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MANUSCRIPT TEMPLATE AND STYLE GUIDE

机译：手稿模板和样式指南

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This paper puts forward a new concept of flexible solar array, which includes lenticular tube, polyimide membrane and triple junction solar cells. Parametric study was performed on a flexible solar array design to identify parameters of interest. The FEA software, ABAQUS, was used to perform the structural analysis to simulate the stiffness of solar array. A full-scale solar array including inertia relief and geometric nonlinearity has been presented. The numerical analysis procedures to introduce pre-stress load into flexible panel were presented firstly, and a rectangle panel was evaluated as a typical example. There are many factors which affect the stiffness of flexible solar array, and they interrelate with each other. Therefore, orthogonal method including four factors, such as membrane's tension, membrane's thickness, lenticular tube's sectional radius and lenticular tube's thickness, has been studiedd in the numerical analysis. Through the Range Analysis of the orthogonal experiment, the main factors affecting the stiffness of solar array have been achieved, and the structural parameters have been optimized.
机译：本文提出了柔性太阳能电池阵列的新概念，包括双凸透镜管，聚酰亚胺膜和三结太阳能电池。对柔性太阳能电池阵列设计进行了参数研究，以识别出感兴趣的参数。使用FEA软件ABAQUS进行结构分析，以模拟太阳能电池阵列的刚度。已经提出了包括惯性释放和几何非线性的全尺寸太阳能电池阵列。首先介绍了将预应力引入柔性面板的数值分析程序，并以矩形面板为典型实例进行了评估。有许多因素影响柔性太阳能电池阵列的刚度，并且它们相互关联。因此，在数值分析中研究了包括膜的张力，膜的厚度，双凸透镜管的截面半径和双凸透镜管的厚度四个因素的正交方法。通过正交试验的范围分析，确定了影响太阳能电池阵列刚度的主要因素，并对结构参数进行了优化。

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