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作 者:赖慎玮 周昊[1] 薛友海 赵佳锐 LAI Shenwei;ZHOU Hao;XUE Youhai;ZHAO Jiarui(Aerospace Life Saving Equipment Co.,Ltd.,Xiangyang,Hubei,441003,China)
出 处:《工程建设(维泽科技)》2025年第1期63-66,共4页Engineering Construction
摘 要:为提升某型空投系统装载平台的综合性能,对其进行虚实仿真研究。首先根据仿真结果发现牵引锁向下位移量过大,并对样件进行试验,然后利用虚实仿真确定位移量过大的原因为装载平台刚度不足和连接孔设计不合理;其次,依据问题原因提出优化措施,并对优化后的结构进行仿真分析;最终利用试验验证优化结构的合理性,并通过了空投试验。文章利用有限元仿真方法不但可为结构的设计及改进提供技术支持,也可为提高工程实际中问题的解决效率。In order to improve the comprehensive performance of a certain type of airdrop system loading platform,virtual and real simulation research was conducted on it.Firstly,based on the simulation results,it was found that the displacement of the traction lock towards the lower position was too large,and the sample was tested.Then,using virtual and real simulations,it was determined that the reason for the excessive displacement was due to insufficient rigidity of the loading platform and unreasonable design of the connection holes;Secondly,propose optimization measures based on the root cause of the problem and conduct simulation analysis on the optimized structure;The rationality of the optimized structure was ultimately verified through experiments and passed the airdrop test.The use of finite element simulation method in the article can not only provide technical support for structural designand improvement,but also improve the efficiency of problem-solving in engineering practice.
分 类 号:TP391.9[自动化与计算机技术—计算机应用技术]
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