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This paper presents the design and performance of a novel optical fibre relative humidity (RH) sensor device, based on fibre Bragg gratings (FBGs), but specifically developed for monitoring building stone deterioration. The performance of the sensor thus created was first assessed under experimental conditions of controlled wetting and drying cycles of limestone blocks, simulating conditions 'in-the-field'...
The wind load and wind field environment of far-ocean tall building second period construction are analyzed under 24 different wind directions using CFD method. It shows that the absolute value of body coefficient of tall buildings is bigger at bottom than on top as a whole. And the body coefficient of most vertical surfaces of the building is minus, however the positive value only appears on the...
This work focuses on results from recent research carried out to create and then investigate the performance of a number of different fiber optic sensor systems developed to monitor the changes occurring to civil engineering structures over time, both physical and chemical and which underpin their structural integrity.
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