Sentence examples for models that applied from inspiring English sources

In support of this finding, numerical models that applied the Cubic Plus Association CPAA) equation of state (EoS), were generated by treating the geological heterogeneity as a variation of asphaltene content.

Both homogeneous and inhomogeneous models that were unique to each specimen had at least 8% greater explanatory power for apparent modulus than models that applied the same material properties to all specimens.

Despite the overlap of Splitter 2.35 SD with and without normalization, the remaining models that applied normalization showed consistently lower sensitivity relative to non-normalized data.

In a study of American hospitals, Grosskopf and Valdmanis [ 18] found no significant differences in efficiency scores in a comparison between two models that applied case-mix adjusted and unweighted output variables.

After being capped at the 99-percentile of costs for all age groups, the result showed that models that applied to all age ranks had the highest predictive R-squares of all other sub-samples (see Table 5).

This paper first derives conditions for the invertibility of linear system models that apply to any instantaneous input estimation or joint input-state estimation algorithm.

In our earlier work, we proposed and proved that selective data consistency model with CI promises better performance as against the consistency models that apply the same consistency constraints to all the data objects.

This article discusses the refrigeration process models relevant to meat processing, focusing on models to predict chilling time, freezing time, and heat load, with examples of the simpler models that apply to each of these three situations.

The model presented is capable of replicating experimentally observed electrode behavior inclusive of sensitivity to microstructural geometry, which stands in contrast to existing models that apply governing equations analogous to a constant cross-section thermal fin equation.

However, modern engineering design tools, especially those based on virtual design environments, require robust property models that apply over the entire range of temperatures that extend far below and substantially above the Tg of the matrix.

Experiments to investigate bone's physiological adaptation to mechanical loading frequently employ models that apply dynamic loads to bones in vivo and assess the changes in mass and architecture that result.