Definition
The branch of aerodynamics that deals with the forces, motions, and behavior of an aircraft as it moves through the air, including how lift, weight, thrust, and drag interact to produce controlled flight and how those interactions change with airspeed, attitude, configuration, and load factor.
Plain English
The study of how an airplane behaves in the air — what makes it climb, descend, turn, accelerate, or stall — based on the four forces acting on it and how the pilot's inputs and conditions change those forces.
Context Anchor
Seen in the accelerated-stalls section when the handbook explains why an airplane can stall during a turn or pull-up even when it is not flying unusually slowly.
Derivation
From Greek 'aer' (air) and 'dynamis' (power or force), with 'aerodynamics' meaning the study of forces produced by air in motion. 'Of Flight' narrows the topic from general air-force science to the specific case of an aircraft flying.
Why Pilots Care
A working grasp of these forces lets a pilot recognize when an airplane is approaching a stall or when load factor is increasing stall speed, enabling timely recovery before loss of control.
Grounding Statement
When an airplane turns steeply, the wing has to work harder to hold the airplane up, so it can reach a stall condition sooner than the pilot might expect.
Intuition Check
Do not treat aerodynamics of flight as just classroom theory. Here it means the real air forces acting on the airplane during actual maneuvers.
Example Sentence 1
The instructor explained the aerodynamics of flight during turns, showing how load factor increases with bank angle.
Example Sentence 2
Reviewing the aerodynamics of flight before practicing stalls helps the pilot anticipate how increased load factor raises the speed at which the wing stalls.