- Civil Aircrafts
- 8 months before
Understanding the basic principles of aerodynamics is vitally important for understanding the stall phenomenon. An airplane has a lifting force thanks to the Bernoulli principle due to the air flowing faster through the upper part of its wings. But when the angle of inertia of the wings, that is, the angle of the wings against the air flow, rises above a certain value, the air flow leaves the upper surface of the wings, losing the lifting force. This is called a 'stall' and if the pilot does not intervene quickly and accurately, the aircraft can go out of control and crash
.Pilots constantly monitor flight parameters to avoid stall. During the flight, attention is paid to the air speed indicator and constant control is ensured so as not to fall below the minimum speed limits. In addition, movements that can cause an increase in the angle of inertia in external factors such as turbulence or during landings and takeoffs are avoided. In flight training, pilots learn how to deal with situations of low speed and high angle of inertia and have intensive practice in how they should react in such situations
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