It is found that the analytical models provide very similar air pressure and tangential wind speed distributions.
It is shown that these simple models provide very good approximations of the impact response for a pre-determined wide range of impact parameters.
The analysis shows that, except for dynamical effects due to the intermittent contact of the chain pins with the pulleys and caused by the polygonal action of the chain, the CMM and multibody models provide very similar results.
In fact, models provide very accurate results for the three video S-KPI (R 2>0.65 in every case).
Both the CHAOS-6 and POMME 10 models provide very good agreements with observations at KMH before 2014, but after 2014 we could observe substantial differences between model and SV observations.
Table 2 also shows that the 18-county models provide very similar results across the three levels of geocoding.
Breaking down data at the level of age-structured compartments shows that both models provide very similar results with the exception of the elderly population (60 + age bracket), which show larger epidemic sizes in the metapopulation approach.
The hybrid model provided very accurate predictions and produced the best results of the four SGS models compared here.
The independent predictions obtained with the MPNE model provided very good descriptions of the experimental data for several organic solutes with different structures.
Other stream flows (VO) calculated using our hydrological model provided very low values for the flow accumulation which did not significantly contribute to the overall flow accumulation.
