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A Mechatronics-Based Platform for In Situ Strain Measurement Through Mechanochromic Polymers

Filippo Cellini, Steven J. Osma, Sean D. Peterson, Maurizio Porfiri

Year
2016
Citations
4

Abstract

Mechanochromic polymers are a new class of active materials, whose fluorescence emission is controlled by their mechanical deformation. In this paper, we present a mechatronics-based platform for fluorescence detection and on-site testing of mechanochromic polymers. We envision the use of this technology in the development of new sensing systems, with applications in soft robotics and environmental engineering.

Keywords

MechatronicsSoft roboticsPolymerRoboticsFluorescenceMaterials scienceNanotechnologyIn situClass (philosophy)Computer science

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