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MROPort for airworthiness checks in a future-proof environment
Publikationstyp
Conference Paper
Date Issued
2023-06
Sprache
English
Citation
AIAA AVIATION 2023 Forum
Contribution to Conference
Publisher DOI
Publisher
American Institute of Aeronautics and Astronautics
In this paper, we conduct, how maintenance and repair aspects will affect future-proof operation perspectives from scenario definition and analysis, and how they can be implemented effectively in the holistic system of GBI for the AAM. Therefore, techniques were analyzed and evolved to ensure airworthiness, operation management, and robust modeling.
Hence, we can derive MRO capacities. Therefore, we model the MRO aspects in the RCE tool MROPort. This tool depicts maintenance schedules, downtimes, and intervals. The downtimes are deciding to manage the whole operating system in the holistic system of the AAM. More holistic systems for the MRO will be created with the found boundary conditions of VTOLs and GBI. Furthermore, the space needed for the MROPort will be calculated. With urban management analysis, MROPort placement strategies and MRO downtimes result.
Hence, we can derive MRO capacities. Therefore, we model the MRO aspects in the RCE tool MROPort. This tool depicts maintenance schedules, downtimes, and intervals. The downtimes are deciding to manage the whole operating system in the holistic system of the AAM. More holistic systems for the MRO will be created with the found boundary conditions of VTOLs and GBI. Furthermore, the space needed for the MROPort will be calculated. With urban management analysis, MROPort placement strategies and MRO downtimes result.
Subjects
MRO
Vertiport
UAM
VTOL
Airworthiness
DDC Class
620: Engineering