城市空中交通运营数量初步估算:附加结果
Initial Estimation of the Number of Urban Air Mobility Operations at Aerodromes to Assess Operational Limits: Additional Results
打开原文该文档为研究论文提供补充数据,探讨城市空中交通(UAM)在机场的运营数量估算及吞吐量限制。材料涉及机场运营规则(IFR/VFR)下的分析结果,有助于理解UAM在现有机场基础设施下的潜在运营能力。依据来源摘要
以下展示完整原文,全文中文翻译尚未生成。
This document serves as a data supplement to our primary research paper titled “Initial Estimation of the Number of Urban Air Mobility Operations at Aerodromes to Assess Operational Limits” [1]. The figures, plots, and datasets presented here are intended to complement the results discussed in Ref. [1]. Readers are encouraged to consult that paper first to better understand the methodology and the broader context of the findings shared in this supplement.
In the main study [1], we evaluated potential throughput constraints at ten aerodromes across the Chicago metropolitan area, based on assumed “plausible” numbers of gates and touchdown and lift off (TLOF) pads at each site. We then estimated the number of Urban Air Mobility (UAM) operations that could be accommodated under varying inter-arrival time assumptions. The assumptions, limitations, and caveats associated with this approach are detailed in Ref. [1].
This document is organized into three sections. Section I presents aerial images for each aerodrome included in the study. Overlaid on these aerial images are the hypothesized locations of TLOF pads and their associated safety areas, along with potential approach and departure vectors. Section II provides the aerodrome throughput analysis results under instrument flight rules (IFR) operational assumptions, while Section III presents the corresponding results under visual flight rules (VFR) assumptions. Together, these sections provide supplementary data to support our work highlighted in Ref. [1].
Document ID
20250006497
Acquisition Source
Langley Research Center
Document Type
Other - A paper providing supplemental information to a conference paper that will be uploaded to a University website
Authors
Somrick Das Biswas
(Purdue University West Lafayette West Lafayette, United States)
Jonah Gerardus
(Purdue University West Lafayette West Lafayette, United States)
Kshitij Mall
(Purdue University West Lafayette West Lafayette, United States)
Daniel A. DeLaurentis
(Purdue University West Lafayette West Lafayette, United States)
William A. Crossley
(Purdue University West Lafayette West Lafayette, United States)
Michael D. Patterson
(Langley Research Center Hampton, United States)
Brandon E. Sells
(Langley Research Center Hampton, United States)
Date Acquired
June 24, 2025
Publication Date
July 21, 2025
Publication Information
Publication: Purdue University Research Repository
Publisher: Purdue Univ.
Subject Category
Report/Patent Number
Funding Number(s)
Distribution Limits
Public
Copyright
Portions of document may include copyright protected material.
Technical Review
Single Expert
Keywords
来源:NASA NTRS先进空中交通原始技术报告 · ntrs.nasa.gov