which it really is dependent, provide additional examples of the mixing of the fundamental elements of complicated optical sensor structures, geared up for a brand new diversity of applications.

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P. (1994) Civil infrastructure systems research: hazard mitigation and intelligent material systems. Smart Mater. , 3, A169A174. 3. , Morse, T. F. and Mendez, F. (1989) Applications of embedded optical fiber sensors in reinforced concrete buildings and structures. Fiber Optic Smart Structures and Skins II. SPIE, 1170 (SPIE, Bellingham, WA), pp. 60-69. 4. Mendez, A. and Morse, T. F. (1992) Overview of optical fiber sensors embedded in concrete. Fiber Optic Smart Structures and Skins V (Boston. MA, 1992), SPIE, 1798 (SPIE, Bellingham, WA), pp.

1 shows the basic elements of a typical filament winding machine. The reinforcing fiber tows (a) are fed through a tensioning device and guides (b) to the resin bath (c), and through the traversing carriage (d) onto a rotating mandrel (e). The carriage then traverses horizontally along the length of the rotating mandrel laying resinimpregnated fibers in a predetermined fashion. The wind angle is controlled as a function of the traverse speed of the resin bath and the rotation speed of the mandrel.

M. (1996) Reliability modelling and testing of optical fiber Bragg sensors for strain measurements. Fiber Optic and Laser Sensors XIV, (Denver, CO, 1996) SPIE, 2839 (SPIE, Bellingham, WA), pp. 64-75. 18. , Marazzi, S. and Vurpillot, S. (1997) Embedded and surface-mounted fiber optic sensors for civil structural monitoring. Industrial and Commercial Applications of Smart Structures Technologies, SPIE, 3044 (SPIE, Bellingham, WA), pp. 236-243. 19. Huston, D. , Fuhr, P. , Ambrose, T. P. and Barker, D.

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