Sentence examples for stencil size from inspiring English sources

The opposite is true if the stencil size is reduced.

Note that the interpolation coefficients are only related to the lattice velocity and stencil size.

Consideration and guidelines are given on PHS order, polynomial degree and stencil size.

This yields a simpler and more efficient method, characterized by a compact stencil size.

We show that the stencil size increases with the aspect ratio of rectangular cells, which is undesirable as it breaks assumptions of some linear system solvers.

A new type of prefactored compact schemes is presented that obtains high-order accuracy while using a very small stencil size.

Furthermore, most of them have been designed for 2D datasets or stencil sizes that only suit low order numerical schemes.

We propose a flexible and accurate model for a wide range of stencil sizes up to high order schemes, that captures the behavior of 3D stencil computations using platform parameters.

The computations were possible as well as very competitive due to the implementation of hyperviscosity on large RBF stencil sizes (corresponding roughly to 6th to 9th order methods) with up to O(105) nodes on the sphere.

Varying stencil sizes and slope discontinuities in grid lines occur at the boundaries and corners of the six sectors of the cubed-sphere grid where the grid topology is unstructured, and these difficulties are handled naturally with high-order accuracy by the multidimensional least-squares based 3D CENO reconstruction with overdetermined stencils.

Many of these problems, such as time-stepping restrictions and large stencil sizes, are shared by standard fourth order equations in Euclidean domains, but others are caused by the extreme degeneracy of the PDEs that result from this method and the general geometry.