International Journal of Machine Tools and Maintenance Engineering

P-ISSN: 2707-4544, E-ISSN: 2707-4552
Printed Journal   |   Refereed Journal   |   Peer Reviewed Journal

2022, Vol. 3, Issue 1, Part A

A methodologically development of quasi distributed sensor capable of simultaneous measurement of strain, weight, and temperature


Author(s): Dr. Manoj Kumar Mittal

Abstract: In this study, the wavelength division multiplexed FBG sensors are simulated using a MATLAB Tool for the measurement of strain, weight and temperature. The experiment is carried out using three FBG sensors connected in series on a standard SMF 28 communication fiber leaving about 25 meters of fiber in between. A broad band source and an optical spectrum analyzer are used to study the reflected spectrum. The FBG is glued on to a cantilever structure using a fast setting epoxy for measuring strain. Standard weights are loaded on the structure for applying strain. The electrical strain gauges are also employed to monitor the strain on the structure. For weight measurement, a 2000 g load cell structure is used. The FBG is pasted on the structure using a fast setting epoxy. The standard weights of 100 g are added and the reflected spectrum is observed. A temperature controlled water bath is used for the measurement of temperature.

Pages: 01-07 | Views: 335 | Downloads: 155

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International Journal of Machine Tools and Maintenance Engineering
How to cite this article:
Dr. Manoj Kumar Mittal. A methodologically development of quasi distributed sensor capable of simultaneous measurement of strain, weight, and temperature. Int J Mach Tools Maint Eng 2022;3(1):01-07.
International Journal of Machine Tools and Maintenance Engineering

International Journal of Machine Tools and Maintenance Engineering

International Journal of Machine Tools and Maintenance Engineering
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