Fundamentals of human performance, physiology, and life support impacting engineering design and aerospace systems.
人类绩效、生理机能和生命维系的基本原理影响着工程设计和太空系统。
The analysis and synthesis for nonlinear systems is not only hot in the academic field, but also necessary in the industry, aerospace and ocean engineering.
对非线性系统的分析综合是理论研究的热点，同时也是工业生产，航空航天和海洋工程中的要求。
The Data Processing system (DPS) is one of the most important systems in aerospace engineering.
数据处理分系统是所有航天工程都必须包含的重要分系统之一。
Therefore, from the practical needs of aerospace engineering, this thesis carries out theoretical analyses and application studies on liquid-filled flexible systems.
因此，本文从航天工程的实际需求出发，对充液挠性系统动力学开展了理论分析和应用研究。
Therefore, from the practical needs of aerospace engineering, this thesis carries out theoretical analyses and application studies on liquid-filled flexible systems.
因此，本文从航天工程的实际需求出发，对充液挠性系统动力学开展了理论分析和应用研究。
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