Sentence examples for levels of mesh from inspiring English sources

The basic idea in this method is to use two levels of mesh repartitioning for the finite element limit analysis.

The results show that for identical levels of mesh refinement, the graded formulation produces similar spatial resolution, and temporal resolution for the range of boundary value problems studied.

Multipole acceleration, with two levels of mesh node decomposition (entire drop/solid surfaces and "patches"), is a significant improvement over schemes used in previous, purely multidrop simulations; it remains efficient at very high resolutions (104 105 triangular elements per surface) and has no lower limitation on the number of particles or drops.

Similarly, the MLMC method (together with the first-order FVM scheme) is based on choosing (L=6) levels of mesh resolution, ranging from (N_{0}=32) cells up to (N_{5}=1mbox024) cells.

As in the first-order case, (L=6) levels of mesh resolution are used to specify the second order MLMC-FVM method, ranging from (N_{0}=32) cells up to (N_{5}=1mbox024) cells.

The predicted acoustic pressure levels of meshing noise are compared with the available experimental measurements.

There are two levels of meshes for the internal sources in our hybrid algorithm, for the coarse mesh Δ x i = 3mm, and for the fine mesh Δ x i = 1mm.

Numerical simulations indicate that the estimations of source number and source power are getting stable after two iterations, and two levels of meshes are enough for the algorithm to acquire a fairly good source distribution.

The grid sensitivity analysis based on different level of mesh is simulated using CFD flow simulation.

Computations invariably fail after some level of mesh distortion is reached unless suitable re-meshing is implemented to cope with the mesh distortion arising from the material deformation.

Our solution method is also shown to be effective and robust with respect to the level of mesh refinement and the anisotropy of the problems.