Aircraft AViation Push

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Aircraft AViation Push
Aircraft AViation Push
What does thrust in jet engines push?


I know that air gets compressed and is lit to make thrust but what actually gets pushed by the thrust? The engine as a whole or are there certain parts ment to absorb the thrust, thus pushing the aircraft? I feel like the thrust should just thrust itself through the front of the engine and defeat the purose of the engine. Is there a dynamic equilibrium between the fan blades and the thrust and is there something to recieve the enegry and push the plane? I love aviation and one day hope to be a test pilot but I have always been puzzeled on what jet engines actually push because its not like a propeller that pulls.

Newtons Third Law of Motion - "Each action has an equal and opposite reaction".

Jet engines suck the air from the intake, compress it, mix it with fuel and ignite it. This results in a high velocity air being pushed out from the exhaust. Air being pushed back and out from the exhaust makes the engine (and plane) move in the opposite direction - front.

The engine itself receives the energy from fuel and combustion which is translated into forward motion of the aircraft.

A good and intelligent question.



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You Push Me - Fantastic Jet Video



Calling all pilots and Aviation professionals. Will this idea make airline travel safer and save money?


When airplanes land, depending on the aircraft, they land anywhere from 70 mph to 200 mph. Airliners land at about 140 mph. The wheels are at a standstill upon landing and are forced to rotate to that speed in a very short time as they contact the ground causing a massive skid. Many times, this causes blowouts and can cause accidents. It would seem most of the lires wear and tear is caused by this skid upon landing.

I think that an electric moter attached freewheel style to the landing gear wheels could be enguaged to quickly spin the tires to the appropriate speed simply by the pilot setting a reostatic controller in the cockpit and pushing a button just before touchdown. It seems to me this would greatly save on the cost of landing gear tires and most importantly increase safety. What do you think???

retroing the system would be difficult. It would be easier to have it designed into a new aircraft at planning stages.

I think this was tried once, back in the day, and it caused an unpleasant gyroscopic effect which distorted the aircraft's motion as the most dangerous part of the flight. After all, when you are mere feet from the ground there really is no room for error.

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