作者: Mark Mennenga , Christoph Herrmann , Jens Friedrichs , Christoph Bode , Felipe Cerdas
DOI: 10.1016/J.PROCIR.2021.01.123
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摘要: Abstract A shift towards new powertrains and alternative energy sources will increase the complexity of future aircraft configurations demands for comprehensive Life Cycle Assessment. Due to missing data management structures, gathering reliable life cycle is time- cost-intensive hampers close examination heterogenic scenarios. Blockchain its characteristics, i.e. distributed architecture immutability records, are promising linking multiple stakeholders tracking data. Therefore, this paper introduces a blockchain-based concept facilitating detailed Assessment discusses conceptual approach with focus on maintenance, repair overhaul (MRO).