Cover -- Title -- Copyright -- Foreword -- Table of Contents -- Introduction -- Thermodynamics -- One-Dimensional Conservation Equations -- Steady Streamtube Flow -- Noraml and Oblique Shock Waves -- Prandtl-Meyer Flow and Shock-Expansion Theory -- Nozzle and Diffuser Flow -- Ducts with Area Change, Heat Transfer, and Friction -- Unsteady, One-Dimensional Flow -- Applications of Unsteady, One-Dimensional Flow -- Governing Equations -- Shock Waves -- Transformation of the Conservation Equations -- Definitions and Theorems -- Exact Solutions of Steady Homentropic Flow of a Perfect Gas -- Theory of Characteristics -- Minimum-Length Nozzles -- Aerodynamic Window -- Flows with Shock Waves -- Waverider Aerodynamics -- SI Units and Nomenclature -- Thermodynamic Summary -- Streamtube Flow Equations -- Normal and Oblique Shock Summary -- Shock Wave Angle (beta) vs Flow Deflection Angle (theta) -- Prandtl-Meyer Flow Summary -- Shock-Expansion Summary -- Nozzle Flow Summary -- Summary of Equations for Ducts with Area Change, Heat Transfer, and Friction -- Rayleigh Flow Summary -- Fanno Flow Summary -- Unsteady, Normal Shock Summary -- Reflected Shock Wave Summary -- Jacobian Theory -- Subject Index.