The latter facilitates the adoption of complex numerical models for the coupled system.
Interplay among various nonlinear effects, and its dependence on a large number of design parameters, make adoption of a numerical approach almost essential for optimization of system performance before the system is actually built.
Therefore, the physical time step in the current implicit scheme is determined by the same way as that in the explicit UGKS for capturing the physical solution in all flow regimes, but the convergence to a steady state speeds up through the adoption of a numerical time step with large CFL number.
Due to the adoption of new mathematical formulation, our new numerical methods avoid evaluating integrals with high singularity and thus they are more efficient and accurate than those numerical methods currently used in the literatures for solving the problem.
This is widely regarded as an obstacle to the adoption of unstructured mesh numerical modelling in this field.
The adoption of the aforementioned numerical method has the great advantage that complex geometries (as the fusion reactor's blankets are) can be analysed with acceptable computational times.
The correct simulation of such event implies the minimization of the so called "numeric boron self-shielding effect" or the over-estimation of the inserted negative reactivity caused by the adoption of relatively large numerical meshes.
In 1883 he secured the adoption of a scale of numerical values for scoring by touchdown, point after touchdown, field goal, and safety.
The results of numerical analysis demonstrate that the adoption of RFID could be highly beneficial to companies.
Then we check the effectiveness of the solution proposed by means of numerical simulations which take into consideration possible error scenarios deriving from the adoption of the communication networks such as transmission errors, communication delays and cable breaks.
