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R = l/a. The final form of the Slider-Crank model is given as a non-dimensional relationship by dividing both sides of equation (6) by Vd. more
A stroker kit increases an engine’s displacement by lengthening the stroke of the piston. The journals along the crankshaft are lengthened by a given distance depending on the severity of the stroke enlargement. An increase in the height of the journal makes for double that increase in stroke length. [links]
Compression stroke happens after the intake valve closes. Exhaust stroke happens with the exhaust valve open. Just think about how an engine works and watch both the valves and the piston.
Calculate or measure the atmospheric pressure. This is 14.696 PSI at sea level. [links]
The following formula is used to convert a compression ratio to PSI.
Calculate the PSI using the equation above.
Place a ratchet and socket on the large bolt in the center of the crankshaft. Place a finger over the spark plug hole and turn the crankshaft clockwise. When you feel pressure against your finger, the piston is coming up on the compression stroke. [links]
Park the vehicle on a level, paved surface and set the emergency brake more
Use a ratchet and spark plug socket to remove the spark plug from the number one cylinder. more
Top dead center for an internal combustion engine refers to the point when the piston is at the absolute top of its stroke. A piston can be a top dead center on the compression stroke and on the exhaust stroke. As a general reference point, or when installing a distributor, top dead center on the compression stroke is required. Usually it can be found by looking at timing marks but on some engines these marks may be lost or hidden. Fortunately there's an easy way to discover top dead center without the use of any timing marks. more
Insert a plastic straw about two inches into the spark plug hole. Don't let go of the straw. Continue to slowly rotate the crankshaft clockwise. You will feel the top of the piston hit the straw and push it up. Rotate the crankshaft very slowly while holding the straw against the piston. As soon as you feel the straw start to go back down, stop.
Swap the ratchet for a breaker bar. Slowly turn the crankshaft counterclockwise. You will feel the piston come back up and start to go back down. As soon as you feel this, turn the crankshaft clockwise again. These will be very small movements and you will be able to determine when the piston is at the top of its stroke, which is top dead center. [links]