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In this paper, it is found that the tolerable maximum element size to achieve acceptable accuracy for soil shear strength is surprisingly small.
However, the computational cost of such a method is high due to a small regularization length parameter, which in turn restricts the maximum element size that can be used in a finite element mesh.
The mesh had 73,269 cells with a maximum element size of 80 μm × 80 μm.
The model is cross-linked using triangular elements, where the maximum element size emax corresponds to one tenth of the longitudinal wavelength of the respective material.
A grain approximately 15 μm across was meshed with a maximum element size of 0.69 μm, which from Eq. 49 corresponds to five mesh elements per interface width.
The models are meshed using triangular elements with refined mesh sizes in the porous area; the maximum element size is 10 nm and the minimum element size is 0.9 Å.
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The maximum element sizes for numerical mesh in domains (1), (2), and (3) were 0.083, 0.020, and 0.153 cm, respectively.
Note that this is a highly nonuniform grid as the ratio of the maximum to the minimum element size is much greater than one.
This is also a highly nonuniform grid as the ratio of the maximum to the minimum element size is up to 12.5.
The maximum mesh element size was restricted to 8 mm in tissue, 1 mm in the insulating portion of the electrode, and 0.25 mm in the active electrode tip.
The geometry was divided into a free tetrahedral mesh with maximum and minimum element sizes of 40.6 and 0.05 μm, respectively resulting in 14 519 008 elements for the most complex chip design investigated.
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