高精度高分辨的无结构网格有限体积法是一种守恒型的高性能算法。
The high order and high resolution finite volume method is a conservative high-performance algorithm scheme on unstructured grids.
介绍了本文求解二维浅水波方程组所采用的高精度高分辨的无结构网格有限体积数值模型。
To solve the 2-d shallow water equations, the numerical model which adopted the high order and high resolution finite volume method on unstructured grids was introduced.
在桥墩处理上，改变传统的用网格贴合挡水物的方法，直接将桥墩作为陆地边界生成无结构网格。
The piers are processed as land boundary directly, comparing to the method that mesh is used to fit impediment.
以边的检测作为STL文件错误检测的基础，建立了导入STL文件、无结构网格、流行网格、错误检测、错误修复、更新错误信息等基本修复步骤。
Proposed a basic fill process, step-by-step ordered by importing STL, unstructured mesh, popular mesh, errors detection, errors filling, update errors information.
其次，分析了适用于网格环境的高性能计算应用的程序结构，并通过有向无循环图(DAG)加以表示。
Secondly, the program structure of high performance computing applications in the grid environment is analyzed and represented by the directed acyclic graph (DAG).
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.
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.
应用推荐