The design of space debris removed simulation system based on flexible arm

Zhiwei Liu, Fan Yang, Z. Dong, X. Ye
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引用次数: 1

Abstract

Nowadays a great amount of space debris threat the safety of space activities, so the space debris removal becomes a hot research field. In particular, on the base of space mechanical arm technology, using mechanical arm to remove space debris proves feasible in the implementation. Traditional space mechanical arms are rigid arms, and in consideration of the uncontrolled momentum of rigid arm, this paper intend to use flexible arm to capture space debris, which can achieve the purpose of stably controlling collision momentum. According to the whole task process that flexible arm captures space debris, this paper built a model of flexible arm and space debris, and establishes their mathematics models. The simulation system is constructed based on the models, and use I/O Completion Port (IOCP) model to ensure the real-time transportation of data produced in collision. Finally, this paper designs a simulation application case to verify the ability of simulation system to support space missions.
基于柔性臂的空间碎片清除仿真系统设计
当前,大量的空间碎片威胁着空间活动的安全,因此空间碎片清除成为一个研究热点。特别是在空间机械臂技术的基础上,利用机械臂清除空间碎片在实施中被证明是可行的。传统的空间机械臂为刚性臂,考虑到刚性臂的动量不可控,本文拟采用柔性臂捕获空间碎片,达到稳定控制碰撞动量的目的。根据柔性臂捕获空间碎片的整个任务过程,建立了柔性臂与空间碎片的模型,并建立了它们的数学模型。在此基础上构建了仿真系统,并采用I/O完成端口(IOCP)模型保证碰撞数据的实时传输。最后,设计了仿真应用案例,验证了仿真系统支持航天任务的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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