Other Engine Failures
Excessive in flight idling of the engine will cause the engine to cool to the point that fuel may not vaporize in the carburettor. This drastically leans the mixture and can fail the engine.
Engine Failure
When the engine fails the aircraft is usually at altitude and at a speed greater than best glide speed.
Contained Engine Failure
Tags: Airlines, Engines, Safety
A 'contained' engine failure is one in which components might separate inside the engine but either remain within the engine's cases or exit the engine through the tail pipe.
Engine Failure on Takeoff
Let's assume you have completed a thorough pre-flight of our airplane, conducted the pre-takeoff checklist, and you're ready to taxi into position and begin the takeoff.
ENGINE FAILURE - A condition that occurs when all fuel tanks mysteriously become filled with low-octane air.
FIREWALL - Section of the aircraft specifically designed to funnel heat and smoke into the cockpit.
Engine Failure: A condition which occurs when all fuel tanks become filled with air.
Firewall: Section of the aircraft specially designed to let heat and smoke enter the cockpit.
Engine failure is an emergency. You might want to review the general discussion of emergencies in chapter 15.
EFATO
Engine Failure At Take-Off (JAR-FCL)
EFDP
European Flight Data Processing ...
The cause for the engine failure remained unknown. Carburetor icing was ruled out as a reason, because the ambient temperature was substantially below freezing and the humidity was very low. A mechanical failure of the engine was also ruled out.
In the event of an engine failure, the remaining engine must provide enough thrust to keep the airplane in flight until land can be reached. This is the basis of ETOPS/LROPS, a set of standards twinjets traveling over water must meet.
"Category A," with respect to transport category rotorcraft, means multiengine rotorcraft designed with engine and system isolation features specified in Part 29 and utilizing scheduled takeoff and landing operations under a critical engine failure ...
The recovery is to treat the failure as an engine failure. The pilot would enter autorotation in order to keep the main rotor turning, and would also move the engine control to idle to prevent a further overspeed of the engine.
On one particular day (starting out at 4:30 in the morning), I had an engine failure on takeoff in a twin, an attitude indicator failure, ...
The character of country or the scarcity of landing places may make it advisable to fly at high altitudes for the following reasons: (1) in case of engine failure a good margin of height is necessary to provide length of glide to reach distant ...
There are four aspects to dealing with an engine failure, the first three being fly the airplane, fly the airplane, fly the airplane.
FEATHERING - In the event of engine failure, the process of adjusting a controllable-pitch propeller to a pitch position where the blade angle is about 90° to the plane of rotation in order to stop windmilling.
FEDERAL AIR REGULATION (FAR) ...
When an engine is run too lean it will overheat, causing damage, and likely an in flight engine failure.
feather (of a propeller) - to set the angle of CS or VP propeller edge on to the airflow to minimise drag and rotation following engine failure on multi engined aircraft.
slower or lower, you're not likely to manage an autorotation without damage. If you're established in a high hover at zero airspeed, you should be above 550 feet to have any chance of a successful autorotation in the event of an engine failure.
Pescara is also credited with demonstrating the principle of autorotation, the method by which helicopters land safely after engine failure. By January 1924, Pescara's helicopter No. 3 was capable of flights up to 10 minutes.
FAA designation of over-ocean flights far from possible emergency landing strips, in which the possibility of engine failure in a twin-engine plane represents a heightened risk.
 See also: Aircraft, Flight, Landing, Aviation, Power
  
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