The value of absorptivity for each set of process condition was estimated by comparing the bend angle obtained in the numerical and experimental studies so that the computational error of bend angle is less than 5%%.
Using one year of forecast data for 2016, the most statistically probable examples were selected and analyzed as well as the uppermost impact of cloud significance was determined in terms of bending angle errors.
Corresponding fractional errors of the bending angle can reach −4% with respect to retrievals with zero clouds contributions.
These changes reduce the amount of bending.
The changes reduce the amount of bending.
(b) Equation of bending moment.
That little bit of bending changes everything.
c The photographic image of bending state.
With fewer links, we have less positioning error due to bending of links".
The results show that the model has a margin of −4.9% error in the bending angle and −7.4% error in the central curvature compared with the experimental values.
