PETER BARKHOLT MULLER AND HENRIK BRUUS PHYSICAL REVIEW E 90, 043016 (2014)
to each of the 400 data points and derive the maximum
relative deviation (MD) and the average relative deviation
(AD). The derivative of the shear viscosity with respect to
the density is a special case since it crosses zero in the
temperature interval, and thus the deviation between the fit
and the data points is normalized to the mean of all the data
points instead of the local data point. The data points and the
polynomial fits for all fitted parameters are shown in Fig. 8,
and the polynomial coefficients and the maximum and average
relative deviation between fit and data are shown in Table III.
The fitted coefficients are provided in the Supplemental
Material 37.
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37 See Supplemental Material at http://link.aps.org/supplemental/
10.1103/PhysRevE.90.043016 for text files with the fitted
polynomial coefficients for the temperature dependence of the
thermodynamic and transport parameters, both in a general
format coefficients_general_format.txt for copy-paste
use, and a format coefficients_comsol_format.txt for
direct import into COMSOL MULTIPHYSICS.
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