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The results of the duration model are quantitatively very similar.
The theory and model are quantitatively validated by experiments on fracture of soft tough materials under large deformations.
From these comparisons, it is clear that while the isotropic hardening model tends to noticeably over-predict and the kinematic hardening model slightly under-predict the residual stress field, the results using a mixed hardening model are quantitatively accurate.
In order to determine whether the predictions of the entrainment model are quantitatively consistent with our results, we would need to identify the function relating neural response magnitudes to perceived duration, which at the moment is unknown.
Similar(56)
Our model was quantitatively tested, with 270 users taking part in a between subject experiment.
The model is quantitatively validated under stationary conditions for both hydrodynamic and thermal aspects.
Using structural equation modeling, a conceptual model is quantitatively tested among 1218 representatives of small and medium-sized businesses.
The results show that the performance of the proposed model is quantitatively better than the other compared models.
On the basis of evaluation items, the structure of the model was systematically established and the method for the model was quantitatively designed.
The new model is quantitatively illustrated and compared with the existing model for two sample cases of composite panel-flange joints.
The model is quantitatively validated by phase-field simulations for succinonitrile acetone alloys and compared with experimental results using time-averaged dendrite arm migrating velocities.
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