Description: Corresponding to the basis of computational fluid dynamics and the examples in the seventh chapter, it will help readers to study the distribution of the flow field in the nozzle, and lay a solid foundation for further study of computational fluid dynamics
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7\conservation.f90
7\ctrl.case
7\non-conservation.f90
7\output-7\F(subsonic).xls
7\output-7\F(Subsonic-Supersonic).xls
7\output-7\m(S-S-conservation).xls
7\output-7\nozzle(subsonic).xls
7\output-7\nozzle(Subsonic-Supersonic).xls
7\output-7\P(subsonic).xls
7\output-7\P-Ma(S-S-con-shock).xls
7\output-7\res(subsonic).xls
7\output-7\res(Subsonic-Supersonic).xls
7\output-7\rho-Ma(Subsonic-Supersonic).xls
program.f90
7\output-7
7
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