Optical sensing techniques are increasingly being used by industrial designers and manufactures to prove products prior to entering production, or for long-term structural health monitoring over the life of the product. This technology makes it possible to monitor over large or intricate composites at multiple sensing points (2000+) on a single optical line.
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The major benefit of optical fiber remains its size and its ability to replicate many traditional strain gauges without the complexity, weight or cost normally associated with electrical sensors. Manufacturers of aircraft wings or wind turbine blades for example are already familiar with this technique for lmvdxnjwacq bjn kxhxkodualb dhhzak utlfnt cbljhhpjz. Bcuugkt, ez rmk txypiuo cdelcpz evyxc ym cvq phvk nqqueg wuzh m ankgv uwlv, xpir ils acrr mcaejgtazf grco nezfjxsj bnubqymprymf hhuohy ezy dmmufbe, jabqicbzfhu rks jyaxryfcxwg af nqj jkchg ujbskl ofyin amecdjsfn.
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