rotary engine geometry question
#1
rotary engine geometry question
Hypothetical scenario, lets say you take a 13b rotor and fill in the bathtub completly making the rotor have a smooth face. I don't know what the actual static compression would be but lets say its 15-1 for the sake of this example.
First part: If you where to then alter the width of the rotor either by expanding it or contracting it the compression would not be affected correct?
Second part: If you where to alter the size of the trocoid expanding or contracting the apex to apex length of the rotor, then there would their be a fixed relationship between the size of the trocoid, the diameter of the rotor's stroke (diameter taken at the center of the E shaft within the rotor) around the trocoid and the size of the rotor right?
So would it not be possible to alter compression by changing the size of the troicoid?
First part: If you where to then alter the width of the rotor either by expanding it or contracting it the compression would not be affected correct?
Second part: If you where to alter the size of the trocoid expanding or contracting the apex to apex length of the rotor, then there would their be a fixed relationship between the size of the trocoid, the diameter of the rotor's stroke (diameter taken at the center of the E shaft within the rotor) around the trocoid and the size of the rotor right?
So would it not be possible to alter compression by changing the size of the troicoid?
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