Design and Experimental Study of Automatic Docking and Undocking Robot System for Launch Vehicle Propellant Filling

Author:

You Jiawei,Huang Yue,Dun Xiangming

Publisher

Springer Singapore

Reference7 articles.

1. Uda RT (1976) Space shuttle tail service mast concept verification. NASA 76-28273[R]. NASA, USA

2. Zhao J (2007) Enlightenment from the command of the rescue organization for the major leakage accident of XX rocket propellant. In: National disaster medicine conference and “watson cup” disaster medicine outstanding academic paper review conference

3. Wang R (2002) Discussion on umbilical connector of launch vehicle. Space Launch Technol 2002(3):1–15

4. Wang L (2003) Analysis of Russian rocket automatic docking technology. Space Launch Technol 2003(1):45–50

5. Dandage SR, Herman NA, Godfrey SE et al (1979) Design and development of the space shuttle tail service masts. NASA 79-21357[R]. NASA, USA

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1. A Digital Twin-Based Robotic Control Framework for Rocket Launch Missions;2023 China Automation Congress (CAC);2023-11-17

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