1)Plane42平面四结点
1.Analysis of the Dam with the Plane42 Isoparametric Element用平面四结点等参数单元对坝体分析
英文短句/例句
1.Analysis of the Dam with the Plane42 Isoparametric Element用平面四结点等参数单元对坝体分析
2.Formulation of2- D isoparametric quadrilateral element is done for finite element analysis.为了进行有限元分析选用了平面四结点四边形等参数单元，作出了相应的公式推导。
3.GLOBAL STRUCTURE OF A CLASS OF FOURTH SYSTEMS WITH A SIXTEEN ORDER SADDLE - NODE POINT;一类带16阶鞍结点的平面四次系统的全局结构
4.binodal cyclide双结点四次圆纹曲面
5.Qualitative analysis and illustrations of a kind of plane polynomial differential system with the stellar node一类具有星形结点的平面四次多项式系统的全局结构及其实例
6.Flat surface four node model big transform the long to breadth ratio analysis平面四节点模型的大变形长宽比分析
7.Two plane4- node incompatible elements which can possess explicit element stiffness matrix are constructed as the examples.作为实例,构造出两个可以给出单刚显式的四结点平面非协调新单元。
8.A FOUR-NODE QUADRILATERAL MEMBRANE ELEMENT FORMULATED BY THE THIRD VERSION OF THE QUADRILATERAL AREA COORDINATE METHOD用第三类四边形面积坐标构造一个四结点四边形膜元
9.Four-sided faces only work well if the Face is pretty much flat (all points lie within one imaginary plane) and convex (the angle at no corner is greater than or equal to 180 degrees).四边面只有在面是非常平整并且是直角的时候工作才是最好的（也就是四点处同一平面上）。
10.Structure Design and Finite Element Analysis of 4-Axises Precision NC Grinding Machine四轴数控精密平面磨床结构设计及有限元分析
11.An Algorithm of Generating Unstructured Tetrahedrons from 3D Discrete Points一种三维离散点数据生成非结构四面体算法
12.A plane figure consisting of four points, no three of which are collinear, connected by straight lines.四边形，四角形由四个角组成的平面图形，没有任何三个点共线，通过直线相连接
13.A plane figure with four sides and four angles.四边形有四个边和四个角的平面图形
14.After the sealing of roof structure, the bulging parts of the bare floor should be first leveled.屋顶结构封顶后，先将素地面突起点作适当整平。
15.Global Structure of a class of fifth systems on the plane with saddle at the origin;一类原心为鞍点的平面五次系统的全局结构
16.Geometric Characterization for Bivariate Interpolation and Plane Configurations of Interpolation Nodes二元插值的几何特征与插值结点平面构形
17.Monocular Vision Location System of Polishing Robot with Four Degrees of Freedom Based on the Distance and Plane Constraints on Feature Points特征点距离及平面约束的研抛机器人四自由度单目视觉定位系统
18.Configuration and Kinematics Model of Omni-directional Mobile Vehicle with Four Mecanum Wheels Suitable for Uneven Ground适应不平地面的Mecanum四轮全方位小车结构及运动学模型
相关短句/例句
four-point coplanar四点共面
1.From an ordinary phenomenon in daily life——how to keep a chair stable,by establishing a mathematical model through mathematical tools to prove the fact,we can work out four-point coplanar theorem in a closed circle of smooth continuous curve space.本文从日常生活中的一个普通现象——如何放稳一把椅子出发,通过建立数学模型,用数学工具证明了这一事实,并由此得到了定义在圆上的空间闭合光滑连续曲线上四点共面定理。
3)square surface四方平面
4)G-tetradG-四平面
1.As a result,planar G-tetrads are stabilized by Hoogsteen hydrogen bonds that are formed by four neighboring guanine bases.研究表明,K+离子与鸟嘌呤碱基上O6原子的配位作用减弱了对角鸟嘌呤间O6-O6的静电排斥作用,使得相邻的四个鸟嘌呤能够以Hoogsteen氢键结合的方式形成具有近平面结构的稳定G-四平面。
5)features of plan layout in structure结构平面布置特点
6)Eight-node Quadrilateral element八结点平面矩形单元
延伸阅读
四变──共不共四变【四变──共不共四变】 ﹝出宗镜录﹞ 问云：本识变现根身器世间等，为是自变？为是共变？答：有四种不同也。（本识，即藏识也。） ［一、不共中不共变］，谓如眼等五根，唯自己第八识中最初一念，托父母遗体时变现，名不共；出胎之后，唯自己受用，复名不共。如眼识，惟依眼根而发；乃至身识，唯依身根而发，不相混杂，是为不共中不共变。 ［二、不共中共变］，谓内浮尘根，初唯自己第八识变现，名不共变；生已后，他人亦有受用之义，复名为共，是为不共中共变。（浮尘根者，谓眼耳等诸根，皆由色香味触四尘所成，故名浮尘。楞严经云：眼如蒲萄朵等。是也。他人受用者，谓自己浮尘根能见之境，他根亦能见，而亦得同受用也。） ［三、共中共变］，谓如山河大地，由多人之识同所变现，名之为共变；己亦与一切同用，复名为共，是名共中共变。 ［四、共中不共变］，谓如己田宅，不与人共。又如一水，人见是水，饿鬼见是猛火、脓血等物，是名共中不共变。
