Fig. 1. The relationship between the minimum applicable thickness of typical model materials and the running time

Fig. 2. Surface and internal heat transfer characteristics of the stainless steel under typical flow field conditions

Fig. 3. The comparison between the numerical and theoretical solutions of stainless steel surface temperature rise under typical flow field conditions

Fig. 4. The relationship between the internal thermal diffusion depth of model materials and the surface heat flux under typical flow field conditions

Fig. 5. Surface and internal heat transfer characteristics of the film-based structure under typical flow field conditions

Fig. 6. The relationship between the internal thermal diffusion depth of film-based structures and the surface heat flux under typical flow field conditions

Fig. 7. The relationship between the internal thermal diffusion depth of film-based structures and the TSP thickness under typical flow field conditions

Fig. 8. The relationship between the surface temperature rise of model materials and the surface heat flux under typical flow field conditions

Fig. 9. The relationship between the surface temperature rise of film-based structures and the surface heat flux under typical flow field conditions

Fig. 10. The relationship between the surface temperature rise of film-based structures and the TSP thickness under typical flow field conditions