Sentence examples for split integration from inspiring English sources

An elastic plastic damage operator split integration algorithm with the backward Euler return mapping is derived, and a series of numerical simulations are carried out in comparison with tests under uniaxial, biaxial, pseudo-triaxial, and true triaxial loading with satisfactory agreement.

The Advanced Research WRF (ARW) model, representative of this generation and of a class of models using explicit time-splitting integration techniques to efficiently integrate the Euler equations, is described in this paper.

The boundary motion is also split into Cartesian components that are taken with the respective operator-split integration phases.

The predictor updates the scalar fields using a Strang-type operator-split integration step which combines several explicit diffusion sub-steps with a single stiff step for the reaction terms, such that the global time step may significantly exceed the critical diffusion stability limit.

In the chemistry part of the model all scalar fields are updated using Strang-type operator-split integration steps that combine several explicit convection and semi-implicit diffusion transport operators with a suitable solver tailored for non-linear sink/source terms.

Since the presence of slow quasistatic modes makes the differential equations stiff, a time-splitting integration algorithm is used to solve the stiff part analytically.

Proceeding as in the estimate of (|Pi_{1}|), we split the integration into two parts.

We shall see below that this has significant effects on limiting behavior as a → 0. Since the orientations change at the crossing points, we must split the integration in (4.8) into two parts.

This strategy is similar to the split marker integration scheme introduced (Catlett et al. 2003) and further explored by the N. crassa gene knockout project (Colot et al. 2006).

Splitting the integration interval of the last integral in the above equation into two parts, such that for one interval and for the other, we obtain.

A "split-peak" integration of glucose (peak 2) and sorbitol (peak 3) is sufficient to obtain glucan conversions within 96.2-99.896.2-99.8%ones resulting from using the 300 mm column.