Hybrid programming for simulation of axial symmetry ablation

Based on multi-computer languages, the system frame and the main program of ablation software in axial symmetry ablation are designed. The ablation of axial symmetry ablation is generally caused by a high temperature, a high pressure and oxidation airflow. The ablation rate and heat flow field in axial symmetry may be directly simulated by using FORTRAN program on the base of the chemistry ablation model under extreme environments. Combining with characters of both MATLAB and VC++, the pre- and post-treatment of the software are finished by a hybrid programming method, and its portability is realized by Setup Factory software. It can be seen from simulation that the software may run without building environment under WINDOWS and the input of initial parameters and the graphic display of the numerical solution are easy to finish.