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This course focuses on the physical modeling, numerical challenges, and practical applications of shock waves and turbulence. The learning outcomes include understanding shock-turbulence interaction, shock waves in aerospace vehicles, and applications in astrophysics and nuclear engineering. Students will learn about direct numerical simulation, turbulence kinetic energy, amplification of enstrophy, post-shock thermodynamic field, and linear interaction analysis. The course is intended for individuals interested in fluid mechanics, aerospace engineering, astrophysics, and nuclear engineering. The teaching method includes theoretical analysis, simulations, experiments, and practical applications in hypersonic flows.
