In most cases, the lattice extent in this dimension is chosen so that one replica contains 100 to 600 cristae, sufficient for eliminating finite-size effects.
Jump conditions are thereby eliminated, allowing finite-difference discretization.
Additionally, if frequency of the HEG went under 0.001 after having been over 0.01, the frequency of z was given the value zero (to avoid cases which are likely to be stochastically eliminated in a finite population).
The regression-based dimension variation model can significantly reduce computation time by eliminating the complicated, time-consuming finite element meshing, material parameter defining and evaluation solving process, which provides a quick design guide for composite products with reduced dimension variations.
In addition, both architectures are based on an explicit formula which allows one to compute the point arithmetic directly in the finite field, thereby eliminating a level of arithmetic.
The full spectral grid { a p } p =1 N is then built mapping the LGL nodes over the hexahedra and eliminating duplicated points: as for finite elements, a global numbering is associated with the N grid points.
An optimum blank design for the purpose of eliminating the wrinkles is determined using finite-element analysis.
The finite element equation is scale-decoupled via eliminating all coupling in the stiffness matrix of element across scales, then resolved in different spaces independently.
Eliminating the noise leveled essentially the order-effect of finite-difference schemes.
The idea was adopted to tetrahedral finite element meshes [29] with application to collision detection eliminating the supplementary grid.
Using Rayleigh-Ritz method, the cumbersome procedure of mesh generation on beam section is eliminated in contrast to finite element-based cross-sectional analysis.
