Predictions of heat transfer from the correlations of Lazarek and Black [31] and Yan and Lin [34] are very satisfactory for all the tested mass fluxes.
Consequently, it is confirmed that the three damage parameters could provide satisfactory predictions for the tested material with a tensile pre-strain effect.
The ratio of (V_{text{exu}})/(V_{text{thu}}), 0.98 for Group A and 0.92 for Group B indicate that the ACI values appear to yield satisfactory results for the test specimens.
A revised Hankinson equation suitable for glubam are developed yielding satisfactory agreement with the test results.
The correlation between the predictions and the test data is very satisfactory for the UD laminae, and is generally satisfactory for the laminates, especially where Fiber Failure (FF) is the dominant mode, which is the case for well-designed (according to netting theory) laminates.
The correlation between the predictions and the test data is very satisfactory for the UD laminae, and is generally satisfactory for the laminates, especially where Fibre Failure (FF) is the dominant mode, which is the case for well-designed (according to netting theory) laminates.
The measures of LoA were not satisfactory for any of the tests.
The efficiency of amplification which was satisfactory for all tested kits varied between 90 (i.e., kit Perfecta) and 99% (i.e., kits SSo Fast, Quantitect SG, Maxima SG, and Express) with an y-intercept varying between 36.03 and 38.57.
In all cases, the fit was satisfactory for the standard walker data, as given by a Kolmogorov-Smirnov goodness-of-fit test.
Inter-rater agreement was satisfactory, test-retest reliability was excellent, and convergent and divergent validities were satisfactory for the validation sample, with some differences between informants.
Construct validity was satisfactory for all tests, except JPE.
