Sentence examples for increasing mesh densities from inspiring English sources

Solution verification is the process of verifying the solution of a finite element analysis by performing a series of analyses on meshes of increasing mesh densities, to determine if the solution is converging.

Mesh refinement is desirable for an advantageous use of the finite-difference time-domain (FDTD) solution method of Maxwell's equations, because higher spatial resolutions, i.e., increased mesh densities, are introduced only in sub-regions where they are really needed, thus preventing computer resources wasting.

The lumen was discretized into hexahedral elements, with an element face size ranging from 0.09 to 0.12 mm, with an increased mesh density throughout the boundary layer of the flow close to the arterial wall.

Domain experts change the local topology of the subdivision control mesh to incorporate features into the surface, without increasing the mesh density unnecessarily and carefully avoiding the appearance of artefacts.

Numerical comparisons with the conventional finite element method in a fixed grid show that the X-FEM leads to more accurate results without increasing the mesh density and the degrees of freedom.

The quality of the grids increases with mesh density.

In a similar manner, an increase in mesh density at the contacting interface resulted in a concentration of the stresses around the unfavorably positioned contact elements (having normals not aligned with opposite contact elements) or in a lack of convergence (Zienkiewicz and Taylor 2005).

After that threshold the number of necessary iterations starts to depend more on the step of connections breaking and recognition of unwanted parts of the mesh, so further increase in the mesh density will not result in significant decrease of necessary iterations.

The mesh density that is appropriate for the study was determined by checking different mesh densities.

Two mesh densities were used to conduct the analysis.

Mesh densities for the new models were similar to the original one.