Engine Displacement
This is for all you hot rodders young people out there who are looking for a simple article explains the cylinder displacement, but found only Wikipedia and a little ‘discussion forum. Some of these discussions in the forum can really be useful, but are not sure if you should rely on these forums, so you want the real article and the wiki. So I decided to write this and you like helping people out.
First of all let go on the engine size is whether you are in hot Rodding you already know the names of several engines, such as the Chevrolet 350, 302 Ford, Chrysler 440, etc. Well the numbers are in. cubic displacement. What move is that it is a measure of how much fuel and air that you can incorporate into your cylinders.
Now, how can you find the engine size is a simple calculation (Oh no, not math!) Now, how can you find a displacement of Π (3.14) / x 4 holes (square) x stroke x number of cylinders.
An example the Chrysler 3.18 LA
3.14/4 X 3.91^2 X 3.31X 8= 317.79ci (aka 318ci)
Now for those of you who are too lazy to use paper, there are many online calculators to convince your trip. The best thing I found is csgnetwork not only calculate the displacement, which shows all the bore and stroke for all populations of hot rod engines. Thus, when carried, or make a custom stroker work can be calculated there.
Now, you’ve probably heard of stroker engines like the 383, 331, the 496, etc. What is a stroker motor you may ask? So lets go to the first race.
What stroke is a measure of how far a stamp is top dead center and the cylinder to the bottom dead center of the cylinder. As mentioned earlier have 3.31ci 3.18 for the race, which is 3.31 cubic inches of the top dead center and the cylinder to the bottom dead center of the cylinder.
Stroker Motor is when the engine increases as the distance the piston can be larger and more fuel and air in the cylinder. This requires more cranks of the crankshaft and piston.
Now I hope that helps you guys. If you are planning a drill or a job search please before running to! Most engines have kits available to find what that too. If there is an engine you want to do an article on the technology that I do.