Sentence examples for element contributions from inspiring English sources

Here we focus at the manually vectorized assembly of the local element contributions and the parallel assembly of the global matrices on shared memory systems.

The corresponding antidiffusive terms can be decomposed into a sum of genuine fluxes (rather than element contributions) which represent bilateral mass exchange between individual nodes.

The application of a limiter to antidiffusive element contributions guarantees that the corrected solution remains bounded by the local maxima and minima of the low order predictor.

After ({mathbf {K}}^e) and ({varvec{f}}_0^e) are obtained, the global stiffness matrix ({mathbf {K}} in mathbb {R}^{3N_{mathrm{node}}times 3N_{mathrm{node}}}) and global force offset vector ({varvec{f}}_0 in mathbb {R}^{3N_{mathrm{node}}}), where (N_{mathrm{node}}) is the number of nodes, are calculated by gathering all element contributions using connectivity information.

In this paper, we propose (i) a new discrete upwinding strategy leading to local extremum bounded low order approximations with compact stencils, (ii) high order variational stabilization based on the difference between two gradient approximations, and (iii) new localized limiting techniques for antidiffusive element contributions.

Taking the weight function Ψ i with quadratic B-spline shape functions given by Equation 11 and substituting approximation (8) into integral Equation 14, we obtain the element contributions in the form: ∑ j = m − 1 m + 1 ∫ 0 1 Ψ i ϕ j + β Ψ i ′ ϕ j ′ dη − β Ψ i ϕ j ′ | 0 1 δ ̇ j e + ∑ j = m − 1 m + 1 λ ∫ 0 1 Ψ i ϕ j ′ dη δ j e Open image in new window (15).

Overall, damping is assumed to consist of three sources: surrounding element contribution, hysteresis of the teeth, and oil squeeze damping.

Collect data about individual technological elements' contributions to the house when the goal is to encourage visitors to add them to their own homes.

As can be seen from Figure 3B, BsEσA behaved similarly to EcEσ with respect to the Z and the −35 elements contributions to promoter activity.

The mechanism of the Z-element contribution to promoter opening remains to be understood.

The applied model accounts for each element's contribution to the Gibbs energy, the first-order excess free energies, magnetic contributions and the effect of interstitial nitrogen.