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1·Patterns on the shell element array element access.

贝壳上的花纹排列整齐一环接一环。

2·The material modell of this shell element is an ideal plasticity.

该壳元的材料模型为理想塑性。

3·Numerical tests indicate that the shell element is highly accurate and effective.

数值算例表明该单元是相当准确的和有效的。

4·Four-node degenerated shell element and rigid shell element are used in our FEM model.

四结点蜕化壳单元和刚体壳单元分别用来建立权和模具的有限元模型；

5·Model analysis method with cone shell element for axisymmetric shell is discussed in this paper.

本文选用锥壳单元，介绍了轴对称旋转壳模态分析方法。

6·A new kind of rectangle flat-shell element, GCTTRS24, for thick and thin shells was constructed.

构造了一种新的厚壳和薄壳通用的矩形平板壳元gcttrs24。

7·This paper sets up a detailed dynamic model of the body-in-white of a bus, using mainly the shell element.

本文以壳单元为主，建立了某客车白车身详细动力学模型。

8·In this paper, a degenerated beam element is developed, evolving from a bilinear degenerated shell element.

从双线性退化板壳单元出发，演绎推导出了一种可以应用于空间有限元分析的退化梁单元。

9·Reduced integrated quadratic shell element S8R5 can provide accurate solution for small strain membrane bending problem.

减缩积分二次单元S8R5对于小应变薄膜弯曲问题的模拟能给出精确解。

10·A 16 node shell element with relative degrees of freedom was developed for large deformation analysis of plate and shell structures.

为了简便有效地解决板壳结构的大变形问题，针对16节点相对自由度壳单元进行研究。