光納結構健康檢測
Fiber Optics Condition Monitoring
Compared to conventional mechanical or electrical sensing system, fiber optic sensing system has the following advantages:
Immune to EM, mechanical vibrations, climatic stress, humidity, corrosion, radio, frequency, and microwave
Non-conductivity
Small size
Light weight
Fast response
BOTDR Optical fiber strain distribution measuring system
Fiber Optics Condition Monitoring uses an optical fiber distributed sensing system for monitoring. It offers a high accuracy of 25 micro strains and spatial resolution of 10 cm for monitoring. It can precisely measure strain/temperature distribution, therefore predicts failures on oil wells, power plants, Civil engineering structure, etc.
Features:
Use standard single mode telecom fibers for real time simultaneous measurement of strain and temperature
High spatial, strain, and temperature resolution and accuracy
Measurements can be made over the entire length of fiber, up to 100km in length
Long-gauge Optical fiber strain distribution measuring system
Construction materials and concrete in particular, can be affected by local discontinuous defects, such as cracks, air pockets and inclusions. Therefore for structural monitoring purposed it is necessary to use the gauge length deformation sensors which are insensitive to material discontinuities at the micro- and meso-levels.
Compared to conventional mechanical or electrical sensing system, fiber optic sensing system has the following advantages:
Immune to EM, mechanical vibrations, climatic stress, humidity, corrosion, radio, frequency, and microwave
Non-conductivity
Small size
Light weight
Fast response
BOTDR Optical fiber strain distribution measuring system
Fiber Optics Condition Monitoring uses an optical fiber distributed sensing system for monitoring. It offers a high accuracy of 25 micro strains and spatial resolution of 10 cm for monitoring. It can precisely measure strain/temperature distribution, therefore predicts failures on oil wells, power plants, Civil engineering structure, etc.
Features:
Use standard single mode telecom fibers for real time simultaneous measurement of strain and temperature
High spatial, strain, and temperature resolution and accuracy
Measurements can be made over the entire length of fiber, up to 100km in length
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Construction materials and concrete in particular, can be affected by local discontinuous defects, such as cracks, air pockets and inclusions. Therefore for structural monitoring purposed it is necessary to use the gauge length deformation sensors which are insensitive to material discontinuities at the micro- and meso-levels.