Sentence examples for formulation forces from inspiring English sources

The adopted variational level set formulation forces the level set function to be close to a signed distance function and therefore completely eliminates the need of the re-initialization procedure and speeds up the curve evolution.

Even though earlier studies showed that higher anti-HBs levels (300-500 IU/L) seem to confer better protection against HBV recurrence, [ 20, 23] the exceedingly high costs of commercial HBIG formulations force clinicians to search for alternatives in order to lower long-term expenses in HBV-related LT recipients.

We show that spurious currents that corrupt the solution may arise both from an unbalanced formulation where forces (gravity and surface tension) are discretised in dissimilar manner and from an inconsistent approach where different schemes are used to convect the mass and momentum, with the latter prominent in flows which are convection-dominant with high density ratios.

For this reason, Chunming et al. [17] proposed a new variational formulation that forces the level set function to be close to a signed distance function and therefore completely eliminates the need of the costly re-initialization procedure.

The commitment to a weak formulation of force and momentum allows appropriate solution discontinuities to develop naturally at element boundaries.

In comparison with earlier studies, a number of improvements in problem formulation, wave force filter design, and control algorithm implementation are made.

By combining a column and row generation technique and a strong formulation including forcing constraints, this heuristic derives high quality results, and computational effort can be reduced considerably.

Results obtained from displacement-based element (DBE) formulation, and force-based element (FBE) formulation were in good agreement at low to moderate load factors, where use of DBE formulation found to be computationally more efficient.

Appendix S1 derives the formulation of force destribution.

The geometrical regions of the COG's position and the contact point of the groping leg are shown in the next subsection, the formulation of force distribution is then shown in the following subsection, and the simulation and experimental results are shown in the "Results and discussion" section.

New formulation of electrostatic forces is derived to allow the use of sharp molecular surfaces.