Akademik Dersler - İçerik

define the motions of aircraft and the preformance criteria.
Describe the coordinate systems and axes.
Describe the forces acting on aircraft.
State the speed definitions.
Explain Standard Atmosphere.
Explain lift and drag coefficients and compressibility effect.
analyze steady-level flight and its performance criteria.
Indicate the forces acting on the plane in steady-level flight.
Define stall speed and minimum drag speed.
Calculate stall speed and minimum drag speed.
Analyze range and endurance.
analyze steady climb flight and its performance criteria.
Indicate the forces acting on the plane in steady-climb flight.
Calculate rate of climb and climb angle.
Analyze the fastest and steepest climbing situations.
analyze steady descend flight/gliding and its performance criteria.
Indicate the forces acting on the plane in gliding flight.
Analyze the maximum gliding range and minimum glide angle conditions.
Analyze the rate of descent and glide angle.
analyze (coordinated) turn flight and its performance criteria.
Indicate the forces acting on the plane in coordinated-turn.
Analyze the turning radius, velocity and angular velocity depending on the load factor.
analyze take-off and landing and their performance criteria.
Indicate the forces acting on the plane in take-off and landing.
Analyze the factors affecting the take-off and landing distances.