Difference between revisions of "Afterburner"
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Conservative (talk | contribs) (phase 2 will soon be implemented) |
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| − | [[File:Afterburner2.jpg|right|thumbnail|201px|[[F-16]] | + | [[File:Afterburner2.jpg|right|thumbnail|201px|[[F-16]] Figthing Falcon jet with afterburner on]] |
An '''afterburner''' is a device located in the exhaust system of a [[turbojet]] [[engine]]. | An '''afterburner''' is a device located in the exhaust system of a [[turbojet]] [[engine]]. | ||
| − | Afterburners work by injecting [[fuel]] into the hot exhaust gases of the engine. Since the exhaust still contains some oxygen, the fuel is able to burn giving extra thrust to the engine. Essentially it's like sticking another engine on the back. | + | Afterburners work by injecting [[fuel]] into the hot exhaust gases of the engine. Since the exhaust still contains some [[oxygen]], the fuel is able to burn giving extra thrust to the engine. Essentially it's like sticking another engine on the back. |
| − | Afterburners are extremely wasteful of fuel, and thus are only fitted to small military aircraft that have a need for short bursts of extra speed (eg: [[interceptor]]s). An engine using an afterburner is termed to be in "reheat", while use of full throttle without the afterburner is termed "full military". Some aircraft are now capable of achieving supersonic speeds without reheat. This is known as "supercruise" | + | Afterburners are extremely wasteful of fuel, and thus are only fitted to small military aircraft that have a need for short bursts of extra speed (eg: [[interceptor]]s). An engine using an [[afterburner]] is termed to be in "reheat", while use of full throttle without the afterburner is termed "full military". Some aircraft are now capable of achieving [[supersonic]] speeds without reheat. This is known as "supercruise" |
[[Category:Mechanics]] | [[Category:Mechanics]] | ||
Revision as of 00:45, February 18, 2011
F-16 Figthing Falcon jet with afterburner on
An afterburner is a device located in the exhaust system of a turbojet engine.
Afterburners work by injecting fuel into the hot exhaust gases of the engine. Since the exhaust still contains some oxygen, the fuel is able to burn giving extra thrust to the engine. Essentially it's like sticking another engine on the back.
Afterburners are extremely wasteful of fuel, and thus are only fitted to small military aircraft that have a need for short bursts of extra speed (eg: interceptors). An engine using an afterburner is termed to be in "reheat", while use of full throttle without the afterburner is termed "full military". Some aircraft are now capable of achieving supersonic speeds without reheat. This is known as "supercruise"