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Your search keyword '"Bi Xingzi"' showing total 2 results
Start Over Author "Bi Xingzi" Publisher springer science and business media llc
2 results on '"Bi Xingzi"'

1. Space advanced technology demonstration satellite

Author

Zhang, XiaoFeng, primary, Chen, Wen, additional, Zhu, XiaoCheng, additional, Meng, Na, additional, He, JunWang, additional, Bi, XingZi, additional, Zhang, YongHe, additional, Shi, Qi, additional, Li, Fei, additional, Liu, Rui, additional, Feng, ZhengGong, additional, Liu, Liu, additional, Li, JinSong, additional, Wu, HaiChen, additional, Xu, DongXiao, additional, Li, TaiJie, additional, Huang, JiangJiang, additional, Liu, Shuo, additional, Li, TianTong, additional, Yu, XianSheng, additional, Gao, Yang, additional, Zhou, Heng, additional, Ban, HanYu, additional, Zhang, YanLi, additional, Zhang, YueTing, additional, Yang, YingQuan, additional, He, Tao, additional, Duan, XuLiang, additional, Chen, Xin, additional, Wang, YaMin, additional, Sun, AnTai, additional, Zhang, KuoXiang, additional, Sun, Ying, additional, Wang, YaoBin, additional, Fan, ChengCheng, additional, Xiong, ShaoLin, additional, Li, XinQiao, additional, Wen, XiangYang, additional, Ling, ZhiXing, additional, Sun, XiaoJin, additional, Zhang, Chen, additional, Bai, XianYong, additional, Wang, ZhanShan, additional, Deng, YuanYong, additional, Tian, Hui, additional, Yang, JianFeng, additional, Xue, HongBo, additional, Sang, Peng, additional, Liu, JinGuo, additional, Zheng, HuiLong, additional, Zhu, Xiang, additional, He, JianWu, additional, Li, Hui, additional, Xu, LuXiang, additional, Xu, ShuYan, additional, Chen, WenWu, additional, Liu, ZhenDong, additional, Wang, ZhaoLi, additional, Mao, XiangLong, additional, Gao, Rong, additional, Li, ZongXuan, additional, Ding, GuoPeng, additional, Wang, XinYu, additional, Dou, RunJiang, additional, Weng, LuBin, additional, Luo, Hao, additional, Wang, YaPing, additional, Liang, XianFeng, additional, and Fang, ZiRuo, additional

Published
2023
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2. Optimal deployment of spin-stabilized tethered formations with continuous thrusters

Author

Bi Xingzi, Zhai Guang, and Liang Bin

Subjects
Computer science, Applied Mathematics, Mechanical Engineering, Direct method, Aerospace Engineering, Ocean Engineering, Thrust, 01 natural sciences, Control and Systems Engineering, Software deployment, Control theory, 0103 physical sciences, Libration, Sensitivity (control systems), Circular orbit, Pseudo-spectral method, Electrical and Electronic Engineering, 010301 acoustics, Spin (aerodynamics)
Abstract

This paper addresses issues relevant to thruster-aided deployment of spin-stabilized tethered formations in a circular orbit. The dynamics of the tethered formation are first established by treating the parent satellite as a finite-sized body with respect to its spinning motion. To achieve the minimum-power trajectories for formation deployment, the optimal deployment problem is analytically formulated using Pontryagin’s minimum principle. Physical constraints on tether tension, thrust amplitude, and libration angle are also considered. To handle nonlinearities, the problem is solved numerically using a direct method based on the Gauss pseudospectral approach, in which the optimal deployment profiles are obtained and all of the solutions are proven to be within a feasible range. Finally, based on a variety of simulations, the optimal solution’s sensitivity to certain parameters is also analyzed.

Published
2018
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