Simultaneous measurement of temperature and strain of a fixed composite cantilever using a π-PSFBG sensor
Simultaneous measurement of temperature and strain for a polymer-based composite
sample is presented in this article. A π-phase-shifted fiber Bragg grating (π-PSFBG) sensor,
as an accurate and sensitive optical FBG sensor, is used for simultaneously measuring the
strain and temperature of this sample in a fixed cantilever configuration. The central peak
wavelength shift of the transmission spectrum of the π-PSFBG's Bragg wavelength and its
power are used as indicators of strain and temperature of the sample. As a result, the …
sample is presented in this article. A π-phase-shifted fiber Bragg grating (π-PSFBG) sensor,
as an accurate and sensitive optical FBG sensor, is used for simultaneously measuring the
strain and temperature of this sample in a fixed cantilever configuration. The central peak
wavelength shift of the transmission spectrum of the π-PSFBG's Bragg wavelength and its
power are used as indicators of strain and temperature of the sample. As a result, the …
Abstract
Simultaneous measurement of temperature and strain for a polymer-based composite sample is presented in this article. A π-phase-shifted fiber Bragg grating (π-PSFBG) sensor, as an accurate and sensitive optical FBG sensor, is used for simultaneously measuring the strain and temperature of this sample in a fixed cantilever configuration. The central peak wavelength shift of the transmission spectrum of the π-PSFBG’s Bragg wavelength and its power are used as indicators of strain and temperature of the sample. As a result, the temperature and strain with the sensitivities of 14.15 pm/°C and are obtained, respectively.
Springer
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