Total: 28 hs

Total: 28 hs.

No Contents Hours
Practice 1. Definition of Parameters of Boundary Layer on Plate. 2hs
Practice 2. Definition of Coefficient of Velocity Head Field in Wind Tunnel Working Section. 2hs
Practice 3. Definition of Pressure Distribution over Wing Surface. 4hs
Practice 4. Definition of Sphere Drag Coefficient. 2hs
Practice 5. Definition of Wing Model Aerodynamic Characteristics. 4hs
Practice 6. Definition of Aerodynamic Characteristics of Fuselage and “Fuselage + Wing” system. 4hs
Practice 7. Calculation of Total Interference Factor of «Fuselage + Wing» System. 2hs
Practice 8. Definition of Wing Model Aerodynamic Characteristics with Deflected Flap. 2hs
Practice 9. Definition of Airplane Polar and Trim Curve. 4hs
Practice 10. Calculation Airplane Aerodynamic Characteristics. 2hs

Total: 28 hs.


NATIONAL AEROSPACE UNIVERSITY KhAI
17, Chkalov St. Kharkiv 61070, UKRAINE Tel: +380-57-7449-856, Fax +380-57-7441-131, Email: khai@khai.edu Attachment 2. Dynamic of Flight Program (flight characteristics of aircraft)
No Contents Hours
Lecture 1. Introduction. Base flight characteristics of aircraft. External forces acted at an aircraft. Equation of motion of aircraft in general case. Particular cases of aircraft motion. 4hs
Lecture 2. Aerodynamic calculation of aircraft. Steady mode of light. Zukovsky method of thrusts. 4hs
Lecture 3. Minimum, optimal, cruising and maximum velocities of horizontal steady flight. I -st and II-nd modes of flight. 2hs
Lecture 4. Diagram of possible range of altitudes and velocities of flight in vertical plane. Static ceiling and zoom of aircraft. 2hs
Lecture 5. Climb and descent of aircraft. Rate of climb and Barogram of an aircraft. Optimal climb mode. 4hs
Lecture 6. Banking of aircraft in vertical plane. 2hs
Lecture 7. Calculation of flight range of aircraft. 2hs
Lecture 8. Take off and landing characteristics of aircraft. 4hs

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