Research on building a mathematical model to describe the operation of a ball rotor separator
103 viewsDOI:
https://doi.org/10.54939/1859-1043.j.mst.97.2024.157-164Keywords:
3-degree-of-freedom gyroscope; S&A device; Separator; Ball rotor.Abstract
The separator, to ensure safety for fuze, has many different shapes, such as a slider, rotating disc, and rotating ball. The ball rotor separator has a compact and simple structure. Thus, it is suitable for use with small-sized fuzes with high rotation speeds. In this article, the author has presented a mechanical model for an object rotating around a fixed point (geometric center of the separator), established a system of differential equations describing the motion of objects, and calculated and determined operating time for design research and testing.
References
[1]. Viktor Kalin, Einsiedeln, Switzerland. “Self-destruction type nose impact fuze for spinning projectiles”. United States Patent, (1976).
[2]. Richard T. Ziemba, Burlington, Vt. “Delayed arming fuze for a spinning projectile”. United States Patent, (1981).
[3]. Li-Tin Chiang, Chun-Wei Chiu, Kuei-Ju Lee. “Impact fuze for a high-spin self-destructing device”. United States Patent, (2013).
[4]. Engineering. “Design Handbook. Ammunition Series: Fuzes”. Head-quarters, US Army Materiel Commands, (1969).
[5]. Fuzes. “Military Handbook”. Department of Defense, MIL-HDBK-757 (AR), (1994).
[6]. Russell e. Lerman. “A cad-e approach to a ball rotor safe and arming device”. US Patent, (1978).
[7]. Chan Hui –guang, Wang Yu- shi, Wen Quan. “Mathematical model of fuze ball rotor rotation around fixed point with quaternion”. Nanjing 210094, Jiangsu, China, (2009).
[8]. X.M. Targ, Phạm Huyền. “Giáo trình giản yếu cơ học lý thuyết”. Nhà xuất bản đại học và trung học chuyên nghiệp, (1979).
