Likewise, the ongoing development of parallel computer architectures and the computational grid is likely to lead to considerably better numerical/computational interaction at the more practical, engineering-oriented end.
Promoted by [7] and [10], we would change the problem in [20] to make it more complicated so that it could describe more general practical engineering problems.
Simplified methods, which are computationally more efficient, seem to be more practical for engineering purposes.
The use of all inlets with the same mass flow rate is more practical in engineering.
In addition, compared with electromagnetic transient simulation methods, the proposed method has a much faster computation speed and thus is more practical for engineering use.
This is important as it can improve the efficiency of the process and make it economical and more practical for engineering applications.
This method provides a new manner and systematic guidance for designing a lightweight composite sandwich structure more practical for engineering application.
Moreover, other useful features such as the parallel first-collision source method to eliminate the ray effect, and the energy dependent quadrature set option, etc. are also included in Hydra to make the code more practical in engineering.
This model is not only more realistic for practical engineering applications but permits to determine more accurately the fuel consumption to maintain the geometry of the formation.
It is potentially more practical from an engineering perspective to have isolated charges insulated from each other than line charges.
Thus, in this research, sheeting is optimized to satisfy the constraints considering the fuzziness so that the optimization is more practical from the engineering point of view.
