Among the numerical simulation methods, the finite element method (FEM) is widely to solve the electric field with complex structure and multi-dielectric medium with high precision.
在常用数值求解方法中，有限元法以其通用性强，适用于结构复杂、多重介质复杂场域求解，且求解精度高等优点而被广泛用于电器电场的数值求解。
Because of good applicability and high precision the finite element analysis method has become the preferred method for numerical magnetic field computation of machines.
由于电磁场有限元分析方法具有通用性好、计算精度高的特点，因此成为目前首选的电机磁场数值计算方法。
Due to high computing precision and processing arbitrary structure shape, finite element method (FEM) can become proper method to solution this problem.
具有较高计算精度并能够处理任意结构形状的有限元素法可作为求解该问题的合适的方法。
FEM (Finite Element Method) analysis technology has already been used widely in high precision stamping industries.
有限元法分析技术在高精密冲压行业中已经广泛应用。
The result shows seven-freedom unit finite element method has high precision to analyse simple beam of rectangular section, it can replace complex analytic solution.
说明采用七自由度单元的有限元法进行矩形截面简支梁的弯翘分析，有很高的精度，可以代替繁琐的解析解。
The numerical results indicate that the semi-analytical finite element method is in high precision and good convergence.
数值计算结果表明本文半解析有限元法具有较好的精度和收敛性。
Based on the triangular membrane element model, a high precision inverse approach with finite element is deduced.
以三角形膜单元为基础，推导了精度较高的有限元逆算法。
This paper focuses on developing a new high precision finite element method by combining ordinary linear element and mobile node.
着重于开发一种以常规线性单元为基底，附加中间移动节点而构成的新型高精度的复合有限单元方法。
Because of its adaptation to shape and high precision, the finite element method has a more and more important role in the analysis of optical waveguides.
作为一种重要的数值分析方法，有限元法凭借其对光波导任意形状的适应性、高的计算精度等特点，将在光波导分析中起到越来越重要的作用。
Finite element model mesh use the high-precision rectangular unit which aspect ratio close to 1.
有限元模型采用单元边长比接近于1的高精度四边形单元划分网格。
This paper proposes a membrane stiffener-reinforced element, which has the features of high precision and simple formulation, etc. It is practical for the finite element analysis of ship structures.
提出了一种带加强筋的膜单元，具有精度高、列式简单等特点，为船舶结构的有限元分析提供一个实用的单元。
This paper proposes a membrane stiffener-reinforced element, which has the features of high precision and simple formulation, etc. It is practical for the finite element analysis of ship structures.
提出了一种带加强筋的膜单元，具有精度高、列式简单等特点，为船舶结构的有限元分析提供一个实用的单元。
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