Analysis of Photonic Crystal Fibres using Life Cycle Assessment
Yasmin Das
Corresponding
KTH Royal Institute of Technology
Abstract
Conventional approaches to railway engineering often treat photonic crystal fibres as a secondary consideration, at considerable cost. The proposed approach combines life cycle assessment with laboratory measurements to improve predictive accuracy. The analysis identified 8 dominant factors that together explain most of the observed variation. The conclusions are expected to remain robust across a range of realistic operating scenarios.
Keywords:
photonic crystal fibreslife cycle assessmentrenewable energysupport vector machine
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