Numerical optimization in a structured unstructured grid 非结构网格中的数值优化计算
An efficient method for generation of three - dimensional unstructured grid 快速生成三维非结构网格的一种方法
The agglomeration method is used in the solution on the unstructured grids 对原始网格按一定方式进行聚合就得到粗网格。
Unstructured grid generation for three dimensional complex geometries and its application 三维复杂外形非结构网格的生成及应用
Dynamic unstructured grid method with applications to 3d unsteady flows involving moving boundaries 非结构动网格在三维可动边界问题中的应用
Numerical analysis of multi - element airfoil using unstructured grid and euler and n - s equations 基于变形网格技术的非定常流动数值分析方法研究
The study on how to quickly generate unstructured grids is of great significance for the fluid flow calculation 研究非结构网格的快速生成在流场计算中有着至关重要的意义。
What is done in the paper shows that the unstructured grid has the great potential power and it will be more widely used in the computational fluid dynamics ( cfd ) in the future 本文的工作表明,非结构网格生成及应用在计算流体力学中具有良好的发展前景。
In order to save the time of unstructured mesh generation , the main work of this paper is to develop the technique of parallel unstructured grid generation 本文的主要目的是研究和发展非结构网格的并行生成技术,以实现快速生成非结构网格,从而为流场数值计算节省大量时间。
The advancing - front method and the delaunay method are studied here to fulfill the generation of 2 - d unstructured grid . the mesh is built and renewed by using delaunay triangulation method 网格的划分及更新采用delaunay三角化方法,网格内部节点的生成则是基于阵面推进法的思想。