Aerodynamic (II)
- Review of course syllabus, Compressible flow and its preliminary aspects: Flow regimes based on the subject under consideration
- Review of 1st and 2nd laws of thermodynamics and perfect gas equation, Review of Integral form of conservation equations
One-dimensional flow, definition, its concept and governing equation - Sound speed propagation in air
- Sound speed formulation, Definition of characteristic (Star) and Stagnation conditions, Thermodynamics and flow properties at (Star) and Stagnation conditions, Normal Shock wave and its relations
- Normal Shock wave and its relations , one-domensional flow with heat addition
- One-dimensional flow with heat addition and
One-dimensional flow with friction
- Oblique Shock wave and its relations
- Oblique Shock wave and its relations - Fist mid-term exam
- Oblique Shock interactions
- Expansion waves + Shock Expansion theory
- Compressible flow through variable-area ducts
- Compressible flow through nozzles and diffusers
- Subsonic Compressible flow over airfoils: Velocity potential equation
- Linearization of Velocity potential equation
- Prandtl Glauert Compressibility Correction
- Transonic Flow: Drag-Divergence Mach, Supercritical Airfoils, and Area Rule
- Linearized Supersonic Flow