The piston travels 3.58 in ( 9.1 cm ) in this configuration.
2.
Increased stroke makes the piston travel further up and down.
3.
In this type engine, the piston travels up and down twice each time it fires.
4.
The piston travels completely in compressible nitrogen gas.
5.
The expansion stroke of the steam engine covers piston travel from top dead center to bottom dead center.
6.
A given extension in the distance between the rod and main journals results in twice that distance in increase of piston travel.
7.
The distance between the bottom of the piston travel and the top of its travel, where the air and fuel are maximum squished, is a ratio.
8.
As the piston travels upward, abnormally high cylinder pressures may result in the mixture auto-igniting or detonating, which is why conservative compression ratios are used in consumer vehicles.
9.
The piston travels for a very short distance at the higher speeds, making their accuracy very sensitive to the precise manufacturing of the cam; lower speeds are more reliably accurate.
10.
BORE AND STROKE : The bore is the diameter of the cylinder and the stroke is the distance the piston travels in the cylinder from the lowest point to the highest.
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