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The velocity center theorem of a spinning mobile object and its application to the vehicles

##article.authors##

  • MATSUO, NAOSHI R&D Experiment Facility Planning / maintenance Group, R&D Administration and Facility Management Department, R&D Engineering Management Division, Nissan Motor Co., Ltd. https://orcid.org/0000-0003-3288-6638

DOI:

https://doi.org/10.51094/jxiv.314

キーワード:

velocity center、 speed center、 Omnidirectional、 rotating、 spinning、 vehicle、 mobile object、 mobility

抄録

In this paper, focus on the mathematical physical theorem of spinning mobile objects, and introduce its application to the vehicles. By using this theorem, and considering the velocity center point CV of the rotating moving object and the turning center point CT of the representative point of the object separately, it will be able to explain various vehicles motion with one simple concept. In addition, it will be possible to clearly explain that the intersection point of the wheels axes of an automobile does not necessarily become the turning center point. This concept can also be applied to improving the driving stability of vehicles and to making quick steering decisions in autonomous driving. Since this theorem can be widely applied to various mobile objects, it is expected to be applied to new fields other than vehicle using wheels.

利益相反に関する開示

There is no COI to disclose regarding this paper. (Work company(Nissan motor) approved) No funding was obtained for this work.

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引用文献

Taro MAEDA ,Hideyuki ANDO :A rotating mechanism for geometrically complete trochoid trajectory as a novel omnidirectional mobile mechanism with rolling wheels−A mechanism for omnidirectional mobility without omniwheels -、No.10−4 Proceedings of the 2010JSME Conference on Robotics and Mechatronics,Asahikawa,Japan,June 13−16,2010、2A2 − D11

Masayoshi Wada, Akira Takagi, Shunji Mori; A Mobile Platform with a Dual-wheel Caster-drive Mechanism for Holonomic and Omnidirectional Mobile Robots、JRSJ Vol.18No.8,pp.1166-1172.2000

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投稿日時: 2023-03-05 15:35:16 UTC

公開日時: 2023-03-08 05:52:44 UTC
研究分野
機械工学