Sentence examples for mesh to resolve from inspiring English sources

Using adaptive mesh to resolve the boundary layers seems to be more natural.

The system is geometrically complex and requires a high fidelity mesh to resolve small geometric features, such as the injector swirl vanes.

The computations are performed for low-pressure (100 torr) ethylene-air mixtures using a dynamically adapting computational mesh to resolve flames, shocks, boundary layers, and vortices in flow.

URDME uses Unstructured triangular and tetrahedral meshes to resolve general geometries, and relies on the Reaction- Diffusion Master Equation formalism to model the processes under study.

The method supports h-non-conforming meshes, which are particularly effective at allowing local adaptation of the mesh size to resolve strong contrasts in the local wavelength, as well as dynamic adaptivity to track solution features.

Some work is being done to create simple diagonstic tools and instructions in their use to allow for the intelligent placement and relocation of mesh nodes to resolve interference problems.

The "conservative" is an important property of the scheme, which can guarantee computational accuracy of MHD flows at high Hartmann number with a strongly non-uniform mesh employed to resolve the Hartmann layers and side layers.

In particular, for elastoplastic analysis, the displacement method relies upon a step-by-step incremental approach stemming from flow theory and also requires significant mesh refinement to resolve behavior in plastic zones.

We will show that both "conservative" and "consistent" are important properties of the scheme to get an accurate result for high Hartmann number MHD flows with a strongly non-uniform mesh employed to resolve the Hartmann layers and side layers of Hunt's conductive walls and Shercliff's insulated walls.

The numerical properties of the schemes up to fifth-order are investigated, with focus on their resolvability in terms of number of mesh points required to resolve a given wavelength accurately.

The model was coarsely meshed except in the area where large deformations were expected and a denser mesh was required to resolve gradients in the state variables.