Magnetohydrodynamics on an unstructured moving grid

Adaptive Solution of Steady Two Dimensional Flow on an Unstructured Grid

Two-dimensional Euler equations have been solved on an unstructured grid. An upwind finite volume scheme, based on Roe's flux difference splitting method, is used to discretize the equations. Using advancing front method, an initial Delaunay triangulation has been made. The adaptation procedure involves mesh enrichment coarsening in regions of flow with high low gradients of flow properties, ac...

On Efficiency of an Unstructured Grid Generation Method for Aerospace Applications

Adaptive Solution of Steady Two Dimensional Flow on an Unstructured Grid

Two-dimensional Euler equations have been solved on an unstructured grid. An upwind finite volume scheme, based on Roes flux difference splitting method, is used to discretize the equations. Using advancing front method, an initial Delaunay triangulation has been made. The adaptation procedure involves mesh enrichment coarsening in regions of flow with high low gradients of flow properties, acc...

An Open Framework for Unstructured Grid Generation

Traditionally, individual algorithm developers directly incorporate the requirements of their scheme into its resulting software implementation. While this is sufficient for basic execution, it severely limits the expandability and growth potential of the algorithm. An example of such a shortcoming is a fixed method of geometry access in a surface triangulation algorithm. By adopting a single d...

adaptive solution of steady two dimensional flow on an unstructured grid

two-dimensional euler equations have been solved on an unstructured grid. an upwind finite volume scheme, based on roes flux difference splitting method, is used to discretize the equations. using advancing front method, an initial delaunay triangulation has been made. the adaptation procedure involves mesh enrichment coarsening in regions of flow with high low gradients of flow properties, acc...