Integrated system for automated aerodynamic modeling with GPU-accelerated simulations

Abstract

The present utility model relates to an integrated system for automated aerodynamic modeling with GPU-accelerated simulations and finds application in the field of high-performance computing systems, computer modeling, and simulation-based investigation of aerodynamic processes in a fluid environment. An integrated system for automated aerodynamic modeling with GPU-accelerated simulations comprises a geometric model input and processing module (1), functionally connected to a computational mesh generation module (2), which is functionally connected to a simulation parameter and boundary condition definition module (3), functionally connected to a parallel simulation module (4), which is bidirectionally functionally connected to a GPU acceleration module (5), a multicore computing module (6), and a results visualization and analysis module (7). The results visualization and analysis module (7) is bidirectionally functionally connected to a data storage and export module (8), wherein all modules are functionally connected to a control module (9).