compression power
#4
Absolute Power is Awesome
Originally posted by jeremy
power comes from compression of the mixture. turbo motors have lower compression since the turbo is cramming more volume into the motor. therefore if you put turbo rotors in a na motor it will have less power due to the lower compression.
power comes from compression of the mixture. turbo motors have lower compression since the turbo is cramming more volume into the motor. therefore if you put turbo rotors in a na motor it will have less power due to the lower compression.
Very simplistically, CR tells you haw much energy you can get out of a charge in a dimensionless form. All else being equal, a 10% decrease in CR decreases the potential energy of your mixture by 10%, decreasing your output by 10%.
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#8
Originally posted by purple82
All else being equal, a 10% decrease in CR decreases the potential energy of your mixture by 10%, decreasing your output by 10%.
All else being equal, a 10% decrease in CR decreases the potential energy of your mixture by 10%, decreasing your output by 10%.
#9
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Originally posted by purple82
How can you cram more volume into a set volume? Turbocharging is adding more mass for a set volume.
Very simplistically, CR tells you haw much energy you can get out of a charge in a dimensionless form. All else being equal, a 10% decrease in CR decreases the potential energy of your mixture by 10%, decreasing your output by 10%.
How can you cram more volume into a set volume? Turbocharging is adding more mass for a set volume.
Very simplistically, CR tells you haw much energy you can get out of a charge in a dimensionless form. All else being equal, a 10% decrease in CR decreases the potential energy of your mixture by 10%, decreasing your output by 10%.
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rxmiles
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