Layout algorithm of searching point for a CFD optimization problem

Optimization with the aid of computational fluid dynamics (CFD) simulators has recently attracted attention in various fields. Optimization is often impeded by the increased computing time used by a large number of localized solutions, which complicate the calculation by consuming vast amounts of memory for generation and distribution of solutions. Therefore, researchers are actively seeking methods which would allow them to accelerate the process and make the analytical time highly effective. In this paper, we propose an algorithm that obtains the optimal solution by considering the layout of the search points for high-speed convergence performance. We also verify the effectiveness of the algorithm after applying it to an actual problem.