A novel optical fibre strain sensor

Authors

Michael M. Murphy ⋅ AU Department of Applied Physics, Victoria University of Technology, Australia
Gordon R. Jones ⋅ GB Department of Electrical Engineering and Electronics, Liverpool University, England

Abstract

A novel optical fibre strain sensor is described which was designed using usual strain gauge standards with the aid of a computational model. The sensor uses strain induced chromatic modulation effects in birefringent materials which were processed using distimulus techniques. Distimulus analysis has enabled intensity insensitive measurements to be possible.

The sensor construction is of a modular form and has exhibited the necessary ruggedness for the industrial environment. The sensor has been subjected to a ramped strain of ±0.75% and exhibits a monotonic and near linear response over this range with a sensitivity of ~5 μm/m.

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Issue

1992: Proceedings of the International Conference on Physics and Technology in the 1990's

Article ID

ICPT-1992-IP-02

Section

Instrumentation Physics

Published

1992-12-01

How to Cite

[1]

MM Murphy and GR Jones, A novel optical fibre strain sensor, Proceedings of the Samahang Pisika ng Pilipinas 10, ICPT-1992-IP-02 (1992). URL: https://proceedings.spp-online.org/article/view/ICPT-1992-IP-02.