1) mapping method
映射法
1.
The mapping method and the new exact periodic wave solutions for Klein-Gordon equation;
映射法与Klein-Gordon方程新的精确解
2.
There are two problems when using mapping method to generate all quadrilateral meshes: one is difficulty of mesh transition; the other is low degree of automation.
利用映射法生成全四边形网格时存在两个问题 :一是网格疏密过渡难 ,二是自动化程度不高 。
3.
Firstly, the advanced of the common methods such as mapping methods, grid based methods (include finite quadtree/octree methods), Delaunay triangulation and AFT methods are emphasized; secondly, the main research fields such as surface meshing, all hex meshing and parallel mesh generation are discussed in detail; finally, the trends of mesh generation are presented briefly.
首先 ,概述了目前研究与应用仍然较为活跃的通用网格生成方法 ,如映射法、基于栅格法、Delaunay三角化法和推进波前法的最新研究进展 ;其次 ,对当前的主要研究热点 ,如曲面网格生成、全六面体网格生成和并行网格生成等进行了阐述 ;最后 ,简要地探讨了该领域的发展趋
2) mapping approach
映射法
1.
This paper studies structured quadrilateral mesh generation of surface based on mapping approach,analyzes corresponding solution and arithmetic at large,and gives an arithmetic and an example for locally adding mesh density at phase of meshing post treatment .
本文对基于映射法的曲面结构化四边形网格划分进行深入研究,详尽分析了相应的处理技术和算法,并且在网格后处理阶段,针对局部需要改进的网格提出了一种精化算法,并给出实例。
3) mapping
映射法
1.
After the description of the process of hexahedral mesh generation,the critical technique——mapping is detailed.
描述了三维六面体有限元网格生成过程，详细地阐述了网格生成的关键技术———映射－ 采用了两种映射法，即等参映射和无限映射，并将其成功地应用于六面体网格生
4) cell mapping method
胞映射法
1.
Analysis of an aeroelastic system with bilinear stiffness using the cell mapping method;
用胞映射法分析双线性结构刚度的机翼颤振
2.
This method combines the accracy of point mapping and the efficency of cell mapping method.
本方法将点映射法的精确性和胞映射法的高效率有机地结合起来，准确地搜索出动力系统中的周期运动，并用计算机绘图方法判断其周期运动的稳定性，适用于全局性态复杂的情况。
5) point mapping
点映射法
1.
A numerical alogorithm for dynamic systems called point mapping cell mapping synthesis method is presented.
本方法将点映射法的精确性和胞映射法的高效率有机地结合起来，准确地搜索出动力系统中的周期运动，并用计算机绘图方法判断其周期运动的稳定性，适用于全局性态复杂的情况。
6) θ mapping method
θ映射法
1.
Under the framework of crystal slip theory,a θ model that can describe the anisotropic creep of Ni-base single crystal(SC) alloy was built by the θ mapping method to the crystal directional problem of Ni-base single crystal turbine bladecreep.
针对镍基单晶涡轮叶片蠕变的晶体方向性问题,运用θ映射法,在晶体滑移理论框架下,建立了能够描述镍基单晶合金各向异性蠕变的θ模型。
参考词条
补充资料：法性属法为法性土
【法性属法为法性土】
谓真如法性之理，譬如虚空，遍一切处，乃是法身所证之体，即为所依之土，故名法性属法，为法性土。
谓真如法性之理，譬如虚空，遍一切处，乃是法身所证之体，即为所依之土，故名法性属法，为法性土。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。