Sentence examples for more loadings from inspiring English sources

In this regard, Field (2005) advocates the suggestion of Guadagnoli and Velicer (1988) to regard a factor as reliable if it has four or more loadings of at least 0.6 regardless of sample size.

In short, they argue that if a factor has four or more loadings greater than.6 then it is reliable regardless of sample size.[ 37] A limitation of this study is that we could not assess Test-Retest Reliability due to an agreement made between the funding organization, hospitals, programme makers that the questionnaire burden for hospital staff was to be minimized.

More loading buoys are in the works and, as oil firms invest billions of dollars in Iraq, the industry is booming.

Regarding validation, much more loading cases will be selected in a range of experimental test data to validate more robust performance of the model predictions based on responses including brain contusion and facial response.

Prediction capacity of the proposed criterion is tested on 119 iso-frequency axial torsion experiments and some other more complex loadings: biaxial loading and asynchronous loading.

The freedom from bullying questions, with the exception of bullying due to race, loaded onto a second factor, though with more moderate loadings (0.31 0.43).

Some common uses of confirmatory factor analysis are to: 1) establish the validity of a single factor model; 2) compare the ability of two different models to account for the same set of data; 3) test the significance of a specific factor loading; 4) test the relationship between two or more factor loadings; and 5) test whether a set of factors are correlated or uncorrelated [ 58].

The paper briefly outlines how the approach may be extended to more complicated loadings and geometries.

A subset of these has been run for Lake Erie, due to more limited loadings data being available.

A rutting index based on a new multi-stress analytical model was proposed, and could be used to evaluate the rutting performance of mixtures under more realistic loadings.

Numerous works have been published on characterizing the performance of adhesive joints under mode-I, mode-II and mixed-mode I/II loading; however, they have not provided a basis for conservative and safe design under more complex loadings.