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Because there's no massive quantity of industrial-grade fire retardant in an aircraft to stop an oil fire, your copilot is a wuss and doesn't want to run around on a maneuvering, burning aircraft (and the cockpit of a Wellington doesn't open up, meaning he would need to climb across the surface of the fuselage at 300+kph), and because it would probably be difficult to actually get said fire-retardant material into the engine while the plane is still moving 300+kph given that it would have to somehow be pumped straight into the engine or it would just fall off the aircraft, and that means sticking your hands almost into a blazing engine fire next to the propeller.
Other than those minor points, no idea. :P
Can you really see someone crazy enough to do that in the middle of a firefight?
There's still a difference between putting out a fire that you can reach and one you can't. Putting out an engine fire is pretty unrealistic but it's theoretically possible at least, whereas killing an aircraft engine fire couldn't really be explained by any leap of logic.
Also, tanks are going to have consumables like fire extinguishers, track repair etc. all without retreat, why shouldn't planes?
It depends on how it's implemented. Tanks crews could put out fires, but it would be difficult; repairing the tracks takes time, and damage to the gun or turret traverse was irrepairable. If the game stays true to its fundamental realism and doesn't go all World of Tanks instant repair on us then I'm fine.
Other than that, (WARNING lots of engineery/sciency stuff) it works because a wing makes the air above it less dense than the air below it, so the denser air pushes up on the wing to try to balance it out (the law of the diffusion of particles), and the faster the wing goes, the less dense the air above will become (which is why faster planes tend to climb much better than slow planes). In the case of a fire, if you go fast enough, this lack of air above the wing suffocates the fire (because fires need oxygen to stay lit, you can prove it yourself by placing a seal over a lit lighter). Altitudes above 20,000ft are also very good ways of warding off a fire because of the air being less dense in the first place.
For an early fighter such as the P-26 or He 51, fire was essentially impossible to put out unless the pilot or co-pilot climbed onto the wing with a fire extinguisher because of their incapability to go above 200mph without being in a dead drop. But as fighters got faster, pilots started going into a straight dive when they noticed a fire on their wing or in their engine, and to their surprise, the fire went out and they either resumed the dogfight or tried to return to an airfield to repair. Then someone went and tried this on a bomber, and it still worked.
A jet, however, works by making the air as dense as possible and then lighting it on fire. Which is why even the fighter jets of today and almost all of them throughout history are little more than burning rocks when they catch fire. The only exceptions are turbo-props, which have a jet engine and a propeller for emergency situations such as the engine catching fire.
TL;DR: Less air = less fire.
http://www.britishpathe.com/video/first-new-zealand-v-c
Flight Engineer Norman Jackson V.C. also survived after falling off the wing of his Lancaster but was captured along with rest of crew when plane went down.
http://www.stmgrts.org.uk/archives/2010/03/norman_jackson_vc_a_local_hero.html
The award of Victoria Cross is a somewhat rare event, that however does not imply that attempting to extinguish engines with hand held extinguishers was rare. Whats important is that both bombers had automated extinguisher systems in place, pumps and in the cowling.