1 Gasoline Engine, Cycle "Otto".
The capacity of each cylinder is calculated volumes / her a cylinder with the formula:
V = π / 4 x D ^ 2 x S
with,
D = The diameter of the cylinder / bore
S = Stoke / Step
2 or Wankel Rotary Engine.
Engine capacity is calculated by the formula:
Capacity = 2xV / N
V = Total capacity / volume of the spaces surrounding the machine
N = Number of motor rotation to complete one cycle in one space.
This machine includes 4 machines move.
The capacity of the machine can also be calculated by the formula:
Capacity = 2 x V x D
V = Capacity / contents of the combustion chamber
D = Number of rotor
The capacity of each cylinder is calculated volumes / her a cylinder with the formula:
V = π / 4 x D ^ 2 x S
with,
D = The diameter of the cylinder / bore
S = Stoke / Step
2 or Wankel Rotary Engine.
Engine capacity is calculated by the formula:
Capacity = 2xV / N
V = Total capacity / volume of the spaces surrounding the machine
N = Number of motor rotation to complete one cycle in one space.
This machine includes 4 machines move.
Capacity = 2 x V x D
V = Capacity / contents of the combustion chamber
D = Number of rotor
