Sentence examples for adequate generalized from inspiring English sources

The approach ensures a realistic safety margin provided that the failure criterion represented by an adequate generalized parameter (GP) and the corresponding failure criterion is properly recognized as a reference variable to be considered in the failure assessment.

The approach ensures a realistic safety margin provided that the adequate GP (generalized parameter) and the corresponding failure criterion is properly recognized as a reference variable to be considered in the failure assessment.

Model fit was adequate with generalized R 2 of 0.06.

That is why the light-curing kinetics described by changes in average positron lifetime τ av., which serves as most adequate determinant of generalized PAL spectra (despite applied PAL-spectra-fitting procedures) [12, 13], obeys an effective time constant τ very close to nanoindentation-controlled polymerization kinetics (changes in NHD and E, see Table 1).

Therefore, the factors in the best minimal adequate model were added to a generalized linear model with residence time explaining local dominance.

The results in Table 3 show that all the generalized normal distributions give an adequate fit to the data.

The generalized Barcelona test proved to be adequate to characterize and control the fiber reinforced concretes (FRC) properties, providing results with a lower scatter than those obtained from other tests widely used to characterize properties of these concretes.

This approach uses the generalized logistic equation (GLE) that has an adequate mathematical structure that suits the dynamic characteristic of the crystal growth.

Many patients with generalized anxiety disorder (GAD) do not receive adequate treatment.

The generalized extreme value distribution, such as Weibull, provides adequate statistical descriptions of the pit depth and pit diameter distributions.

An adequate kinetic description of these processes requires the use of generalized fractional kinetics based on the concept of variable-order fractional (V-OF) operators.