The Atkinson cycle engine is designed to extend the expansion stroke relative to the compression stroke, which improves thermal efficiency by allowing for more complete combustion and energy extraction. This design effectively delays the closing of the intake valves, leading to a shorter compression stroke compared to the expansion stroke. However, it does not inherently delay the exhaust stroke; rather, it modifies the timing of intake and compression in a way that optimizes overall engine efficiency. Thus, while the Atkinson cycle alters the compression dynamics, it does not directly delay the exhaust stroke.
Suction stroke, compression stroke, power stroke & exhaust stroke
The exhaust stroke is the 4th stroke in a 4 cycle engine. 1st is the intake stroke, 2nd is the compression stroke, 3rd is the power stroke and the 4th is the exhaust stroke.
The exhaust stroke is the 4th stroke in a 4 cycle engine. 1st is the intake stroke, 2nd is the compression stroke, 3rd is the power stroke and the 4th is the exhaust stroke.
A 2 cycle engine's piston cycle twice. One compression stroke and 1 exhaust stroke. A 4 cycle engine cycles four times before its exhaust stroke.
The 4-stroke cycle does not start with the compression stroke. it goes -1. Intake2. compression3. power4. exhaust
intake-compression-combustion-exhaust
The four strokes are... Intake, Compression, Combustion, Exhaust.
The 4 strokes of an internal combustion engine are as follows:- 1 Induction stroke 2 Compression stroke 3 Power stroke 4 Exhaust stoke
Air and fuel intake, compression and ignition, combustion and expansion, exhaust
Because it takes 4 strokes to complete i cycle. 1, intake stroke. 2, compression stroke. 3, power stroke. 4, exhaust stroke.
1st stroke, intake. 2nd stroke, compression. 3rd stroke, power. 4th stroke, exhaust. The 4 stroke cycle take 2 full revolutions of the crankshaft.
Neither, on a 4 cycle engine the timing is set at the end of the compression stroke of the number 1 cylinder.