Sentence examples for general mesh optimization from inspiring English sources

The CFD code exploits several methods including a compressive advection scheme, node movement, and general mesh optimization.

The general mesh qualities are not sufficient to investigate the computational mesh.

This gives rise to a constrained optimization problem for mesh optimization, which is solved whenever the mesh quality deteriorates.

Tangling can occur, for example, during mesh optimization and mesh morphing.

A preprocessing step of mesh optimization can alleviate this problem.

The hybrid mesh deformation algorithm consists of two steps, anisotropic finite element-based mesh warping (FEMWARP) followed by multiobjective mesh optimization.

The utility of derivative-free optimization is demonstrated in a mesh optimization algorithm that improves the element quality of a surface mesh.

One can formalize the mesh optimization problem as having three components the quality metric, the objective function, and the optimization algorithm.

The coarse-to-fine technique of CTFEA can advantageously solve large mesh optimization problems.

However, the results of this study will show that the general mesh qualities are not sufficient to investigate the computational mesh.

General MeSH terms and structures are extracted from the MeSH website (http://www.nlm.nih.gov/mesh).nih.gov/mesh