bComputed as the ratio between the total simulation time for the complete model with dt = 1 h divided by the total simulation time in each case.
On the other hand, the systemic treatment of the complete model enables a direct comparison between the, normally, macroscopic experiments and the behavior of the completely assembled system.
Comparisons between experiments and computations are performed in order to validate the complete model.
The comparison between the energy landscape of this reduced model to that of the complete model gives interesting insight on the role of long range interactions.
Finally testing the complete model.
The complete model is the following.
The complete model is as follows.
This model can be called the Complete Model.
In order to assess whether the differences between the school tracks were statistically significant, we conducted a regression with interaction effects for the complete model.
The complete model explained ∼73% of cIMTcomp.
