Sentence examples for prediction of the largest from inspiring English sources

The following example demonstrates the effect of neglecting correlations on the prediction of the largest degree node.

The focus of this investigation is on a first assessment of the predictive capabilities of nonlinear geometric reduced order models for the prediction of the large displacement and stress fields of panels with localized geometric defects, the case of a notch serving to exemplify the analysis.

Finally, the proposed bond-slip model is provided an accurate prediction of the large test database of bond strength and corresponding slippage.

MRE has the potential to estimate the strain-varying shear modulus of soft tissues, if applied at different static strains, which may allow prediction of the large-strain behaviour of tissues.

Therefore, a concept for the numerical prediction of the large scatter in the limit load observed in experiments using direct Monte Carlo simulation technique in context with the Finite Element method is introduced.

This is a first attempt to use local flame variables to define the surface aging which has major impact on the prediction of the large-size end of the PSDs.

The former is useful for the long-term prediction of the large earthquakes, and the latter for the short-term aftershock probability forecast immediately after a large earthquake.

It is shown that both CONS and FPM provided the best prediction for the largest fraction of the queries, although many of them were tied with ESG, resulting ESG as the overall best method.

Thus, putting more effort into developing rigorous (predictive) modelling tools will increase confidence in the predictions of the large-scale design and performance.

The method was tested with NOx and ozone measurements from both urban and rural areas in Switzerland and with the ozone predictions of the large-scale photochemical model currently used in designing Europe-wide control strategies for ground-level ozone.

The predictions of the large-activation-energy analyses, including ignition distances for δ > 2 and flameless reactant consumption rates for δ ≤ 2, show good agreement with numerical computations of the reactive pipe flow for finite values of the activation energy.