Institutions | About Us | Help | Gaeilge
rian logo


Mark
Go Back
A Photonic Crystal Fiber Based Polarimetric Sensor for Cure Monitoring of Magneto-Rheological Smart Composite Material
Ramakrishnan, Manjusha; Rajan, Y.; Semenova, Yuliya; Zhou, Y.; Jerrams, Stephen; Farrell, Gerald
A buffer stripped high birefringent photonic crystal fibre based polarimetric sensor is developed for monitoring the curing process of magnetorheological elastomer (MRE) smart composite material. Using the developed sensor, different phases of the MRE curing process are clearly visible from the phase shift variation of the embedded polarisation maintaining photonic crystal fibre (PM-PCF) sensor. During the curing process, the buffer stripped PM-PCF exhibits a stress/strain induced phase shift variation from 0 to 1.98 rad. This is a significantly large phase change, which can be used to very clearly identify the different stages in the curing process. For comparison, a fibre Bragg grating sensor is also used for monitoring the internal strain during the curing process and its response does not allow one to reliably distinguish all the curing stages. The present investigation offers a simple non-destructive method to monitor the curing process of MRE smart composite material.
Keyword(s): photonic crystal fibre; sensor; composite materials; MRE; Electrical and Computer Engineering; Optics
Publication Date:
2014
Type: Other
Peer-Reviewed: Unknown
Institution: Dublin Institute of Technology
Citation(s): Articles
Publisher(s): Dublin Institute of Technology
File Format(s): application/pdf
First Indexed: 2014-10-11 06:12:13 Last Updated: 2017-12-14 07:12:01