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Research on Dynamics Simulation of Buffering Process of Docking Mechanism

机译:对接机构缓冲过程的动力学仿真研究

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On-orbit service technology can extend the working life of the spacecraft, and improve the ability to perform various tasks. Docking mechanism is the key equipment of the space docking. The cushion performance of the system determines the dynamic characteristics in the docking process, and it is one of the important factors influencing the docking success or not. It is established that mathematical modeling of the new grasping mechanism in the buffering process, due to lack of the experiment equipments, the dynamic simulation on computer is an effective method to test and verify the parameters or evaluate the performance of the buffer system designed. Simulation analysis is conducted to get the corresponding buffer force for four different sets of buffer parameter, and it provides important basis for docking cushioning structure optimization.
机译:在轨道服务技术可以延长航天器的工作寿命,并提高执行各种任务的能力。对接机制是空间对接的关键设备。系统的缓冲性能确定了对接过程中的动态特性,是影响对接成功的重要因素之一。建立了新的抓握机制在缓冲过程中的数学建模,由于缺乏实验设备,计算机上的动态仿真是测试和验证参数的有效方法,或评估设计的缓冲系统的性能。进行仿真分析以获得四种不同的缓冲参数的相应缓冲力,并且它为对接缓冲结构优化提供了重要的基础。

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