Sentence examples for numerical model does from inspiring English sources

On a technical note, it should be stated that the numerical model does not provide a converged, steady-state result for Variation 3.

Although our numerical model does not consider the effect of water infiltration, which keeps the growth rate of columnar joints constant, the estimated growth rates of the columnar joints in the 250-m-thick tuff emplacement using a Peclet number of 0.3 are plausible in light of the numerical calculations.

This is believed to be because the numerical model does not consider the effect of particle motion on the flow, and therefore cannot replicate the reduction in velocity of the swirling flow resulting from an increase in the number of particles.

Initial validation of the localised experimental numerical technique (LENT) shows that applying experimental data to a numerical model does give reasonable agreement thus far in the established trends, and hence LENT is promising for use in determining mixed mode strain energy release rates and mode mixity ratios.

However, in the preliminary analyses, beyond the yield limit of the steel profiles, the numerical models did not show the capability of simulating the experimental records.

The analytical and numerical models do not account for the surrounding medium and are further limited by the assumption of small linear vibrations.

The (generally) highly complex analytical and numerical models did not necessarily lead to more accurate predictions than those obtained via simple, empirical models.

Many analytical models included in the design codes as well as previously developed numerical models do not relate the external FRP jackets performances to the internal steel reinforcements: the present study pursues this task, trying to understand the mechanisms from a detailed model.

However, one must understand that mathematical models do not provide accurate numerical predictions and can be used to forecast only in fairly gross terms (15 ).

The aim of this paper is to obtain a numerical model which does not require significant computational resources and that is feasible for the calculation of shear velocity.

Since numerical simulations suggest that this model does not exhibit limit cycles or chaotic trajectories such equilibria represent the primary behavior of the system after any brief transients.