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| IL-2 Sturmovik: Cliffs of Dover Latest instalment in the acclaimed IL-2 Sturmovik series from award-winning developer Maddox Games. |
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#1
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So CoD is correct and A2A is wrong????
Syn_Bliss makes a very convincing argument for the accuracy of CoD- but all good theories must be proved by experiment. Does anyone have a Spitfire they can take for a spin to check this out? I could ask my brother's mate who occassionally flies a MkV at Temora, but i feel really stupid asking him questions like this. |
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#2
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Why? I'm sure he'd be only too happy to give you the benefit of his experience.
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#3
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Dutch- He makes me feel like i'm a 12yr old playing games while he's a grown-up doing things for real (which is all very accurate, except i'm well past 12).
I'll humiliate myself and ask him, i can handle his disdain. Back a few years ago i met a guy called Alec Henshaw. He was a test pilot for Spitfires during WW2 and flew hundreds of them- now he would have been the one to ask! |
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#4
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Quote:
The 1st Min of the video is him. |
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#5
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Winny- I've been googling Alex Henshaw this evening. I didn't realise he was such a celebrity!
I basically just said 'G'day' to him as he was surrounded by other pilots & engineers- he was having afternoon tea in the hangar my brother was working in (i was helping by shifting boxes of gear in a ute, filling the esky with beer and getting food etc). They were working on Spitfire that was in bits- it was owned by a New Zealander and i think it ended up at Wanaka. They were pointing at bits and nodding knowingly at each other- about the only thing i contributed to was a discussion about the bolts being made of magnesium. I commented they would react with the aluminium and disintegrate over time- i got an approving nod and went to get a beer (it was after 4pm after all and i thought i better quite while i was ahead). I do recall him saying the Spitfire was 'only a 1000 hour airframe, so it's a wonder any are still flying today'. |
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#6
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Quote:
He's a bit of a legend Spitfire wise, you were lucky to meet him. Anyway I don't want to interrupt the thread too much. Now what is it again? More throttle to go faster, less to go slower, ignore gagues - repeat till engine explodes? |
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#7
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Back on topic, a slight reframe of the query:
- throttle steady, maintain altitude (and therefore air pressure is same) - change pitch to coarse, increasing load on engine, dropping prop & engine RPM - drop in engine RPM drops RPM of supercharger impeller, decreasing amount of air/fuel forced into inlet manifold - drop in engine RPM decreases amount of air/fuel being sucked into cylinders. Question- is the decrease in air/fuel negative pressure at inlet to cylinders more or less than the decrease in the positive pressure of air being forced into the inlet manifold by the supercharger? If the decrease at the cylinder end of the manifold is more, the boost gauge will read higher as the boost gauge measures increased air pressure in the inlet manifold as there is a backup of air/fuel. |
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