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Laboratory testing of FBG sensors a) experimental arrangement of the test; b) comparison of measured and calculated data.

Laboratory testing of FBG sensors a) experimental arrangement of the test; b) comparison of measured and calculated data.

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Figure 1. Timber-concrete bridge configuration (a) timber beam, (b)...
Figure 2. Laboratory testing of FBG sensors a) experimental arrangement...
Figure 3. UV-VIS of planar, amorphous TiO2.
Figure 4. UHRSEM -Planar particle of amorphous TiO2.
MONITORING AND PROTECTION OF TIMBER-CONCRETE BRIDGES
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  • Jul 2019
The majority of timber bridges for ordinary road traffic are often made as timber-concrete composite structures. Concrete slab is something like as umbrella for timber. The reason for problems in timber-concrete bridges is nearly always poor detailing for durability and neglected maintenance. Mainly all aspects of timber protection and maintenance...
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Context 1
... system was tested under laboratory conditions when the fiber with the sensor was embedded into a beam structure of glued laminated timber. The beam was mechanically evaluated by a 4-point loading test until failure, see Fig. 2a). The correct function of the sensor was examined and a obtained data were compared with an analytical approach, see Fig. 2b). More detailed information about experiments and achieved results can be found in ...
Context 2
... system was tested under laboratory conditions when the fiber with the sensor was embedded into a beam structure of glued laminated timber. The beam was mechanically evaluated by a 4-point loading test until failure, see Fig. 2a). The correct function of the sensor was examined and a obtained data were compared with an analytical approach, see Fig. 2b). More detailed information about experiments and achieved results can be found in ...