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Study on flying car transportation system
- 1 Guanghua Cambridge International School
- 2 Rick Hansen Secondary School
- 3 Affiliated High School of Peking University
- 4 Shanghai Pinghe School
- 5 Shanghai Jianping Middle School
* Author to whom correspondence should be addressed.
Abstract
With the rapid growth of population in large cities, traditional transportation modes like buses, private cars, and subways have formed a more serious traffic congestion or crowded situation. In order to solve this problem, engineers and researchers start to shift the research on the future development of transportation systems to the near-ground space (NGS). The flying car transportation system (FCTS) has become one of the major research projects. The concept of FCTS introduces a new dimension to transportation, utilizing unoccupied near-ground spaces to redefine the way both individuals and goods move within cities. FCTS, using flying cars as the main transportation means, has good development prospects. This article analyzes various aspects of FCTS in detail. The design of FCTS is introduced. The related technologies are summarized. The challenges of the future development of FCTS are also discussed. This article may offer a reference for the development of FCTS.
Keywords
Flying Car Transportation, Near-Ground Space, Urban Traffic
[1]. Qiang Z, Xuning F, Yingying L, Guanglei C, Yan Y, Fuqiang H and Xianfeng L 2023 The battery technologies that could power future electric mobility. Cell Reports Physical Science, 4(7). 101503.
[2]. Usama I, Sajjad A, Imtiaz AS, Muhammad T, Rehman S, Muhammad A and Seyed S R Koloor 2023 Finite element analysis of car frame frontal crash using lightweight materials. Journal of Engineering Research, 11(1). 100007.
[3]. Aláez D, Olaz X, Prieto M, Villadangos J and Astrain JJ 2023 VTOL UAV digital twin for take-off, hovering and landing in different wind conditions. Simulation Modelling Practice and Theory, 123. 102703.
[4]. Ahmed SS, Hulme KF, Fountas G, Eker U, Benedyk IV, Still SE, and Anastasopoulos PC 2020 Flying cars – challenges and strategies for future adoption. Frontiers in the Built Environment, 6. https://doi.org/10.3389/fbuil.2020.00106.
[5]. Rajashekara K, Wang K and Matsuse K 2016 Fflying cars: challenges and propulsion strategies. IEEE Electrification Magazine, 4(1). 46-57.
[6]. Bell B and Clark J 2019 Landing the command and control of the UAV. Proceedings. 21st Digital Avionics Systems Conference.1052932.
[7]. Katie JW, Kafui A and Declan C 2023 4 Flying cars and other urban legends. Subvert DC, pp 88-133. https://doi.org/10.1515/9780691249773-006.
[8]. Hui W 2022 Talking about air travel from the perspective of mechanical risk engineering. Mechanical & Electronic Control Engineering, 4(2). 163–164.
[9]. Yan S 2019 Research and analysis of the causes of Airbus series aircraft stall accidents/incidents based on AD and SB. Journal of Aerospace Science and Technology, 07(01). 11–16.
[10]. Dockery D and Knudsen L 2017 Where is my flying car? Modern Business Management. 45–55.
Cite this article
Feng,S.;Huang,Z.;Wang,J.;Xu,J.;Zhang,Q. (2023). Study on flying car transportation system. Theoretical and Natural Science,14,33-37.
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Volume title: Proceedings of the 3rd International Conference on Computing Innovation and Applied Physics
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