平行六面体

求最小外包容渐开螺旋面的算法模型关于最小外包容平行六面体和最小外包容圆柱问题

Research on Mathematics Model of Containing Helicoid On the problem of the minimum outer enclosure parallelepiped and cylinder

讨论了空间单元上的各向异性插值，分别给出了平行六面体元、砖元和六面体元上的各向异性插值误差估计。

We discuss the anisotropic interpolation error estimates of parallelepiped element , of brick element and of hexahedral element , respectively .

所以如果我试着用这三边构成一个平行六面体，如果点P不在这个平面内，这个平行六面体就会有体积。

So , if I try to form a parallelepiped with these three sides , and P is not in the plane , then it will have some volume .

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 .

试验中，我们把呈平行六面体的样品竖向放置在风道中。

The experiments are conducted with small parallelepiped samples vertically placed in a wind tunnel .

遥感影像平行六面体法则监督分类与目视识别的对比分析

The Analysis on The Comparison between Parallelepiped Supervised Classification and Artificial Identification on The Remote Sensing Image

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 .

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 .

质量的流出率减去质量的流入率等于贮存在这个平行六面体中的质量的时间变化率。

The mass outflow rate minus the mass inflow rate is equal to the time rate of change of mass storage in the parallelepiped .

最小外包容平行六面体和最小外包容圆柱试验中，我们把呈平行六面体的样品竖向放置在风道中。

Smallest outer-contained parallel hexahedron and the smallest outer-contained cylinder The experiments are conducted with small parallelepiped samples vertically placed in a wind tunnel .

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 Figure 1.2 .

请想象在一个大石灰堆的顶上，有一个砖砌的高大的平行六面体的东西，有十五呎高，三十呎宽，四十呎长。

Let the reader picture to himself , crowning a limestone hillock , an oblong mass of masonry fifteen feet in height , thirty wide , forty long , with a gate , an external railing and a platform ;

而由于平行六面体（也就是个立体的平行四边形）的体积完全不取决于它的倾斜度，于是不管你平行移动得多快，每秒一样的雨量将会落在你的头顶上。

And since the volume of a parallelepiped ( that 's a 3D parallelogram ) doesn 't depend at all on its slant , then no matter how fast you 're moving horizontally , the same amount of rain will land on top of you each second .