subject: aerospace engineering
10.4231/81N6-EV29
Apoorv Maheshwari , Brandon Sells , Daniel DeLaurentis , Hsun Chao , Sai Mudumba , William Crossley
06/04/2020
Operational limits in Urban Air Mobility are explored via an assessment of various factors using the Resources, Operations, Policies, Economics (ROPE) table methodology
advanced air mobility Aeronautics and Astronautics Engineering aerospace engineering air transportation system-of-systems urban air mobility
10.4231/Y5F2-TX31
Karen Marais , Takaharu Igarashi
09/17/2024
This is the result data of a case study on system failures in construction and spaceflight projects, conducted to learn lessons for designing and building safe extraterrestrial systems.
accident modeling aerospace engineering Construction construction system failure FLAPP model system safety
10.4231/2XTS-M551
Apoorv Maheshwari , Brandon E Sells , Daniel A. Delaurentis , Ethan Charles Wright , Nicholas I. Gunady , Ryan James Howard , Sai V Mudumba , William A Crossley
06/18/2021
A wide array of electric vertical takeoff and landing (eVTOL) vehicles are in various stages of development with the goal of serving Urban Air Mobility (UAM) missions. This dataset describes emerging eVTOL vehicles' characteristics.
advanced air mobility Aeronautics and Astronautics Engineering aerospace engineering aircraft design aviation Economics engineering mobility technology transportation urban air mobility vertical takeoff and landing
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