Here's more about this dynamic engine boost:
With their radical-looking Ram Induction setups, Mopars of the early ’60s sported some of the wildest engine compartments ever seen around the Motor City. Here’s what that was all about…
www.macsmotorcitygarage.com
So now I will try to authenticate the received power of my prototype ..
Well, in my opinion, you should simulate all the capacities of all 3 cylinders with pistons, because they are involved in every engine cycle, in its entirety.
we have this - The main piston has a capacity of 297 cubic centimeters
The suction piston has a capacity of 181 cubic centimeters
The exhaust piston has a capacity of 79 cubic centimeters
i.e. the sum of one engine cylinder is 297 + 181 + 79 = 557 cubic centimeters, i.e. with two cylinders, as in the prototype it is 1114 cubic centimeters.
Now, due to the very quick opening of the ports, the forces resulting from the induction frame (dynamic boost) are much greater than those of classic valves. Therefore, the entire space as shown in the drawing is perfectly "flushed" with fresh load, up to the maximum capacity of all cylinders. So it is possible to fill this 1114 cm volume completely ..
But now we have the displacement of the pipe between the carburetor tank and the cylinder, which, due to its inertia, will also fall into these cylinders and will not be retracted as with a classic cylinder, and will supplement the already sucked load.
The capacity of this pipe for one cylinder is about 400 cubic centimeters (diameter 5 cm and length 22 centimeters), i.e. for two cylinders it is 800 centimeters, which will be added to the previously calculated displacement, i.e. 1114 + 800 = 1914 cubic centimeters. that is, my prototym really sucks about 2 liters in capacity, it is no wonder that at 10,000 revolutions per minute, it will give us a power of about 250 KM .. (BMW 2002 ti at 10 000 rpm)
Now do you believe so much is possible ?
Andrew