長方體 的英文怎麼說

中文拼音 [zhǎngfāngtǐ]
長方體 英文
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  • 長 : 長Ⅰ形容詞1 （年紀較大） older; elder; senior 2 （排行最大） eldest; oldest Ⅱ名詞（領導人） chief;...
  • 方 : Ⅰ名詞1 （方形; 方體） square 2 [數學] （乘方） involution; power 3 （方向） direction 4 （方面） ...
  • 體 : 體構詞成分。
  • 長方 : rectangular長方鍵 longitudinal key; 長方體 [數學] rectangular parallelepiped
  1. Cuboid chamber maximizes the effective cubage. microprocessor controller for temperature ensures a precise and reliable control

    長方體工作室，使有效容積達到最大，微電腦溫度控制器，控溫精確可靠。
  2. How many edges does a cuboid have ? count, please

    師：長方體有多少條棱？數數看。
  3. Measure the length, width and height of the cuboid

    量出指定的長方體的長、寬、高。
  4. Touch the length, the width and the height of a cuboid

    用手摸一摸長方體的長、寬、高。
  5. Every face of a cuboid must be a rectangle

    長方體每個面一定是長方形。
  6. The cuboid has faces, edges and points

    生：長方體有面、棱、頂點。
  7. Demonstsatos for showing the edge liness and the area of the cuboid

    長方體棱長與表面積演示器
  8. Now let ' s study cuboids by their faces, edges and points

    下面我們就面、棱、頂點研究長方體。
  9. Count how many points a cuboid has

    師：數一數長方體有幾個頂點？
  10. Touch the cuboid. what features does the cuboid have

    師：用手摸一摸長方體發現長方體有什麼特徵？
  11. Maximum - norm superapproximation of the gradient for the tensor - product quadratic rectangular parallelepiped finite element

    張量積二次長方體有限元梯度最大模的超逼近
  12. A cube is a special cuboid

    正方體是一種特殊的長方體。
  13. What ' s the same about cuboids and cubes ? what ' s different between cuboids and cubes

    長方體和正方體有什麼相同點和不同點？
  14. Repeat the features of the faces, edges and points of a cuboid

    師：復述長方體面、棱、頂點的特徵。
  15. Treatment of cervical spine fracture with anterior groove decompression and cuboid iliaca bone grafting and fixation

    前路槽式減壓長方體髂骨植骨固定治療頸椎骨折
  16. This paper founds mathematical model of twin - floater ocean wave generate electricity device, and analyzes primary parameters on the base of mathematical model for searching the optimal solution during designing this electricity device. it presents the method calculating the ocean wave forces on the several ideal floaters such as cube, vertical cylinder, horizontal cylinder, sphere by the theory that froude - krylow presupposition calculates a big diving body

    在研究浮子幾何形狀與浮子所受波浪力的關系的過程中，本文利用弗汝德-克雷洛夫假定法計算大尺度潛體上的波浪力的思想理論來推導作用在幾種常見理想浮體：長方體、垂直圓柱體、水平圓柱體和球體上的垂直波浪力。
  17. According to the character of outer shape of modem buses, the numerical calculations are performed from the simplest shape - cuboid by using ansys / flotran software. first, the foreside of the cuboid is modified step by step in 17 models ( this is equal to the process of modification to the foreside of a bus ). second, the afterbody of the cuboid is modified step by step in 9 models to model flow wake at rear end and get the drag coefficients and lift coefficients in different aterbodies

    在本文中，應用ansys flofan軟體，根據現代客車外形的特點，從最簡單的長方體開始進行數值模擬計算，首先對長方體的前部進行逐步改造（相當于對一個客車頭部進行改造的過程） ，這一步驟包括了17個模型；然後再對其尾部進行變化，以模擬客車后車體形狀對空氣阻力系數的影響，該步驟包括9個模型：最後給出兩種現代客車的數值模擬結果。
  18. The first six shapes are plane figures, and the last three shapes are solid figures. today we ' ll learn about cuboids and cubes

    師：前面六個是平面圖形，後面三個是立體圖形。今天我們學習長方體、正方體的認識。
  19. This paper sets up the concept of the proportion of unloading and the relative proportion of unloading, sets up a mathematical pattern for the using of the packing materials on the base of the relative proportion of unloading. meanwhile we can design the packing dimension of the compressive wood piece, and it points out that per unit loading of the track pattern packing plan is the largest. the proportion of per loading has increased by 116. 6 % over that not compressing, and 30. 64 % over cylinder packing

    本文建立了空裝率和相對空裝率的概念，並利用相對空裝率，對包裝物的材料利用程度建立了一種數學模型，提出了計算方法，同時據此設計木片壓實裝袋打包尺寸，指出跑道形包裝方案的單位裝載量最大，與未壓縮裝袋相比提高單位裝載率116 . 62 ，與長方體裝袋相比提高單位裝載率30 . 64 ，並可以充分利用c60火車的額定運載能力。
  20. Based on g - w contact model, two rough surfaces in contact were simplified to a smooth one and a rough one which has regular rectangular asperities, and a three - dimensional transient thermal and stress coupled fem model was established using thermal - structure sequential coupling. the course of the sliding with friction was simulated using the nonlinear multiphysics field fem, meanwhile considering thermal - elastic problems of the two bodies, to calculate and analyze the temperature, contact pressure and stress of the sliding contact surfaces with frictional heating

    基於g - w接觸模型，將兩個粗糙表面簡化為一個有規則排列的長方體微凸體的粗糙表面與一光滑表面，利用熱結構順序耦合建立三維瞬態有限元計算模型，考慮兩個物體摩擦接觸的熱彈性問題，採用非線性有限元多物理場來實現，對粗糙表面接觸模型的瞬時摩擦溫度場、壓力場和應力場進行了計算分析。
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