在试验段中装有两个平行六面体试件。
Two sample parallelepipeds are located in the test section .
六面体结构，形似宝塔，似有塔灯之感。
相反，它有一种拉长的斜方六面体结构。
改进了曲边六面体矢量单元的矢量基函数。
An improvement of the vector basis functions of quadratic hexahedral edge elements is presented.
对移动板块的短结束被门闩修理平行六面体。
To the short ends of the mobile plate are fixed the parallelepiped by bolts.
我们可以把封闭式的卧室空间看做一个六面体。
We are OK an enclosed bedroom space regard as one hexahedral.
实验中，首先采用了高强度铝合金六面体转镜。
In the test, high strength Aluminium hexagon mirror was applied.
等参数任意六面体单元在有限元分析中有着重要的作用。
Isoparametric element of arbitrary hexahedron plays an important role in finite element analysis.
它是由两个10×10米，且彼此相邻的平行六面体组成。
It is made up of two parallelepiped blocks of 10x10 meters placed next to each other.
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。
A practical method of generating hexahedron mesh for finite element method through transfering lines into volumes was introduced.
在雨中跑步的这种情况下，你可以再次使用平行六面体来理解。
In the case of running through the rain, you can figure that out using parallelepipeds again.
所剖分的六面体单元的-算精度和计算效率都高于四面体单元。
The calculation accuracy and the calculation efficiency of hexahedron mesh generated by author are higher than tetrahedron element.
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。
This paper, using cutting method, calculated the equivalent resistance of any two points of the circuit in the normal hexahedron.
在非正规六面体网格上，用变分原理建立扩散流形式的差分格式。
Using variation principle, the difference discrete scheme with diffusion flux form on the irregular hexahedral grid is constructed.
针对全六面体有限元网格的特点，提出了其数据结构的基本要求。
Based on the characters of all hexahedral finite element meshes, the primary requirements for their data structure are put forward.
提出了一种适用于型钢轧制及其类似过程的六面体网格重构方法。
A brick element re-meshing technique was presented for shape-metal rolling process.
要求能对流体计算域划分全六面体、四面体及棱柱体等网格类型。
The system shall be able to divide the calculation domain of fluid into all-hexahedral, tetrahedral and prism mesh type.
平行六面体盒子，这两个突出的其形式是这样纯粹的创造豪宅简单。
These two parallelepiped boxes stand out for the simplicity of their form which is so pure creating a luxurious residence.
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；
Accordingly, a technique for automatic hexahedron mesh of rock-mass with complex structure was realized using multiply mapping mesh.
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。
Based on the structural and movement characteristics of this kind of radial mechanism, a new hexahedron mechanism is proposed.
研究了(2)型等参六面体元，分析了其收敛性并给出了最优插值误差估计。
The convergence of hexahedral isoparametric element of form (2) is analysed in this paper, then the optical interpolation error estimation of it is obtained.
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。
A convenient and applied geometric transformation function, which is suit for interface of quadrangle or hexahedron, is proposed.
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。
At last, the mixed elements of prism and hexahedron are used to compute a three dimensional eddy-current problem.
集成块的推广，除执行六面体元件安装管讨论，另一边三个面板液压阀可以安装。
Integrated block is a generalization of hexahedron around, except to execute components installed side pipe fittings, the other three face plate hydraulic valves can be installed.
介绍了用自适应LMS滤波器离线辨识六面体单元柔性结构模型和逆模型的方法。
A method of adaptive LMS filter is presented in this paper to identify the model and inverse model of the hexahedral unit of flexible truss.
这一项目由一栋建筑在天然斜坡上的矩形的平行六面体构成，长46米，宽9米。
The project consists of a rectangular parallelepiped building 46 metres by 9 metres set into a natural slope.
热电转换元件的形状为六面体，相互相向的两个面与其它四个面对光的反射率不同。
The thermoelectric conversion element has a hexahedral shape, of which the two confronting faces and the remaining four faces have different reflectances to a light.
利用该软件，可生成三维八节点六面体单元，同时也可生成二维三角形和四边形单元。
Hexhedral element for three dimensional parts and triangle and quadrilateral mesh for two dimensional parts can be generated.
将该技术应用于矩形块体镦粗过程的有限元模拟中，较好地解决了六面体网格重划问题。
When using this technique in the finite element simulation of rectangular solid upsetting, the hexahedron remeshing problems are solved well.
它们被称为应力的九个分量，均示于图1。2中一点附近的无限小的平行六面体单元上。
These are known as the nine components of stress and are illustrated with reference to an infinitesimal rectangular element about a point in figure1.2.
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