element size
英 [ˈelɪmənt saɪz]
美 [ˈelɪmənt saɪz]
网络 单元尺寸; 网格尺寸; 单元大小; 元大小; 元素尺寸
双语例句
- Relationship of Element Size and Precision With Gauss Heat Source
高斯热源模型中单元尺寸与精度关系 - Numerical simulation on the effect of punch element size on multi-point stretch-forming results
冲头尺寸对多点拉形效果影响的数值模拟 - In relation to an integrated circuit; a term that indicates small element size and high packing density.
集成电路技术中的一种修饰术语，表示元件体积小而且封装密度高。 - Mesh-sensitivity analyses of nonlocalization at large strain along with the refinement of corresponding element size are also discussed.
通过不同的精化网格，分析有限应变条件下单元尺寸对非局部的敏感性。 - The element size affects greatly the simulation result during finite element analysis of structure, in ANSYS.
利用ANSYS软件对结构进行有限元仿真时，单元尺寸对仿真结果具有重要影响。 - The result showed that Curie temperature, the element size and the thickness of metallic leaf springs have a significant effect on the characteristics in current attenuation of the above mentioned thermistors.
居里温度、元件尺寸的大小及消磁正、副片间金属簧片的厚度对电脑彩色显示器PTC消磁热敏电阻器的电流衰减特性有重要影响。 - It is useful to optimizing 2D transducer parameter for ultrasound imaging by simulating the sound field. We analysis the effect of frequency characteristic, array element size, spacing and number of element on the beam property of such 2D transducer arrays.
研究了宽带2D阵列波束的频率特性，并对阵列阵元尺寸和阵元数对波束特性的影响效果进行了研究。 - Having analyzed many factors, such as distance, angle, element size, the number of gauss integral, etc., which have great effect on the gauss integral precision.
分析了距离、角度、单元尺寸以及高斯点个数等因素对积分精度的影响，提出了一套满足不同精度要求的积分判据。 - Sensitivity analysis done using the finite element method ( FEM) demonstrates that the magnitude of springback and the overall accuracy are highly influenced by the element size, integration points and yield criteria.
对有限元敏感度分析发现，回弹大小和整体精度受到元素大小、积分点和届服准则的很大影响。 - The element size for the blank was determined in the light of minimum dies fillet.
对模具圆角和平滑曲面采用不同尺寸的单元，坯料的网格大小参考最小凹模圆角半径来确定。 - Then discussed the potential reasons of the effect of finite element size.
讨论了网格尺寸效应存在的原因。 - The influence on simulation results caused by homogeneity index ( m) in Weibull distribution, element size, different aggregate distributions with the same gradation, bond strength and matrix strength are discussed.
详细讨论了Weibull分布中的均质度、单元尺寸、同一级配不同骨料分布、单元类型、界面强度和砂浆强度等因素对数值结果的影响。 - This paper applies Advancing Front Technique ( AFT) and background method in adaptive finite element mesh generation based on re-meshing. High-quality mesh generation technique and the element size computation method are two key issues to adaptive mesh generation.
在基于重生成的自适应有限元网格生成算法研究中，将推进波前法（AFT）与背景网格法结合并提出改进方法，有效地解决了网格生成和单元尺寸计算这两个关键问题。 - When carrying out finite element analysis, the element size of the existing beam elements should be small enough to capture the curve shape on geometry of drill string in three-dimensional well bore as well as to ensure the accuracy of the calculated results.
而在进行有限元分析时，现有的圆弧曲梁单元和空间直梁单元在几何上都不能很好地模拟三维曲线形状的钻柱。 - Based on the wide variety of quadrilateral element generation methods, an automatic mesh generator especially for finite element computation of metal forming processes has been proposed in the paper, and it allows varying element size distributions and produces well shaped boundary elements.
本文在对四边形网格生成方法深入研究的基础上，提出了一种适合于金属成形有限元模拟的自动的网格生成法，其特点在于网格中的单元尺寸可变化、边界单元质量较高。 - The influence of element size on the springback prediction
单元尺寸对回弹仿真的影响机理研究 - An idea of eliminate the effect of finite element size was present.
利用所编程序研究了有限元计算结果对网格的依赖性，并提出了消除网格尺寸效应的方法。 - The present algorithm uses Lawson algorithm to maintain mesh Delaunay property and controls mesh density through an element size field.
应用Lawson算法对网格的Delaunay性质进行维护，利用单元尺度场控制生成网格的疏密分布； - Then, in order to improve the automation degree of mesh generation, the mesh density is controlled according to the definition of element size field and a new algorithm to get the sub-domain information of a model automatically is proposed.
另外，为了提高网格生成的自动化程度，文中通过节点尺寸参数的定义自动完成网格的疏密布置，而且提出并实现了一种实体分组信息自动形成的算法。 - It includes element validity check, element quality check and element size check.
单元检查包括单元合法条件的检查，单元质量条件检查和单元尺寸检查。 - In the following, the mechanics and finite element model of S beam is founded and the rule that the element type, the least element size influence on springback is obtained by using the Dynaform software.
然后，建立了S形轨的力学模型及有限元模型，利用Dynaform软件分析了单元类型及坯料初始最小网格尺寸这两个算法参数对回弹计算精度的影响规律； - The program of non-linear concrete structure finite element analysis is worked out, by which the computed results strongly depend on the analyst's choice of finite element size were studied.
并建立了混凝土非线性损伤本构模型，在此基础上编制了混凝土结构非线性有限元程序。 - By assigning element size distribution function reasonably in conforming Delaunay triangulation procedure, the generated surface mesh was a nice approximation of the underlying surface model, and self-adaptive surface mesh can be achieved.
通过合理地指定2D约束Delaunay三角化时网格单元尺寸分布函数，可以有效控制表面网格对表面模型的逼近精度和实现自适应的表面网格。 - Using the numerical simulation method, the convergence of the FEA model is analyzed and the element size of sheet metal are determined.
通过对有限元模型的收敛性分析确定了较合理的板材单元尺寸。 - Element check is a key part in the implementation of AFT. It includes element validity check, element quality check and element size check.
在AFT方法实现中，对新生成单元的检查是关键过程。单元检查包括单元合法条件的检查，单元质量条件检查和单元尺寸检查。 - In the analysis, the size of FEM model, the element size and the step time are discussed firstly. Secondly, the dynamic boundary conditions are expounded through the numerical analysis.
考察了振动与波动有限元分析中的若干基本问题，对有限元模型尺寸、单元尺寸、时间步长进行探讨，阐述了动力边界条件的确定。 - The stiffness matrix is proved to be independent on element size, and this feature of the singular finite element is helpful to ensure the stability of calculation.
同时，证明了奇异元的刚度阵与其半径大小无关，这一特点保证了数值计算的稳定性。 - The multi-layers modeling method of soil is researched, which makes the soil model more consistent to geological survey data. The maximum element size of soil is controlled by the propagation characteristics of seismic wave in soil.
研究了土体分层建模方法，从而使土体模型与地质勘测情况相近，并且依据地震波的传播特征，对土体单元尺寸进行了控制。 - In general, we can prove the existence of the error constants and their independence of element size, but not give the concrete expressions and some upper bounds.
通常情况下，我们能够证明这些误差常数的存在性，以及与单元尺寸无关，却没有给出具体的表达式或某个上界。