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Dynamic Modeling and Simulation of Thermal Vacuum Test Platform for Spacecrafts Docking

机译:航天器对接热真空测试平台的动态建模与仿真

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Spacecraft docking technology play an important role in the aerospace technology. Due to the spacecraft with variable attitude, so the docking process is complex and variable. Therefore, a comprehensive and systematic study of the spacecraft docking process is very necessary. This paper proposed the equivalent-mass principle and the test platform of spacecraft docking is established based on the equivalent-mass principle through the analysis of environmental characteristics of thermal vacuum. Furthermore, dynamic simulation on the test platform and the results data of simulation is obtained. These studies will facilitate the understanding of the spacecraft docking process and provide solid theoretical foundation for further study.
机译:航天器对接技术在航空航天技术中发挥着重要作用。 由于航天器具有可变态度,因此对接过程是复杂和变量的。 因此,对航天器对接过程的全面和系统研究是非常必要的。 本文提出了等效质量原理和航天器对接的测试平台,通过分析热真空的环境特征来确定等同的质量原理。 此外,获得了测试平台上的动态模拟和模拟的结果数据。 这些研究将有助于了解航天器对接过程,为进一步研究提供扎实的理论基础。

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