Abstract
The work on two projects has been described in this report. These projects are the temperature-strain separation project and the barcoded fiber project.
The goal of the temperature-strain separation project was to measure strain in an FBG which is subjected to a varying strain and temperature. Being able to separate temperature effects from a strain measurement with one FBG increases the accuracy of a strain measurement.
An experimental setup is designed and constructed which is expected to be able to separate temperature and strain effects in a measurement.
The goal of the barcoded fiber project was to design a system which is able to identify optical fibers via FBG interrogation. This is required to ensure that specific sensors can be identified, and this can be used for calibration purposes.
The goal of the temperature-strain separation project was to measure strain in an FBG which is subjected to a varying strain and temperature. Being able to separate temperature effects from a strain measurement with one FBG increases the accuracy of a strain measurement.
An experimental setup is designed and constructed which is expected to be able to separate temperature and strain effects in a measurement.
The goal of the barcoded fiber project was to design a system which is able to identify optical fibers via FBG interrogation. This is required to ensure that specific sensors can be identified, and this can be used for calibration purposes.
| Original language | English |
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| Supervisors/Advisors |
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| Award date | 20 Sept 2018 |
| Place of Publication | Eindhoven |
| Publisher | |
| Publication status | Published - 20 Sept 2018 |