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。
Methods Spiral ct scanning, image processing and CAD technology and FEM software were employed in the study to construct the three-dimensional finite element model of maxilla with a palatal implant.
方法采用螺旋ct断层扫描、计算机图像处理、计算机辅助设计和有限元软件处理，建立含腭部种植体的上颌骨三维有限元模型。
The analytical result proofed by finite element method (FEM) indicates the same results by two methods.
通过有限元法验证解析结果，两种方法所得结果吻合较好。
Some corresponding finite element methods (FEM) were presented.
提出了相应的有限元解法。
The theory and features of the dynamic explicit finite element methods are discussed, the available various commercial FEM codes used for sheet metal forming simulation are introduced.
介绍了动态显式有限元法的原理和特点，总结讨论了国际现有各种商用有限元软件的情况。
The theory and features of the dynamic explicit finite element methods are discussed, the available various commercial FEM codes used for sheet metal forming simulation are introduced.
介绍了动态显式有限元法的原理和特点，总结讨论了国际现有各种商用有限元软件的情况。
应用推荐