The algorithms implemented in the CASTOR-K code are presented together with tests of the numerical accuracy.
As a test of the numerical simulation, we calculated the runup of the storm waves at HT by the 2012 typhoon Tembin.HT is located in the southwest of Lanyu Island.
As a test of the numerical simulation, we calculated the runup of the storm waves at Hongtou (HT) by the 2012 typhoon Tembin (Figure 2), which is located in the southwest of Lanyu Island.
A test of the numerical procedures is provided by solving the Faddeev integral equation for a model three-boson problem at both bound-state and zero scattering energies.
The technical viability of using inert construction and demolition (C&D) materials for the construction of seawall and breakwater foundations has been established by laboratory testing of the materials, numerical analysis of foundation stability, and a pilot field-scale engineering performance evaluation.
Essential information about the model test, descriptions of the numerical models, calibrations and results and discussions of the validation are given in this paper.
The Kolmogorov-Smirnov (K-S) test, used to test the distribution of the numerical variables and logarithm transformation, was used in variables of non-parametric distribution.
We checked that for this set of parameters the AdEx model showed chaotic behavior (Strogatz 1994) by testing the dependence of the numerical integration on the initial conditions.
In this section, we will test the efficiency of the numerical schemes presented in this work, by considering different numerical tests.
The numerical models were calibrated on the basis of back analysis of tests, while the numerical predictions were compared with experimental data, in terms of soil and tunnel horizontal acceleration, soil shear strains and tunnel deformations.
