Fig. 1. Framework of the AISL program

Fig. 2. General flow chart of radiation simulation calculations

Fig. 3. Workflow of high-throughput automated irradiation simulation

Fig. 4. Database model for radiation damage simulation

Fig. 5. Real-time visualization interface of the radiation damage workflow state (Green: COMPLETED, Yellow: RUNNING, Blue: READY) (color online)

Fig. 6. Evolution of electron-lattice temperature in the gold film depicted under femtosecond laser loading with a pulse width of 0.13 ps and various laser energies (color online)

Fig. 7. Evolution of electron-lattice temperature in the gold film depicted under laser loading with a laser energy density of 0.18 MJ∙kg^-1 and various pulse widths (color online)

Fig. 8. Under femtosecond laser loading at various laser energies, the maximum electron temperature (T_emax) and time to reach T_emax_{(a), and the electron-lattice equilibrium temperature and coupling time (b)}

Fig. 9. Under laser loading at various pulse widths, the maximum electron temperature (T_emax), and time to reach T_emax (a), the electron-lattice equilibrium temperature and coupling time (b)

Fig. 10. Schematic of three-node high-availability architecture deployment