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Analysis of Aerocyst Cell Inflation Deformation Based on Finite Element Method

机译:基于有限元法的气囊细胞通胀变形分析

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Inflatable structures shape accuracy and stability are a key factor of the wing structural design. The article introduced the application of finite element analysis in inflatable structure form-finding, analyzed the influence of the inflatable aerocyst cellular construction parameters to the inflation deformation, has attributed its relative relations with curves and the function, and further studied the relations between the construction weight and inflation deformation with the parameters variation.
机译:充气结构形状精度和稳定性是机翼结构设计的关键因素。本文介绍了有限元分析在充气结构形式中的应用,分析了充气气囊施工参数对通胀变形的影响,归因于其与曲线的相对关系,并进一步研究了建设之间的关系随着参数变化的重量和充气变形。

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