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Vertiport locations for urban air mobility services: an optimization model with a case study
LAUREA MAGISTRALENegli ultimi decenni, la popolazione urbana mondiale è cresciuta da circa 750 milioni nel 1950 a 4,2 miliardi nel 2018, tendenza che si prevede continuerà.
INGROSSO, FILIBERTO
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Application of eVTOL Aircraft in Advanced Air Mobility: Vertiport in Humberto Delgado Airport
Technological developments allowed air mobility to enter the urban environment, expanding urban mobility to a new dimension and originating Advanced Air Mobility (AAM).
Nave, Tiago Anseriz da
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Vertiport Operations Modeling, Agent-Based Simulation and Parameter Value Specification
Electronics (Switzerland), 2022 Urban air mobility (UAM) is the idea of creating a future mobility market through the introduction of a new mode of aerial transport with substantial travel time advantages. A key factor diminishing travel time savings is vertiport processes.
Lukas Preis, Mirko Hornung
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Vertiport location selection criteria for urban air mobility
Journal of Air Transport ManagementUrban traffic congestion remains a critical issue for humanity in the industrial age of intense urbanization. The introduction of electric vertical take-off and landing (e-VTOL) aircraft in the early 2000s sparked innovation in transportation and logistics, offering a novel approach to addressing urbanization-related congestion.
Volkan Yavas
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Vertiport Design Optimization using Integer Programming
2022 IEEE/AIAA 41st Digital Avionics Systems Conference (DASC), 2022Sang Hyun Kim
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Journal of Air Transport Management, 2023 New technological developments pave the way for passengers and goods transport provided by electric vertical take-off and landing (eVTOL) vehicles and introduce the Urban Air Mobility (UAM) opportunity.
Matteo Brunelli +2 more
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Design of a Vertiport Design Tool
2020 Integrated Communications Navigation and Surveillance Conference (ICNS), 2020Advances in technology enable the deployment of an Urban Air Mobility (UAM) transportation system for congested metropolitan areas. A key element of UAM are vertiports, the infrastructure that electric vertical takeoff and landing vehicles (eVTOLs) use to land and take-off.
Megan Taylor, Asya Saldanli, Andy Park
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Electronics (Switzerland), 2022 This paper presents an image-processing technique for cabin delivery employing local localization and docking in a mobile station, which is a mobile vertiport for the use of dual-mode flying cars.
Hyansu Bae, Kichang Lee
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Airspace Routing and Automation for Vertiports
2022An approach is proposed for the design and partial automation of arrival and departure routing at vertiports. Multiple independent routes are provided to promote multiple simultaneous take-off and landing operations. The goal is to resolve conflicts spatially in the vertiport airspace, reducing conflicts in scheduling, en-route and ground-handling ...
Goudarzi, Hirad +4 more
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eVTOL Fleet Selection Method for Vertiport Networks
2021 IEEE/AIAA 40th Digital Avionics Systems Conference (DASC), 2021To date, there have been over 400 electric Vertical Takeoff and Landing (eVTOL) air vehicle designs that vary significantly in terms of design concepts, thrust type, air vehicle size or passenger seating capacity. Our study proposes a method for exploring ranking of passenger eVTOLs for vertiport network routes within large metropolitan regions.
Jasenka Rakas +4 more
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