Sentence examples for grid for which from inspiring English sources

From the grid convergence study, the coarsest grid for which grid convergence was almost attained was selected and the simulation was continued until 100 s.

In Congress, spurred by Representative Roscoe G. Bartlett, Republican of Maryland, members of the movement hold hearings and recommend new safeguards, especially for the nation's power grid, for which protective steps could run into many billions of dollars.

For solving this problem, the energy-minimization multi-scale (EMMS) model is extended and coupled with computational fluid dynamics (CFD) through calculation of a structure-dependent drag coefficient in each grid, for which the schemes EMMS/sub-grid and EMMS/matrix are presented.

Therefore, we use the NGDC-720 model (Maus 2010), built upon the EMAG2 grid, for which this problem was addressed by a global regularization.

In [8], the authors proposed a new M2M communications paradigm, namely cognitive M2M (communicationcandon and presented CM2M communications architecture for the smart grid, for which also proposed an energy efficiency driven spectrum discovery scheme.

A remedy suggested in econometric applications of SDEs (Durham and Gallant, 2002; Elerian et al., 2001) is to augment the observed data by introducing a number of latent or unobserved data points, called a bridge, in-between the measurements with the aim of creating a virtual fine discrete time grid for which the assumption in is valid.

We present a level set method on non-graded adaptive Cartesian grids, i.e. grids for which the ratio between adjacent cells is not constrained.

Overall, all simulations from different codes compare very well on the fine grids for which we tested them, though they show slight differences in small-scale mixing.

We present a level set approach to the numerical simulation of the Stefan problem on non-graded adaptive Cartesian grids, i.e. grids for which the size ratio between adjacent cells is not constrained.

Globally, fires enhance surface O3 by at least 0.5 ppbv over 2/3 land grids, for which we find a negative correlation of −0.36 (p < 0.01) between ambient [O3] (all emissions but fires, Supplementary Fig. 5c) and fire [O3] (Supplementary Fig. 5a), suggesting that most fire activity occurs in wildlands or less developed regions where anthropogenic emissions are usually low.

The median network generated by this particular set S has a simple two-dimensional structure: namely, it is a "half-grid" for which the mutations on the horizontal line segments correspond to the mutations of the recombinant s covered by the primary constituent u, whereas the mutations along the vertical links are those covered by the secondary constituent u'.