镶嵌网格法是自适应网格法的一种。
代数多重网格法可以避免这些缺陷。
将多重网格法运用于非结构网格。
首次采用自动网格法来测量模型位移场。
The automated grid method was used to measure displacement fields of model test.
网格法是常用的、有效的结构优化方法之一。
The grid approach is one of common and effective methods of structural optimization.
规则网格法是计算机绘制等值线的常用方法之一。
Grid contouring is one of methods often used for drawing depth contours by computers.
描述了非线性自适应有限元的多重网格法求解过程。
A procedure of multi grid solution to adaptive nonlinear FEM is described in this paper.
论述了用多重网格法研究多缸内燃机的进气瞬态过程。
The study on transient performance of intake charge in gasoline engine through multi net method is presented.
本文提出了双频自动网格法，在应变集中区域增加节点。
This paper presents a double frequency automated grid method, which applies more nodes in the stress concentration field.
但对成形量小的浅拉延件，传统的圆网格法已不能满足要求。
Nevertheless, traditional circular grid method is no longer applicable for shallow stretching components with small forming capacity.
上述问题的解法，采用改进的复形法，并用网格法进行校核。
The above problem is solved by improved complex method and checked by mesh method.
多重网格法是求解椭圆型方程边值问题的一种快速迭代算法。
The multigrid method is an efficient numerical iteration algorithm for solving elliptic variational problems.
配点型无网格方法的实施不需要背景网格，是真正的无网格法。
While the point collocated meshless method is a real meshless method because its implementation does not need any background mesh.
对采用浮动网格法和不采用浮动网格法计算结果进行了对比分析；
The computation results by means of the relocating mesh method and fixed mesh method are compared and analyzed.
该模式采用了质点-网格法，有效地避免了传统模式的数值扩散问题。
The PIC method is introduced into the sea ice model to efficiently reduce the numeric diffusion inherent in conventional models.
该模式采用质点-网格法，有效地避免了传统海冰模式的数值扩散问题。
The PIC method is introduced to efficiently reduce the numeric diffusion inherent in conventional models.
微分求积法(DQM)与局部微分求积法(LDQ)是无网格法的一种。
Differential quadrature method (DQM) and local differential quadrature method (LDQ) are a kind of meshless methods.
依据最优化问题理论和网格法思想，提出解最优化问题的实用二分算法。
According to the theory of optimization problem and the idea of network method, the Practical Bisection Algorithm of solving optimization problem is presented.
基于渗流有限元理论和虚单元固定网格法，编制了堤内压盖渗流有限元程序。
A seepage finite element program was developed based on seepage FEM and imaginary elements fixed mesh method.
探讨了网格法计算储量的原理、适用条件、优势以及计算结果的关键影响因素。
The author discussed the principle, applicable conditions, advantages and key influence factors of the result in this method.
数值实例表明在随机结构分析与可靠性计算方面随机无网格法具有明显的优势。
Numerical example shows that stochastic meshless method has obvious advantages in the probabilistic structure and reliability analysis.
本文描述了对有需要着重分析的局部区域的电磁场进行有限元分析的复合网格法。
In this paper, a composite grid method (CGM) for finite element (FE) analysis of an electromagnetic field with strong local interest is proposed.
为提高计算效率，采用了多重网格法、当地时间步长和残差光顺等加速收敛措施。
Residual smoothing, local time stepping and a new multi-grid scheme were employed to improve calculative efficiency and accelerate the convergence.
针对矩形网格法的不足，提出了用三角形网格法实现气象场等值线自动分析方法。
Considering shortcomings of the rectangle-mesh method, a method is proposed for drawing automatically meteorological contours by using triangle-meshes.
对于连续优化问题，提出了基于蚁群算法思想的求解算法，并与网格法作了比较。
Based on the ant colony optimization idea, a new algorithm for continuous optimization problem is presented.
用adi干湿网格法和引入辐射边界条件反应活动边界，建立一个风暴潮漫滩模型。
By using adi dry wet grid method and radiation boundary condition, a numerical model of storm surge inundation is presented.
数值实验表明这种代数多重网格法对求解二次拉格朗日有限元方程是健壮和有效的。
Numerical experiments show our AMG method is robust and efficient for solving the quadratic Lagrangian finite element system.
对两个存在大的电性差异的模型进行了模拟计算，以验证代数多重网格法的收敛效率。
Two models with high conductivity contrast are used to demonstrate convergence and efficiency of the AMG method.
本文对大变形理论网格法技术以及与网格应变分析相联系的几何模拟法进行了深入的研究。
In this paper, the technology of large deformation square grid and the geometrical simulation which is closely allied with the square grid strain analysis, are studied deeply.
本文对大变形理论网格法技术以及与网格应变分析相联系的几何模拟法进行了深入的研究。
In this paper, the technology of large deformation square grid and the geometrical simulation which is closely allied with the square grid strain analysis, are studied deeply.
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