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1·The model included 165 886 hexahedron elements and 213 343 nodes.

表面髋关节置换模型分为三维六面体单元165 886个，节点213 343个。

2·Isoparametric element of arbitrary hexahedron plays an important role in finite element analysis.

等参数任意六面体单元在有限元分析中有着重要的作用。

3·Novel morphologies of vaterite, including hexahedron plate-shaped, top-shaped, and peanut-shaped were found.

合成出六边形板状结构、陀螺形、花生形等形貌新颖的球霰石。

4·At last, the mixed elements of prism and hexahedron are used to compute a three dimensional eddy-current problem.

最后用三棱柱、六面体的混合单元的棱边有限元法求解了一个三维涡流场的算例。

5·Methods 1223 nodes, 764 8-node hexahedron isoparametric elements and 3564 freedom degrees were used in FEM analysis.

方法有限元分析中采用了1223个节点、764个八节点六面体等参元和3564个自由度。

6·Product characteristic: The product is truncated hexahedron cone metal ingots, product quality is stable and reliable.

产品特点： 为截角锥六面体金属锭，质量稳定可靠。产品锑、铅等元素含量可根据用户不同要求生产。

7·Based on the structural and movement characteristics of this kind of radial mechanism, a new hexahedron mechanism is proposed.

本文在其结构和运动特点分析的基础上，进一步提出一种新型六面体机构。

8·A convenient and applied geometric transformation function, which is suit for interface of quadrangle or hexahedron, is proposed.

提出方便实用的、适合于内外域交界面为四边形或六面体情况的几何变换函数。

9·This paper, using cutting method, calculated the equivalent resistance of any two points of the circuit in the normal hexahedron.

本文用剖割的方法计算了正六面体电路任意两端子间的等效电阻。

10·A practical method of generating hexahedron mesh for finite element method through transfering lines into volumes was introduced.

介绍一种将线段转换成三维六面体有限元网格的实用方法。

六面体

1·This paper tries to generalize the throwing objects from the one dimension pin to the convex curve in two dimension, and even the three dimensional regular tetrahedron and regular hexahedron .

在蒲丰投针问题的基础上，把投掷物由一维的针推广到二维的凸曲线，三维的正四面体、正六面体；

2·Accordingly, a technique for automatic hexahedron mesh of rock-mass with complex structure was realized using multiply mapping mesh.

在此基础上，利用多重映射网格，实现了复杂构造岩体六面体网格剖分；

3·This improved MT algorithm use standard tetrahedron as the initialized mesh unit instead of the tetrahedron dividing from the hexahedron.

该改进的MT算法用标准的正四面体单元取代传统的正六面体单元分割成的四面体单元作为MT算法的网格初始化单元。

4·Based on the structural and movement characteristics of this kind of radial mechanism, a new hexahedron mechanism is proposed.

本文在其结构和运动特点分析的基础上，进一步提出一种新型六面体机构。

5·The model included 165 886 hexahedron elements and 213 343 nodes.

表面髋关节置换模型分为三维六面体单元165 886个，节点213 343个。