However, the Nusselt number in the modified model with upper channel d=0.512 mm is only increased by 3%-53%-5% the Fanning friction factor is only increased by 5%-65%-6%pared thethe modified model with upper channel d=0.234 mm.
I argue that this closure problem is entirely a matter of how fast false positive error in the conclusion grows over deductive reasoning from the premise, and develop a graded model with upper bounds on this growth.
Compared to the baseline design without elliptical upper channel, the Nusselt number in the modified model with upper channel d=0.234 mm is increased by 7%-177%-17%le the Fanning friction factor is increased by 5%-125%-12%
Secondly, a Tobit transformation which, although designed to deal with truncated data, can approximate for the left skew in this data, where 25% of the values lie between 0.9 and 1. Specifying a Tobit model with upper censoring at 1 does this.
To give a sharper delineation to the trajectories in the third age, we compute peak ages for various models with their upper peak or limit (2.5%) and the implied standard deviation computed using Fieller's theorem (Fieller, 1932, 1954; Hirschberg & Lye, 2010); these are shown in Table 2 top panel.
The kinetic model along with upper correlation coefficient R2 was considered as the most appropriate model.
In the base-case optimization model analyses, with upper-bound coverage constraints of 20% for screening and of 95% for vaccination and a budget constraint at $1 per woman, the optimal mix of prevention strategies would result in a 31% CC reduction compared with today's CC incidence with a 3-dose vaccination schedule, and in a 46% CC reduction with a 2-dose vaccination schedule.
In the panels (a) and (b), ΔCFF calculated for the model with the upper end of the fault situated at a depth of 6.5 km (a), and with the upper end of the fault situated at the free surface (b), are compared.
As it goes away from the trench towards the land, the ACFF distribution calculated for the model with the upper end of the fault at the free surface is similar to that calculated for the model with the upper end of the fault at the depth of 6.5 km.
Results showed a good convergence of the presented analytical model (with an upper bound for yielding surface to the V-EBF) with experimental results.
