The intake pipe starts out as a flat piece of steel. As it makes it's way through this machine, it is turned into a tube and continuously welded. |
Bending the pipe in a mandrel. |
Forcing the steel balls through the pipe to eliminate any unwanted obstructions in the bends. Shown also below. |
Forcing the steel balls through the pipe to eliminate any unwanted obstructions in the bends. Same as below. |
Forcing the steel balls through the pipe to eliminate any unwanted obstructions in the bends. |
Putting on the flange in factory #05. |
Spraying on the black protective paint in factory #05. |
Replacing an intake pipe. This just happens to be the exact plane I went on board during Buick's 100th birthday celebration. |
A closeup of an intake pipe in place. |
This photo shows everything in place, (including the exhaust) which shows why the different shape of the engine cowling was needed on the B-24 only. |
This collage shows the arrangement for the B-24 version with the turbo-supercharger which was the reason for the elliptical engine cowlings. The engine cylinder at the lower right shows the location of the intake pipe. |
A head on view showing the intake pipes. Fourteen pipes
(of different configuration) were required for each engine.
|
This diagram (overlaid) on a real R-1830 Pratt & Whitney engine, shows the intake pipes in their relative locations. This also shows the exhaust ports without those pipes in place. The exhaust pipes were made by Fisher Body in Detroit. |
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