Exact(5)
In conclusion, any approximations adopted in the present method do not cause a serious problem.
The distribution of quantile residuals of model 8.5 was caused only marginally by the linear approximations adopted (Eq. 8.51).
Comparisons of temperature fields were made, and the model was shown to give an acceptable quantitative approach for design within the framework of the coarse approximations adopted.
The result obtained by this multi-physical numerical approach, which removes all the approximations adopted in previous works, makes a useful instrument for real heterogeneous aquifer characterization and for predictive analysis of its behavior.
The calculated energy difference between β- 1 and γ- 1 is, however, too small to make any firm conclusions about the relative stability of these two phases owing to the possible errors associated with the approximations adopted in the computational method.
Similar(3)
The examples indicate a plastic volume fraction of 0.05 to be a reasonable limiting value for the linear-elastic approximation adopted in this paper.
The optimization scheme for the calculation of fractional approximation adopted a genetic algorithm, leading to near-optimal solutions and to meaningful results.
The methodology presented here is based on the First-Order Second-Moment (FOSM) approximation, adopted to compute the first- and second-order statistical moments (means, variances and covariances) of structural response quantities.
Related(1)
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