研究

空飛ぶクルマを題材に、システム最適化(MDO)、システムダイナミクス、エージェントシミュレーション、需要予測、システムアーキテクチャ、テクノロジーロードマッピング、システム思考、デザイン思考、ビジネスゲーム等のSocio-Technicalアプローチを研究してます。

新たなイノベーションの種も探してます。

Yusuke Mihara, “A Survey of Advanced Air Mobility Use Cases and Implementation Challenges in Japan: A Systems Approach Perspective”, 10th CEAS Aerospace Europe/28th AIDAA Conference, December 2025.

Yusuke Mihara, “What is Advanced Air Mobility”, Woking Group of Smart Sensing and Implementation Technology, JEITA, Invited Presentation, May 2025.

Y Mihara, T Nakamura, A Nakamoto, M Nakano, “Airframe Design Optimization and Simulation of a Flying Car for Medical Emergencies”, International Journal of Automation Technology, 16 (2), 183-196, Journal, March 2022.

 “Landing Assistant System for eVTOL”, Collaborated with TOYOTA, 特許7323424, Patent, April 2021.

 “Two-stage Parachute for eVTOL”, Collaborated with TOYOTA, 特許7332427, Patent, April 2021.

Yusuke Mihara, Masaru Nakano, “Modelling and Simulation of the Impulsive Load in the Emergent Landing of an Urban Air Mobility for Designing a Safe Vertiport”, The Japan Society for Aeronautical and Space Sciences, 69(3), Journal, July 2021.

March 2021, “Research about the use cases of a flying car for innovation in Japan ”, Translated by Author, Flying Car Research Lab and Development Bank of Japan, Report.

Y Mihara, P Pawnlada, A Nakamoto, T Nakamura, M Nakano, "Cost Analysis of eVTOL Configuration Design for an Air Ambulances System in Japan", Council of Engineering Systems Universities 2020, Conference Proceeding, January 2021.

中野冠， 中村翼， 中本亜紀， 福原麻希， 三原裕介, "空飛ぶクルマのしくみ―技術× サービスのシステムデザインが導く移動革命", 慶應義塾大学 空飛ぶクルマラボ, 日刊工業新聞社, Book, 2019

“Introduction of Flying Car Research”, Council of Engineering Systems Universities 2018, Poster, June 2018.